International Projects

Advanced Traffic Management Systems

• Al Madina Public Transport System
  The City of Al Madina Al Munawara is the second holy city in the Islamic world. This city of 950,000 residents is visited by about four million pilgrims and Umra visitors annually. These numbers are ... More»
  The City of Al Madina Al Munawara is the second holy city in the Islamic world. This city of 950,000 residents is visited by about four million pilgrims and Umra visitors annually. These numbers are projected to be doubled within the next 25 years. The study for the Committe for the Redevelopment of Central Madina, in Saudi Arabia, involves a public transportation system for the Al Madina central district and consists of the following phases: -Phase 1: Existing and future conditions, assessment of alternative technologies and selection of an initial public transportation system - Phase 2: Functional design of the initial system - Phase 3: Development of implementation / phasing strategies, including alternatives for financing The project is valued at Cdn $1,100,000. Less«

  Biofuel

• BioMer
  The BioMer project is the logical sequel to the BIOBUS project. Rather than fuelling a fleet of city buses, however, biodiesel will now be tested on a fleet of 12 cruisers whose home port is either ... More»
  The BioMer project is the logical sequel to the BIOBUS project. Rather than fuelling a fleet of city buses, however, biodiesel will now be tested on a fleet of 12 cruisers whose home port is either the Old Port of Montréal or the Lachine Canal National Historic Site. The purpose of the project is to demonstrate that biodiesel is a viable alternative for fuelling boats of various sizes and types in very tourist-intensive areas. As with the BIOBUS project, Rothsay will supply the fuel: 254,000 litres of biodiesel form cooking-oil for the 12 cruisers. It will spend $115,000 and will have to adjust its production to meet the project schedule. (www.biomer.ca) Less«

  Biomass

• Retrofit of feed system on wood fired boiler reduces supplementary fuel
  The pulp mill previously had eight "star" feeders feeding to a wood fired boiler. The "star" feeders tended to plug up in the bin as well as the chutes below, and the mill was looking at making ... More»
  The pulp mill previously had eight "star" feeders feeding to a wood fired boiler. The "star" feeders tended to plug up in the bin as well as the chutes below, and the mill was looking at making improvements in this area. Initially one feeder was installed on a test basis in December 1992, replacing one of eight star feeders. After evaluation for over a year, the mill made a decision to retrofit one boiler, replacing eight star feeders with six "Moving Hole" feeders. A second boiler was similarly rebuilt two years later. The "Moving Hole" feeders have provided a much higher degree of reliability compared to the previous star feeders. Hog fuel consumption has gone up substantially with corresponding reduction in the supplemental fuel since the installation of the feeders. In addition to higher mechanical reliability, and elimination of hang-ups, the "Moving Hole" feeders provide a uniform steady discharge of hog fuel compared to the pulsating action of the star feeders which has improved fuel distribution and boiler efficiency. Less«
• Sawmill Waste-to-Electricity Project
  Taylor Lumber Co. Ltd. located in Middle Musquodoboit, Nova Scotia employs between 60-80 people and produces 8-10 million board feet per year of kiln dried and heat treated lumber. The mill began its ... More»
  Taylor Lumber Co. Ltd. located in Middle Musquodoboit, Nova Scotia employs between 60-80 people and produces 8-10 million board feet per year of kiln dried and heat treated lumber. The mill began its operation in 1946 with the sawing of rough lumber and in later years developed a planing mill operation to finish the lumber to greater tolerances. In the early 1990’s it became apparent that kiln dried lumber was a profitable process. The company decided to expand in 1993, which included a KMW Wood Fired Power Plant that not only supplies steam to the kiln but also produces all of the power required for the operation. Any surplus of energy that it creates is sold to a local utility company. When the new sawmill was constructed, production of biomass fuel was increased to 90% of the power plant’s need with the balance trucked in. The new boiler produces 20,000 lb/h of saturated steam at 230 psig. Approximately 21-25,000 wet tons of biomass is consumed annually, consisting of bark (40%), sawdust (40%) and shavings (20%). Taylor Lumber is presently producing about 1000 kW to 1150 kW of electric power. Less«
• Toronto Beare Rd Landfill Gas Power Plant
  Our firm carried out the total design of a 5.6 MW non-utility generation (NUG) plant for E.S. Fox, Niagara Falls - a major Canadian developer in the biogas power / cogeneration field. The project ... More»
  Our firm carried out the total design of a 5.6 MW non-utility generation (NUG) plant for E.S. Fox, Niagara Falls - a major Canadian developer in the biogas power / cogeneration field. The project involved seven LFG reciprocating engine- generator sets, exporting electrical energy to Scarborough PUC and Ontario Hydro. The design included a 4160 volt switchgear lineup and a 27.6 kV switchyard nearby, together with related protection and control for both generation and distribution systems. A feature of the design was the gas cleanup train comprising inlet raw gas knockout tank, water scrubber, extractor-blower, pre-cooler, main cooler, condensate separator, reheater, and coalescing filter. This process train, in conjunction with an electric chiller, functioned to remove corrosive contaminated condensate from the landfill gas fuel supply to the engines. Noise control features included dual-mufflers, concrete roof and block (STC=50), acoustic silencers for all wall perforations, and radiator noise containment by acoustic barrier walls. The firm also designed a cost-effective landfill gas extraction and collection system, with 50 new vertical gas wells spread over the entire 66 hectare site, containing 9.6 million tonnes of refuse, to maximize gas collection efficiency. In addition, we initially provided detailed LFG appraisal service on two gas test wells drilled for this purpose, and monitored the drilling of gas wells from the landfill surface. Less«
• Peruvian Waste-to-Energy Project
  Naanovo Energy Inc., a global waste-to-energy technology company based in Calgary, Alberta, Canada, has signed a contract with Municipalidad Distrito de Calango Canete, Peru for the installation of a ... More»
  Naanovo Energy Inc., a global waste-to-energy technology company based in Calgary, Alberta, Canada, has signed a contract with Municipalidad Distrito de Calango Canete, Peru for the installation of a five module Naanovo Waste to Energy (WTE) plant. Similar to the project announced in December 2003, with Municipalidad Provincial de Huarochiri Matucana, this second Peruvian project involves the installation of a plant that will combust 900 metric tons per day of municipal solid waste (MSW) to generate steam for the production of 30 Megawatts of electricity per hour. This is enough energy to supply all of the daily electricity requirements for 30,000 – 40,000 Peruvian homes at typical consumption rates. Construction on the project is expected to begin early in 2005. As with the other Peruvian project, this start date is dependent upon the completion of financing which has proven to be more difficult than first expected. Less«
• Waste-to-Energy Plants in Peru
  Naanovo Energy Inc., a global waste-to-energy technology company based in Calgary, Alberta, Canada, has signed a contract with Municipalidad Provincial de Huarochiri Matucana, Peru for the ... More»
  Naanovo Energy Inc., a global waste-to-energy technology company based in Calgary, Alberta, Canada, has signed a contract with Municipalidad Provincial de Huarochiri Matucana, Peru for the installation of two of the company’s Waste to Energy (WTE) plants each containing five combustor modules. Naanovo and Municipalidad Provincial de Huarochiri Matucana have agreed to a 20 year power purchase agreement to support the financial viability of the project. Each Naanovo WTE module consumes 180 metric tons of municipal solid waste (MSW) per day and produces 6 MW of electricity per hour. Together, the 10 WTE modules will process 1,800 metric tons of municipal solid waste per day and produce 60 MW per hour of electricity, enough electricity to service between 60,000 – 80,000 Peruvian homes. Construction of the project is expected to begin some by early 2005 subject to the completion of the financing agreements in process with international financial institutions. Less«

  Clean Coal

• Minto-Grand Lake Complex
  The project is to deploy the technology of mild coal gasification at the Grand Lake Generating Station of the New Brunswick Power Corporation, located at Minto, New Brunswick. The process utilizes ... More»
  The project is to deploy the technology of mild coal gasification at the Grand Lake Generating Station of the New Brunswick Power Corporation, located at Minto, New Brunswick. The process utilizes the proprietary technology of ESI Ecosystem International Ltd. (“ESI”), which combines gasification of coal for use as a fuel in a combustion turbine with the production of clean char that can be used directly to enrich the coal fuel in the existing power plant. A significant benefit of the utilization of coal in this way is the substantial reduction of atmospheric emissions that results. In this way, ESI seeks to enhance upon the naturally occurring coal resources, the infrastructure currently in place, and the availability of appropriately skilled and experienced personnel of the Minto-Chipman area of New Brunswick, and at the same time contribution towards the Province’s continuing efforts to reduce atmospheric contaminants including Green House Gas (“GHG”) emissions. Less«
• Ekobrykiet
  Ekobrykiet intends to build a transformation plant in the township of Katowice in Poland to transform raw coal into more environmentally friendly coal known as "smoke free" coal. The raw coal will be ... More»
  Ekobrykiet intends to build a transformation plant in the township of Katowice in Poland to transform raw coal into more environmentally friendly coal known as "smoke free" coal. The raw coal will be supplied by mines located in the area of the Ekobrykiet plant and the transportation will be via both truck and rail. Smoke free coal can be characterized by easiness of ignition, elevated energy content and modest emission of dusts, tars, and other cryogenic and toxic substances as compared with standard grades of coal. The technology has already been proven by the Institute of Chemical Coal Transformation located in Zabrze in Poland. ESI's management have very detailed analysis on the technical aspects of the process. We are aware of similar transformation plants currently operating in Germany and England. The output of the transformation process is a 60 gram briquette. The briquettes are suitable for burning in both residential as well as industrial applications. A by product of the transformation process in combustible gas which has industrial applications. The project will be undertaken by Ekobrykiet Sp. Zo.o, a Polish limited liability company owned 49% by Ecosystem and 51% by a consortium of Polish companies. Less«
• The Peabody Mustang Clean Coal Project
  The Peabody Mustang Clean Coal Project teams Peabody Energy with co-sponsor Airborne Clean Energy, along with Veolia Water North America, and Icon Construction, in a commercial-scale demonstration of ... More»
  The Peabody Mustang Clean Coal Project teams Peabody Energy with co-sponsor Airborne Clean Energy, along with Veolia Water North America, and Icon Construction, in a commercial-scale demonstration of the "Airborne Process" scrubber, regeneration system, and fertilizer production systems at the Mustang Energy Company LLC's 300 megawatt coal-fired Mustang Generating Station in Milan, New Mexico. Less«

  Combined Cycle Power Plants

• Pine Creek Combined Cycle Power Station
  There was an additional power requirement in and around the region of Pine Creek, Australia. Pine Creek is located in the outback of Northern Territory, Australia, and approximately 75km north of the ... More»
  There was an additional power requirement in and around the region of Pine Creek, Australia. Pine Creek is located in the outback of Northern Territory, Australia, and approximately 75km north of the Tanami Desert. Innovative Steam Technologies was contracted by Energy Developments Limited to supply two Solar Mars 10MW sized Once Through Steam Generators (OTSGs) for the combined cycle power plant that they were developing, which will supplement the region's power supply. The steam that is generated via the OTSGs is supplied to a dual pressure 8MW steam turbine generator. Less«
• Brighton Beach Combined-Cycle Generation Project
  ATCO Power and Ontario Power Generation Inc. (OPGI) are partnering on a natural gas-fired power plant located along the Detroit River in the City of Windsor. The plant will be a combined-cycle ... More»
  ATCO Power and Ontario Power Generation Inc. (OPGI) are partnering on a natural gas-fired power plant located along the Detroit River in the City of Windsor. The plant will be a combined-cycle facility capable of generating up to 580 megawatts of electricity. It will be the largest natural gas-fired combined-cycle plant in Canada. This environmentally progressive project will consist of two state-of-the-art gas turbines and a single steam turbine to achieve high efficiency and low emissions in the production of electricity. The combined-cycle process uses the waste heat from the gas turbines to generate steam to run the steam turbine which significantly increases the efficiency of power production. The site being utilized for the plant is the former J. Clark Keith Generating Station site which ceased operation in 1984 and was demolished in 1997. Electricity produced at the plant will be controlled and marketed by Coral Energy Canada Inc., an independent power marketer and a member of the global Shell Trading network. Coral will provide all natural gas required at the plant. Construction started in early 2002 and the plant was commissioned in July of 2004. Less«
• Tanir Bavi Power Project
  Hyundai was contracted by the Tanir Bavi Power Company to supply a 220MW Barge Mounted Power Plant to be installed in Mangalore, India, in 2000. Four LM6000 size Once Through Steam Generators (OTSGs) ... More»
  Hyundai was contracted by the Tanir Bavi Power Company to supply a 220MW Barge Mounted Power Plant to be installed in Mangalore, India, in 2000. Four LM6000 size Once Through Steam Generators (OTSGs) and one ABB STG will generate power to be sold to the local power authority. The initial BMPP concept involved drum boilers and required a two-piece barge design to support the power plant. The OTSG has a significantly smaller footprint than drum boilers and is also approximately half the weight,which makes it ideal for marine applications. OTSG allowed the plant to be built on a single barge offering economic savings and scheduling advantages. Less«
• Barking Combined-Cycle Generation Plant
  The 1,000-megawatt Barking Power Plant in east London is a unique venture for many reasons. It was the first independent power project in southeast England and the first large generating station to ... More»
  The 1,000-megawatt Barking Power Plant in east London is a unique venture for many reasons. It was the first independent power project in southeast England and the first large generating station to be built in Greater London in more than 30 years. The plant uses an advanced combined-cycle technology that enhances fuel efficiency and reduces emissions. Thames Power Limited, the project developer, was established in 1988 by BICC plc, now Balfour Beatty plc, an international engineering and cable manufacturer. Canadian Utilities joined Thames Power as operating partner in 1989. CU Power International, now ATCO Power seconded a number of its senior executives to lead Thames Power's efforts to secure necessary site agreements, financial arrangements and the turnkey construction contract. Under supervision by ATCO Power, in its role as the owners' engineer, construction was completed on time and significantly under budget. ATCO Power, through its role in Thames Power Services’ affiliate, is responsible for all operations, maintenance and business activities of Barking Power. Commercial operations began in mid-1995 and since that time the plant has performed well. With NOx emissions as low as 25% of approved levels, the plant has one of the best environmental records in Europe for a gas-fired power plant. In July 1997, following completion of construction and initial years of successful operation, the project was refinanced to take maximum advantage of market conditions and the reduced risk profile of the project. The funding facilities are now provided by a syndicate of 28 international banks from three continents. The Barking project provided an opportunity for ATCO Power to demonstrate its credentials in working with partners, customers and suppliers to bring a project through a broad range of complex technical, regulatory and organizational challenges. Less«

  Consulting Engineers

• Canal Commuter Transit Project Feasibility Study - Sri Lanka
  In November 2003 Kinectrics Inc. announced the firm's selection as Project Managers for the Canal Commuter Transit Project feasibility study in Sri Lanka. Kinetrics lead an international team ... More»
  In November 2003 Kinectrics Inc. announced the firm's selection as Project Managers for the Canal Commuter Transit Project feasibility study in Sri Lanka. Kinetrics lead an international team comprising experts from both Canada and Sri Lanka to carry out a comprehensive feasibility study. Project partners include Infoconsult Inc., the government of Sri Lanka and its agencies. Funding was provided by CIDA Inc.. Kinectrics' staff managed the project and prepared the preliminary environmental assessment report. Results of the project were expected to demonstrate the viability of developing a proposed multi-million dollar water transportation system/network for Colombo, Sri Lanka, as well as thoroughly assess its potential environmental impact. This project will reduce congestion on the country's road network while providing an economical and efficient means of transport for an ever-increasing number of commuters. Less«
• 250kW SOFC Demonstration Plant
  An agreement was signed by Ontario Power Generation, Natural Resources Canada, Siemens Westinghouse Power Corporation and the U.S. DOE to design, assemble, commission and operate a 250 kW solid oxide ... More»
  An agreement was signed by Ontario Power Generation, Natural Resources Canada, Siemens Westinghouse Power Corporation and the U.S. DOE to design, assemble, commission and operate a 250 kW solid oxide fuel cell (SOFC) combined heat and power demonstration plant. All signing organizations contributed to the funding of this project. Kinectrics’ responsibilities included equipment engineering and specifications, subsystem design (including heat export system, purge gas storage system, instrumentation and control system), hardware procurement, site preparation, grid connection, licensing and permitting. The SOFC unit assembly was completed in the fall of 2002 following resolution and troubleshooting, by the Kinectrics team, of numerous problems encountered during system integration. Through the application of effective project management tools and dedicated effort by the engineering team, process and control testing of the unit was completed successfully. The SOFC plant unit commenced operation in early 2003 with Kinectrics personnel operating and maintaining the unit. Subsystems such as heat export, instrumentation and control, and power conditioning systems performance were evaluated during this period. A field demonstration will be carried out at the University of Toronto at Mississauga for the extended operation of the system. Kinectrics will be responsible for the preparation, relocation, and re-commissioning of the fuel cell at the host site. Less«
• Building Cooling Heating and Power
  A large Canadian utility involved in developing district energy systems that include cogeneration had a surplus of heat energy in non-space heating months. The economics of these systems had ... More»
  A large Canadian utility involved in developing district energy systems that include cogeneration had a surplus of heat energy in non-space heating months. The economics of these systems had significant potential for improvement if waste heat could be utilized for the production of chilled water. Absorption chillers offered a method to convert waste heat into usable chilled water. The scope of work by Kinectrics involved identification of heat-driven cooling technologies, and equipment applicable to the client’s district cooling systems operated in conjunction with co-generation of electricity and heat. A second task looked at the economics of heat-driven chillers versus electric chillers. State-of-the-art steam turbine and absorption cooling cycles that could be used with cogeneration systems were reviewed, including double and triple effect systems in development. The work covered steam, gas turbine and combined cycle co-generation applications. Kinectrics investigated different options in using heat-driven cooling in conjunction with central cogeneration in the district energy systems. Kinectrics provided a comprehensive, documented review of heat-driven cooling technologies for the project and developed a detailed spreadsheet that allows the client to readily analyze the economics of various types of chillers in a cooling plant. Less«
• Iroquois Falls Cogeneration Plant
  This project required the design and construction of a new 75 MW nominal (110 MW maximum) cogeneration plant to sell electrical power to Ontario Hydro and provide steam to the local pulp mill. The ... More»
  This project required the design and construction of a new 75 MW nominal (110 MW maximum) cogeneration plant to sell electrical power to Ontario Hydro and provide steam to the local pulp mill. The plant includes two natural gas fired GE LM6000 gas turbine generator packages; two dual-pressure HRSGs (Babcock & Wilcox); and a single, automatic, extraction admission, condensing steam turbine generator. Appointed as Independent Engineer for the project. Gryphon’s primary role in that capacity was monitoring the Contractor’s performance and subsequent payment certification. However, Gryphon also provided field engineering and some design review services to Northland Power. In addition to acting as Independent Engineer, Gryphon had, prior to being appointed to this position, prepared the technical specifications used to obtain the bids for the Engineer, Procure, Construct (EPC) Contract. Less«
• Sechelt Creek Hydroelectric Project
  KGS Group was retained by Conwest Exploration to design the Sechelt Creek Hydroelectric Project. The project is located north of Vancouver in the Coastal Mountains and develops 16MW from 340m of head ... More»
  KGS Group was retained by Conwest Exploration to design the Sechelt Creek Hydroelectric Project. The project is located north of Vancouver in the Coastal Mountains and develops 16MW from 340m of head using two four-jet Pelton Turbine Generators supplied by GEC Alsthom. The energy is supplied to BC Hydro. Flow is diverted from two high gradient mountain streams into two separate sediment exclusion and sediment desanding basins. Flow from the desanders is conveyed to the units through a 4200m long 1.5m diameter welded steel penstock that crosses over Sechelt Creek with two 35m span aerial crossings and bifurcates at the powerhouse. KGS Group was responsible for: sediment and hydrologic studies; initial project layout, final detailed design, tender documents, and field assistance for construction of: sediment excluding intakes; flow desander basins; 30m by 3m overflow gated spillway; HDPE and welded steel penstock; penstock bifurcation; two aerial penstock crossings up to 35m in span; powerhouse; powerhouse foundation and penstock route assessment using drilling, seismic, and pressuremeter testing; along with the blasted and excavated tailrace channel. Designing structures to be constructed, operated and maintained in a remote and environmentally sensitive (the site is in the mountains of BC on a salmonid stream) proved challenging. The $25 million project was completed in 18 months and is not generating energy and profits for the owner (Regional Power). Less«
• Patuca-3 Hydroelectric Project
  For the Patuca-3 Hydroelectric Project in Honduras, RSW INTERNATIONAL carried out environmental studies related to the feasibility of the project, which includes a 85-m high gravity dam of and a ... More»
  For the Patuca-3 Hydroelectric Project in Honduras, RSW INTERNATIONAL carried out environmental studies related to the feasibility of the project, which includes a 85-m high gravity dam of and a powerhouse with an installed capacity of 440 MW. Several alternatives have been analysed to compare the environmental and socio-economical impacts. Less«
• Tambak Lorok Combined Cycle Station Blocks I & II - Indonesia
  The project consisted of two 530 MW combined cycle blocks, each comprising three 110 MW GE Frame 9E gas turbines, three unfired double pressure heat recovery steam generators and one 200 MW steam ... More»
  The project consisted of two 530 MW combined cycle blocks, each comprising three 110 MW GE Frame 9E gas turbines, three unfired double pressure heat recovery steam generators and one 200 MW steam turbine generator. Fuel is natural gas and diesel oil. The 150 kV substation feeds a total of four transmission lines to the Pandean, Krapyak and Ungaran substations. The work carried out included design audit, cost estimating and control, project and construction management, inspection and site supervision, expediting, commissioning supervision as well as technical assistance during the warranty period. Less«
• Marañon Hydroeletric Project
  In 1998, the mining company Cambior mandated RSW International to carry out environmental assessment studies related to the feasibility of an hydroelectric project, including a dam and a powerhouse ... More»
  In 1998, the mining company Cambior mandated RSW International to carry out environmental assessment studies related to the feasibility of an hydroelectric project, including a dam and a powerhouse on the Marañon river in Peru. Less«

  Fuel Cells

• Case Study: Alberta Research Council
  The Alberta Research Council (ARC) has embarked on an innovative fuel cell research program. Its goal - successful development of micro-SOFC fuel cells for portable applications such as cell phones, ... More»
  The Alberta Research Council (ARC) has embarked on an innovative fuel cell research program. Its goal - successful development of micro-SOFC fuel cells for portable applications such as cell phones, laptops and PDAs. Prior to their purchase of the fuel cell test stand from Advanced Measurements, all testing at the Alberta Research Council was done on a bench top with data collection completed by hand. But that has all changed. The new fuel cell test system provided by Advanced Measurements has enabled the Alberta Research Council to test cells more efficiently through features like test scripting and automatic data collection. Less«
• Case Study: Global Thermoelectric Inc.
  Global Thermoelectric is a world leader in the development of solid oxide fuel cell (SOFC) products. The company is also the world's largest manufacturer and distributor of thermoelectric power ... More»
  Global Thermoelectric is a world leader in the development of solid oxide fuel cell (SOFC) products. The company is also the world's largest manufacturer and distributor of thermoelectric power generators for use in remote locations. Global is currently developing fuel cell products that are compatible with natural gas or propane and test systems for residential and remote applications. Advanced Measurements came in at a crucial time - automating several complex test and production devices for the company which allowed them to streamline their operations. Global Thermoelectric's problem was that they needed a Fuel Cell Test Stand that would improve efficiency. The test architecture that Advanced Measurements developed for Global Thermoelectric created an automated solution that was very effective for the company. The solution developed by Advanced Measurements has automated the Global Thermoelectric fuel cell testing system, which has improved the company's overall operations. Less«
• Hydrogen Solution for Utility Vehicles
  The Government of Canada has invested $4.2 million in a project demonstrating a hydrogen solution for utility vehicles through the Hydrogen Early Adopters program. Demonstrations will take place at ... More»
  The Government of Canada has invested $4.2 million in a project demonstrating a hydrogen solution for utility vehicles through the Hydrogen Early Adopters program. Demonstrations will take place at the Canadian National Exhibition (CNE) in Toronto, Ontario. The multi-year project, led by a consortium that includes Hydrogenics Corporation, John Deere, Greenlight Power Technologies and Marconi Corporation, will demonstrate the feasibility of a renewable energy-based refuelling station as a zero-emission hydrogen solution for utility vehicles. It will showcase the technical capabilities of fuel cells and electrolyzers, and catalyze the growth of the industry in a manageable environment. The project comprises four components: 1. Fuel Cell-Powered Utility Vehicles 2. Refuelling Station 3. Back-up Power Generator for Telecommunications 4. Hybrid Fuel Cell/Battery Delivery Vehicles Working together, the project consortium will demonstrate advances in the area of equipment reliability for both hardware and software tools, as well as the feasibility of hydrogen and hydrogen-compatible technologies for use in the utility vehicle, vehicle fleet operation and back-up power markets. This investment made through the Technology Parnterships Canada Hydrogen Early Adopters program, combined with the nature of this demonstration project, its location within the Greater Toronto Area, and the high profiles of the consortium members will contribute to increased awareness and acceptance of hydrogen-based technologies across Canada, as well as demonstrate hydrogen as a viable and environmentally-friendly fuel solution for the future. Less«
• PEI Wind-Hydrogen Village Project
  Hydrogenics and Prince Edward Island Energy Corporation will lead a consortium of industry and government partners to develop Canada's first wind-hydrogen village demonstration - the Prince Edward ... More»
  Hydrogenics and Prince Edward Island Energy Corporation will lead a consortium of industry and government partners to develop Canada's first wind-hydrogen village demonstration - the Prince Edward Island (PEI) Wind-Hydrogen Village Project. This multi-faceted initiative will demonstrate, in real-life and in real-time, how wind energy and hydrogen technologies can work together to offer clean and sustainable energy solutions across a wide range of applications. The $10.3 million project is receiving an investment of $5.1 million through the Hydrogen Early Adopters (h2EA) program of Technology Partnerships Canada. The Government of Prince Edward Island will invest $2.9 million in the three-year project. This includes $2.5 million in earnings from the North Cape Wind Farm and $425,000 from Prince Edward Island Business Development. Hydrogenics' reputation as a leader in the development of hydrogen technologies, and the Province's national leadership in developing wind energy facilities, provide a strong foundation on which to build a wind-hydrogen village in Prince Edward Island. Over the course of the three years, the Prince Edward Island (PEI) Wind-Hydrogen Village Project will demonstrate solutions for a range of energy applications, including the installation of a hydrogen energy station, a hydrogen storage depot, and a wind-hydrogen and wind-diesel integrated control system to power the North Cape Interpretive Centre Complex, the Atlantic Wind Test Site, as well as other homes and buildings in the North Cape area. Subsequent phases are expected to include a hydrogen refueling station in Charlottetown to support the refuelling needs of up to three full-service hydrogen shuttle buses used in Charlottetown and the Charlottetown-North Cape corridor, as well as the deployment of fuel cell utility vehicles and the expansion of the wind-hydrogen village to provide energy for additional buildings and facilities, including at least one farm operation. The final phase of the project is expected to involve the introduction of a hydrogen-powered tour boat. Less«
• Stationary Fuel Cells for Residential Heating and Power Generation
  The Technology Partnerships Canada h2 Early Adopters (h2EA) program has invested $935,000 in a project to demonstrate hydrogen and hydrogen compatible technologies for use in electricity generation ... More»
  The Technology Partnerships Canada h2 Early Adopters (h2EA) program has invested $935,000 in a project to demonstrate hydrogen and hydrogen compatible technologies for use in electricity generation and heating in a residential application within the Toronto's Hydrogen Village. This investment will enable a consortium led by Fuel Cell Technologies Ltd. (FCT), with Ontario Power Generation Inc., and the University of Toronto at Mississauga (UTM), to demonstrate an important step in the transition toward a hydrogen economy. Bringing together technologies and resources from all partners, the project will showcase the use of four 5kWe solid oxide fuel cells, arranged in mini-grid configuration to provide electricity and heating to a 12-unit student residence at the UTM. In addition to the h2EA eligible companies, Enbridge and Air Liquid Canada will supply the natural gas and hydrogen required. Although these companies are not eligible to receive h2EA funding, they have agreed to contribute their valuable expertise and solid technical knowledge. Advancing on a previous experience at the University of Alaska, this project will demonstrate an efficient and compact system for the generation of electrical power and introduce the concept of fuel cell mini-grid networks. It will also contribute to the development of new codes and standards for the industry. Defined by two distinct phases, the project will initially include a system design, a site evaluation and an implementation study. The second phase will involve the installation of four fuel cell systems to supply the UTM residence electrical and heating grid. While these will initially be fuelled by natural gas, Fuel Cell Technologies and the consortium anticipate converting one or more of the four fuel cell systems to hydrogen for the last 6 months of the project. The installation will remain at the residence following the demonstration phase providing a long-term electrical and heating solution. This will result in potential efficiencies and cost-savings for the UTM residence facility, and increase public awareness and acceptance of these technologies in residential applications. Less«
• Uninterruptable Power Supply (UPS) for Power Back-Up
  A $2 million investment has been made by Technology Partnerships Canada h2 Early Adopters (h2EA) program in an initiative to demonstrate hydrogen fuel cell based uninterruptible power supply (UPS) ... More»
  A $2 million investment has been made by Technology Partnerships Canada h2 Early Adopters (h2EA) program in an initiative to demonstrate hydrogen fuel cell based uninterruptible power supply (UPS) power back-up systems in three distinct real-world applications. This demonstration project is lead by Ballard Power Systems and involves a consortium including MGE UPS Systems, Bell Canada Holdings, Emerson Network Power Group, Praxair Canada Inc., and the University of Toronto at Mississauga (UTM). Bringing together the experience and expertise of consortium companies, this project will integrate hydrogen and hydrogen compatible technologies to demonstrate back-up power solutions in three different commercial market segments. There will be three distinct demonstration sites with three site-specific applications: 1. UPS for buildings – NRC's Institute for Fuel Cell Innovation; Vancouver, B.C. - Demonstrating a PEM fuel cell based UPS as a back-up power system for critical loads in an industrial/commercial mix, this installation will eventually be integrated into the Institute building's electrical system with a hydrogen fuelling technology. 2. UPS for telecom (outdoor) - Bell Canada facility; Greater Toronto Area , Ontario - This installation will demonstrate the viability of PEM fuel cell based UPS as a back-up power source for telecommunications switching stations. PEM fuel cells will be integrated with a hydrogen fuel supply an installed within a four seasons outdoor enclosure. 3. UPS for server room – University of Toronto Mississauga; Mississauga, Ontario - A hydrogen based UPS system will be installed and monitored within a server room at the University. This component of the project will establish standards and protocols for hydrogen delivery, and the installation of large, indoor fuel cell applications. Demonstrating tangible benefits —including extended run times, lower life cycle costs, higher reliability, smaller footprint and lower weight — and establishing operating standards and protocols, these 3 demonstrations will further lay the foundation for the commercialization of hydrogen and hydrogen compatible technologies. In addition, their location in public venues, and the outreach and education components of this project will enhance and encourage public awareness and acceptance of hydrogen technologies as a safe, economical and green energy source alternative in real-world applications. Less«
• Fuel Cell Power Systems for Japan
  Hydrogenics Corporation has signed an agreement with Japan's Hitachi Zosen Corporation (Hitz) to develop hydrogen fuel cell-based power products. The agreement will see Hydrogenics combine its ... More»
  Hydrogenics Corporation has signed an agreement with Japan's Hitachi Zosen Corporation (Hitz) to develop hydrogen fuel cell-based power products. The agreement will see Hydrogenics combine its expertise in hydrogen fuel cell power systems with Hitz' power technology and experience with Japanese power markets. The collaboration between Hitz and Hydrogenics will focus on stationary power applications, but will also investigate markets for transportation and hydrogen generation. Less«
• Ford, Fumes-to-Fuel
  Fuel Cell Technologies Ltd. completed the installation of its pilot Volatile Organic Compound (in Ford's case, paint fumes) reformer and SOFC system at the Ford Motor Company's Dearborn Assembly ... More»
  Fuel Cell Technologies Ltd. completed the installation of its pilot Volatile Organic Compound (in Ford's case, paint fumes) reformer and SOFC system at the Ford Motor Company's Dearborn Assembly Plant (DAP) in Michigan. This hardware forms part of Ford's 'Fumes-to-Fuel' System that Ford announced on July 17, 2003. The collaboration between FCT and Ford has resulted in an illustration of an industrial application of solid oxide fuel cell (SOFC) technology that transforms a waste byproduct into useful energy. The pilot system consumes emissions from Ford's vehicle paint shop and turns them into electrical energy and heat for the facility. The process begins with the collection of airborne paint solvent (volatile organic compounds, or VOCs) and their concentration into a hydrogen rich mixture. The concentrated paint solvent is then fed into a reformer system that breaks the paint solvent down into hydrogen rich gas. The reformer was developed and built by FCT specifically for this application in partnership with Ford. The resulting hydrogen rich gas is then fed into FCT's 5 kilowatt (kW) SOFC unit where electrochemical reactions convert the fuel into useable electricity and heat for use in the facility. Fords Paint Shop pilot project is a proof of concept integrated system. That was initiated to assess SOFC operation using this unique fuel source. In addition, it will showcase advanced pollution abatement technology being developed and advanced by Ford. Larger industrial systems are envisioned for the future. This industrial application shows the product's adaptability and usefulness in controlling and reducing emissions. FCT looks forward to working with Ford and others committed to the environment and willing to support innovative initiatives. Less«

  Geothermal Heat Pumps

• Aquaculture
  In 1995 Lockhart Industries designed, built and installed their first chilling system to keep salmon eggs dormant and from hatching for a salmon hatchery on Vancouver Island, B.C. The system had ... More»
  In 1995 Lockhart Industries designed, built and installed their first chilling system to keep salmon eggs dormant and from hatching for a salmon hatchery on Vancouver Island, B.C. The system had relatively high initial capital costs but allowed for greater versatility in first feeding and allowed for two batches of eggs to be hatched that winter. This system paid for itself virtually that winter. That summer Lockhart Industries was asked if they could retrofit and adapt the system to heat the water for the fry to decrease mortality, increase feed conversion factors and accelerate growth. They then embarked on an arduous task to ensure the same piece of equipment could be used to heat the coldest water at the start of heating, heat the water up and hold final temperature, chill the water at the coldest point to hold the eggs dormant and then slowly decrease the chilling to allow the eggs to hatch. This all had to be done so as not to harm any of the biomass at ANY time, to ensure the long term safe, efficient operation of the refrigeration equipment and this all had to be accomplished while maximizing the use of energy. Lockhart Industries found that the task was very challenging but with the use of recuperative heat exchangers and custom built refrigerant condensers and evaporators they achieved results that astounded both themselves and the staff at the hatchery. Lockhart Industries achieved heating rates of the water, when balanced, that reduced the cost of energy down to 10% of the projected cost using electrical on a once through system. Less«
• Grey Roots Museum - Owen Sound, ON
  The Grey Roots Musuem in Owen Sound, ON, was completed in 2002. The local museum encompasses an area of over 40,000 square feet (3,700 square meters) of local history and educational displays. The ... More»
  The Grey Roots Musuem in Owen Sound, ON, was completed in 2002. The local museum encompasses an area of over 40,000 square feet (3,700 square meters) of local history and educational displays. The building is heated with a radiant floor heating system. Ventilation and air conditioning are provided with several air handlers. Hot and chilled fluid is provided with six Ice Kube units that use a horizontal earth loop as a heat source. Precise control of temperatures and humidity is important to preserve the irreplaceable historical displays. Less«
• MIssion Centre
  The geothermal installation at the Mission Centre in Kelowna , B.C. includes 84 boreholes to 300 feet, a central 120 ton heat pump plant, approximately 90 cold water/hot water fan coils, and a state ... More»
  The geothermal installation at the Mission Centre in Kelowna , B.C. includes 84 boreholes to 300 feet, a central 120 ton heat pump plant, approximately 90 cold water/hot water fan coils, and a state of the art heat recovery ventilation system. This professional building houses offices, retail stores, medical and surgical facilities, and the world's first geothermally cooled Magnetic Resonance Imaging (MRI) system. Less«
• Tekmar Building
  Tekmar Control Systems Ltd. is a leading manufacturer of control equipment for hydronic heating systems. GeoTility installed one of the largest horizontal loops in Canada at their Research and ... More»
  Tekmar Control Systems Ltd. is a leading manufacturer of control equipment for hydronic heating systems. GeoTility installed one of the largest horizontal loops in Canada at their Research and Development facility in Vernon , B.C.. Tekmar chose GeoTility specifically for the energy efficiency and versatility of the geothermal systems we provide. The manufacturing, research, and office areas of the building are conditioned by a combination of hydronic heating and forced air heating and cooling. Less«
• Boulder Homelsss Shelter - Boulder, CO
  The Boulder Homeless Shelter was built to provide safe shelter, food and support services for homeless adults in Boulder, CO. Every dollar saved in energy and operating and maintenance costs lets the ... More»
  The Boulder Homeless Shelter was built to provide safe shelter, food and support services for homeless adults in Boulder, CO. Every dollar saved in energy and operating and maintenance costs lets the facilty provide help for more people. Hot water for showers and food services is a significant cost in this type of facility. A 20-ton Ice Kube heat pump installed with a geothermal earth loop provides domestic hot water. The heat pump was built with ozone friendly R404A refrigerant and a stainless steel double wall vented heat exchanger to provide potable hot water. The heat pump produces 346 US gallons (1,310 litres) of hot water per hour with a 70 deg. F temperature rise (39 deg. C), at a average COP of 4.6. Less«
• Kopernik Space Education Center
  When the Roberson Museum and Science Center in Binghamton, New York planned to expand its astronomical observatory in nearby Vestal, the heating and cooling options were limited. Natural gas was not ... More»
  When the Roberson Museum and Science Center in Binghamton, New York planned to expand its astronomical observatory in nearby Vestal, the heating and cooling options were limited. Natural gas was not available at the remote site. Although electricity heated the original building, and portable air conditioners cooled it, the Museum wanted to make the new facility more energy efficient. Consequently, a GeoExchange (geothermal) system was selected to heat and cool the new building, and to replace the electric resistance heating system in the old building. The 24-ton system includes five heat pumps ranging from 3.5 to 7 tons. Each is independently controlled by a single wall thermostat. An energy management system initiates operation of the GeoExchange system in response to a call for heating or cooling from a thermostat. The system also can be monitored remotely, an important feature since personnel are not always on site. (Temperatures are set at 72 F when the building is occupied, and 63 F when it is unoccupied.) Two main 1.5-horsepower pumps circulate water from the ground heat exchanger to the building's water loop. Although they usually operate independently, the pumps can work in parallel to provide a maximum flow of 140 gallons per minute. The building's water loop is connected to eight supply and return run-outs the service the ground heat exchanger. Each run-out has its own 1/6-horse power circulating pump and serves two 1.25-inch U-tubes. Each tube runs through a 250-foot-deep borehole drilled into granite bedrock. Less«

  Hydrogen

• China's First 350bar Mobile Hydrogen Fueling System
  FTI International Inc. and along with Sacré-Davey Innovations installed China's first Hydrogen 350 bar Mobile Hydrogen Fueling System for the Bibendum Challenge in Shanghai. The station provided ... More»
  FTI International Inc. and along with Sacré-Davey Innovations installed China's first Hydrogen 350 bar Mobile Hydrogen Fueling System for the Bibendum Challenge in Shanghai. The station provided hydrogen to the vehicles throughout the event. The station is capable of providing 3kg of 350bar hydrogen to each of the three vehicles using the FTI fast-fill hydrogen dispenser. SDI provided the process engineering, design, skid fabrication and the integration for equipment supplied by FTI. The entire system is comprised of a hydrogen dispenser, sequencing panel, high pressure storage (provided by Dynetek), a gas booster and hydraulic air compressor. The Mobile Station also boasts on-board controls and an autonomous power supply. Less«

  Industrial Cogeneration

• Bulwer Island Cogeneration Plant
  The Bulwer Island Cogeneration Plant serves all the electric and thermal energy needs related to the expansion of BP’s Bulwer Island refinery in Queensland, Australia. The 33-megawatt electrical ... More»
  The Bulwer Island Cogeneration Plant serves all the electric and thermal energy needs related to the expansion of BP’s Bulwer Island refinery in Queensland, Australia. The 33-megawatt electrical and 55-megawatt thermal-equivalent cogeneration/combined-cycle power plant provides energy to BP's Queensland Clean Fuels Project. BP's expansion at Bulwer Island was part of a $500-million (Australian) effort to produce transportation fuels with the world's lowest level of sulphur dioxide. The Cogeneration Plant was part of the Queensland Clean Fuels Project which won the 2001 Australian Construction Achievement Award. ATCO Power led project development and participated in construction, management and commissioning and provides the operations manager. ATCO and Origin Energy of Australia each hold a 50% ownership interest in the Bulwer Island Cogeneration Project. Less«
• Osborne Cogeneration Plant
  The Osborne plant located near Adelaide is Australia's largest cogeneration facility. The 180-megawatt project, a joint venture between ATCO Power and Origin Energy of Australia, was commissioned in ... More»
  The Osborne plant located near Adelaide is Australia's largest cogeneration facility. The 180-megawatt project, a joint venture between ATCO Power and Origin Energy of Australia, was commissioned in 1998. Penrice Soda Products, Australia's sole producer of soda ash, purchases up to 1.2-million tonnes of steam each year from the plant. Under a long-term agreement with NRG Flinders, Osborne provides about 10% of South Australia's electric energy. ATCO Power managed the construction of the Osborne plant which incorporated many state-of the-art features. ATCO Power operates the Osborne plant which consists of a 120-megawatt gas turbine and a 60-megawatt steam turbine, fuelled by natural gas from South Australia's Cooper Basin. The plant is over 50% more efficient than a conventional gas or coal-fired power station. This advanced technology reduces nitrous oxide emissions by at least 80% and carbon dioxide emissions by 35 to 50% over that of conventional power stations. Less«
• Cory Cogeneration Project
  In May 2000, ATCO Power Ltd. and SaskPower International Inc. announced a partnership to build a world-leading 260-megawatt natural gas-fired, cogeneration power plant at the Potash Corporation of ... More»
  In May 2000, ATCO Power Ltd. and SaskPower International Inc. announced a partnership to build a world-leading 260-megawatt natural gas-fired, cogeneration power plant at the Potash Corporation of Saskatchewan Inc.'s (PCS) Cory Mine outside Saskatoon. The cogeneration plant co-owned by ATCO and SaskPower International, features leading-edge technology. The plant will operate mostly in highly efficient cogeneration mode, a process that allows it to generate steam and electrical power from the same energy source. The plant is also capable of operating in straight combined-cycle mode, a process that combines a natural-gas turbine and a steam turbine to generate only electricity. The plant consists of two natural gas-fuelled combustion turbines and generators. The exhaust gases from each gas turbine is sent through a waste heat recovery boiler to produce steam. This steam is used to power a steam turbine as well as provide all of PCS Cory’s steam requirements. The Cory cogeneration plant's 'state-of-the-art' design enables it to generate electricity with minimal effect on the environment. Both of the gas turbines and heat recovery steam generators are equipped with low NOx combustors to minimize impacts. The Cory cogeneration station turns between 55% and 70% of the natural gas’s potential energy into electricity and steam - compared to an average of 35% achieved by conventional power stations - while emissions of "greenhouse" gases are only about one-third of a similarly sized coal-fired power station. As well, further reduction in "greenhouse" gases will be realized as PCS will no longer be using direct-fired boilers to produce steam. Less«
• Lake Superior Power - 110 MW Combined-Cycle Cogeneration Power Plant Project
  This project required the installation of a 110 MW gas turbine based, combined cycle, cogeneration plant to supply power to Ontario Hydro and process steam to St. Marys Paper Co. Services provided ... More»
  This project required the installation of a 110 MW gas turbine based, combined cycle, cogeneration plant to supply power to Ontario Hydro and process steam to St. Marys Paper Co. Services provided by Gryphon included: - Site Selection and Detailed Feasibility Study for project. - Plant Conceptual Design and preparation of Plant Schematic Designs including the High Voltage transmission system. - Preparation of detailed specifications for and execution of contracts for the nominal 2 x 40 MW Combustion Gas Turbine Generators, nominal 30 MW Automatic Extraction Condensing Steam Turbine Generator, two Heat Recovery Steam Generators, Transformers, Switchyard, and Balance of Plant Construction. - Detailed design of the 1-mile long, 16-inch diameter, process steam line to St. Marys Paper and of the fuel oil storage and supply system. - Contract and Project Administration, Inspection, and Expediting. - Specification, Coordination, and carrying out of Overall Plant Performance Tests. - Engineering and Design to support the environmental assessments and permitting applications prepared by others. Less«
• Toronto Hospital Cogeneration Plant
  AEI performed an engineering study and design for Tecogen Inc. Waltham, MA, of a 3200 kW cogeneration plant for this large hospital complex in the heart of downtown Toronto. The power plant included ... More»
  AEI performed an engineering study and design for Tecogen Inc. Waltham, MA, of a 3200 kW cogeneration plant for this large hospital complex in the heart of downtown Toronto. The power plant included four 800 kW ebulliently-cooled gas-engine gensets with exhaust gas boilers which were to provide 125 psig base-load steam to the hospital complex (or 200 psig excess steam to nearby Toronto District Heating System) after being compressed by special steam compressors from 15 to 125 psig normally. The electric power produced was to be consumed internally via load-displacement, thus alleviating the need for a costly additional electric power supply feeder to meet the hospital's growing power demand. A new 1500 RT two-stage absorption chiller was included in the project. This was to be fed, for improved steam demand in summer, with 125 psig steam produced by the cogeneration units. Additional cooling tower capacity as to be provided or rejecting heat from the new absorption chiller. Subsequently, an alternative scheme was investigated in-depth involving a single 3,500 kW gas-turbine generator with a heat recovery steam generator producing 200 psig steam. This approach, without expensive steam compressors, has been under consideration by the hospital and Toronto District Heating Corporation. Less«
• Bataneres Cogeneration Plant
  MAXIM finalized all of the required commercial agreements and received regulatory approvals for the construction of the Bataneres cogeneration plant, its third cogeneration plant. Subsequent to ... More»
  MAXIM finalized all of the required commercial agreements and received regulatory approvals for the construction of the Bataneres cogeneration plant, its third cogeneration plant. Subsequent to year-end, MAXIM has received a financing commitment for the project financing of up to 75% of the plant's construction cost. Bataneres will be a 5.6 MW facility in which MAXIM will have a 100% interest. The plant will sell electricity to EdF under a twelve-year power sales agreement. The plant will also produce 4.9 MW of thermal energy which will be sold, in the form of hot water, to a cooperative of four tomato greenhouses under a twelve-year thermal sales agreement. Construction of Bataneres commenced in February, 2005 and the plant is scheduled to commence commercial operations in November, 2005. Less«
• Mirail Cogeneration Plant
  The Mirail cogeneration plant is a 2.7 MW facility in which MAXIM has a 50% interest. The plant sells electricity to EdF under a twelve-year power sales agreement. The plant also produces 2.7 MW of ... More»
  The Mirail cogeneration plant is a 2.7 MW facility in which MAXIM has a 50% interest. The plant sells electricity to EdF under a twelve-year power sales agreement. The plant also produces 2.7 MW of thermal energy which is sold, in the form of hot water, to a tomato greenhouse under a twelve-year thermal sales agreement. The plant commenced commercial operations in November, 2003. Less«
• Pouchon Cogeneration Plant
  The Pouchon cogeneration plant is a 2.7 MW facility in which MAXIM has a 66% interest. The plant sells electricity to Electricite de France ("EdF") under a twelve-year power sales agreement. The ... More»
  The Pouchon cogeneration plant is a 2.7 MW facility in which MAXIM has a 66% interest. The plant sells electricity to Electricite de France ("EdF") under a twelve-year power sales agreement. The plant also produces 2.7 MW of thermal energy which is sold, in the form of hot water, to a hibiscus greenhouse under a twelve-year thermal sales agreement. The plant was completed in November, 2003. Due to interconnection delays, the plant was unable to run during the 2003 cogen season. Interconnection issues were successfully addressed through an arbitration process and the plant commenced commercial operations in November, 2004, the start of the 2004 cogeneration season. Less«

  Ocean Energy

• 500kW Demonstration Project
  Phase I: BEC is pursuing the development of a 500kW pre-commercial demonstration project off the coast of British Columbia, Canada. The project will be comprised of two floating 250kW units, which ... More»
  Phase I: BEC is pursuing the development of a 500kW pre-commercial demonstration project off the coast of British Columbia, Canada. The project will be comprised of two floating 250kW units, which will harness the flow of ocean currents to generate electricity. BEC is in discussions with technical, financial and government partners to participate in the project, which will be the world's largest ocean current energy installation. Phase II: of the project will demonstrate the integration of BEC's ocean energy system with a hydrogen fuel cell. Surplus electricity generated from the Davis Hydro Turbines during peak tidal flow will be used to produce hydrogen through electrolysis, to establish the foundation for further integration of renewable energy and hydrogen technologies. Less«
• Clean Current Tidal Power Demonstration Project at Race Rocks, BC
  Thanks to an innovative partnership between Lester B. Pearson College of the Pacific, EnCana Corporation and Clean Current Power Systems Incorporated, Canada’s first free-stream tidal power project ... More»
  Thanks to an innovative partnership between Lester B. Pearson College of the Pacific, EnCana Corporation and Clean Current Power Systems Incorporated, Canada’s first free-stream tidal power project will be built at the Race Rocks Ecological Reserve, offshore of Vancouver Island in British Columbia. The project will enable the world famous marine park to tap into surrounding ocean currents and convert tidal energy to electric power for its needs beginning in early 2006. Less«
• Dalupiri Ocean Power Plant Project
  In response to requests from a Houston based finance group, Blue Energy Canada Inc. developed a proposal for a four-kilometer long tidal fence between the islands of Samar and Dalupiri in the San ... More»
  In response to requests from a Houston based finance group, Blue Energy Canada Inc. developed a proposal for a four-kilometer long tidal fence between the islands of Samar and Dalupiri in the San Bernardino Strait in the Philippines. Pending governmental approval, the Dalupiri Ocean Power Plant will utilize 274 ocean-class Davis Turbines, each generating from 7MW to 14 MW, for a total estimated capacity of 2200MW of power at peak tidal flow (1100 MW base average). The Dalupiri Project is phase one of a proposed Build Own Operate Transfer (BOOT) project that will be transferred to the Philippines after 25 years. The estimated cost for the Dalupiri passage is $2.8 Billion (US). Used to generate large scale renewable energy, the San Bernardino passage could help the Philippines to become a net exporter of electrical power. Less«

  Photovoltaic Systems

• Northeastern Brazil Groundwater Project - Solar Power Development Project
  Solar power is used to pump water from wells in northeast Brazil, but not as extensively as it should considering the amount of available sunlight in the region. One reason for the low popularity of ... More»
  Solar power is used to pump water from wells in northeast Brazil, but not as extensively as it should considering the amount of available sunlight in the region. One reason for the low popularity of solar energy in water projects in Brazil is that the only motors that are readily available to operate the pumps are alternate electrical current (a.c.) motors. With such motors, the direct current (d.c.) from the photovoltaic cells (solar panels) has to be transformed into a.c. current with a loss of efficiency. To make the process more efficient, Sunmotor International, a Calgary firm that specializes in solar energy applications, was contracted by PROASNE to adapt one of its specially designed d.c. motors to a line of Brazilian submersible pumps manufactured by Dancor S.A. Indústria Mecânica of Rio de Janeiro. This made the Brazilian pumps more efficient and the entire process of solar pumping more cost-effective. Under the same contract, Sunmotor also developed special motors that were coupled with booster pumps in the reverse osmosis equipment used for desalinization. Until now, solar power was not used for water desalinization in northeast Brazil. In 2001, PROASNE with its partners Sunmotor, Dancor and SOHIDRA, a branch of the Water Resources Secretariat of the State of Ceará, installed an experimental solar pumping and desalinization station in the farming community of Livramento in the municipality of Irauçuba/CE. That community had no electricity, and for its water supply, it relied on a brackish well and a wind-powered pump with no desalinization equipment. The new station provided some 25 households with good quality water. The experimental station is intended as a model to be replicated in other remote communities throughout northeastern Brazil. Less«
• Canada Centre for Inland Waters
  This federal building, near Burlington, Ontario, provided an opportunity to implement the Solar Quilt technology. The system is specifically designed for flat roofs with no roof penetration by the ... More»
  This federal building, near Burlington, Ontario, provided an opportunity to implement the Solar Quilt technology. The system is specifically designed for flat roofs with no roof penetration by the mounting structure. The solar array for this project was 10kW, and consisted of the Solar Quilt ballasted flat roof mounting system using Sharp solar modules. The date of installation was 2004. Less«
• Canada's First Solar Neighbourhood
  These homes represent the first demonstration of community-scale photovoltaic (PV) systems in Canada. Working with a new home builder, ARISE has developed a building integrated photovoltaic (BIPV) ... More»
  These homes represent the first demonstration of community-scale photovoltaic (PV) systems in Canada. Working with a new home builder, ARISE has developed a building integrated photovoltaic (BIPV) system with refinements specific to the Canadian climate. This project consists of a total of 42kW on 14 homes. The solar array size for each home is 3kW. This solar neighbourhood has estimated GHG emission reductions of about 4 tonnes of CO2 per year per home. Additional demonstration homes are included in this project. Homes are located in several other Ontario and Quebec communities. Installation dates for this project are between 2003 - 2005. Less«
• Kortright Centre
  The Kortright Centre for Conservation is comprised of 800 acres of pristine woodlands just 10 minutes north of Toronto. Its mission is to promote the wise and appropriate use of our natural ... More»
  The Kortright Centre for Conservation is comprised of 800 acres of pristine woodlands just 10 minutes north of Toronto. Its mission is to promote the wise and appropriate use of our natural resources. A major component of this program is Canada's largest renewable energy demonstration site. One of the unique features is the Sustainable Living Centre, which demonstrates the latest developments in resource efficiency, waste-water treatment, and solar and earth energy technologies. ARISE Technologies provided the expertise for the solar electric system. The electricity for lights, appliances and ground source heat pump is provided by a 4kW photovoltaic system. The utility grid connected design is managed by the ARISE GX5000 which eliminates the need for battery storage. Date of installation: 1999 Less«
• Parks Canada Project
  Quantum Renewable Energy Inc is currently wrapping up construction on a significant renewable energy installation for Parks Canada, located in the St. Lawrence Islands National Park just outside ... More»
  Quantum Renewable Energy Inc is currently wrapping up construction on a significant renewable energy installation for Parks Canada, located in the St. Lawrence Islands National Park just outside Mallorytown, Ontario. Located on the bank of the St. Lawrence River in the beautiful Thousand Islands region, the system will generate all of the required electrical power for the Gun Boat Museum, while also acting as a demonstration project for public education. It is hoped that the wind turbine and photovoltaic array will catch the eye of the many visitors to the area, drawing them in to the building to learn about renewable energy technologies. The combined solar & wind configuration will harness clean energy using a 1.5KW photovoltaic array and a 1.0KW wind turbine, to generate an average of 12KWhrs of electricity per day. Less«
• Red River College Solar Energy System
  Designed and installed by Solar Solutions in 2002, the new Red River College Princess Street Campus in downtown Winnipeg, Canada has a solar energy system that is the largest of its kind in Canada. ... More»
  Designed and installed by Solar Solutions in 2002, the new Red River College Princess Street Campus in downtown Winnipeg, Canada has a solar energy system that is the largest of its kind in Canada. The south side of the Princess Street block integrates solar photovoltaic modules in the curtain wall that forms the protective outside envelope of the building. The 133 module array is capable of producing 12.6 kW of electrical power. The system consists of two major parts: the building integrated photovoltaic (BIPV) solar modules and the power conversion hardware. The Red River College placed 5th in the World Environment Building Competition in Oslo, Norway. Solar Soluions designed and supplied all the electronic components for Canada's largest building integrated photvoltaic (BIPV) project. Less«
• St Lawrence Islands National Park Solar Project
  OSP in Partnership with Arise Technologies of Kitchener Ontario installed the first Grid Connected Solar System in a Canadian National Park at St Lawrence Islands National Park located in Mallory ... More»
  OSP in Partnership with Arise Technologies of Kitchener Ontario installed the first Grid Connected Solar System in a Canadian National Park at St Lawrence Islands National Park located in Mallory town Ontario. The system, which consists of 44 solar panels, generates approximately 20KW of electricity a day, enough to reduce the annual electrical costs of the parks operations buildings by 30%. Less«
• 10kW Demo Solar Plant
  Canadian Solar Inc. (CSI) has built a 10 KW demonstration grid-3.3 connected solar power plant in Changshu, Jiangsu Province. The power plant consists of 40 - 160 watt multi-crystalline solar modules ... More»
  Canadian Solar Inc. (CSI) has built a 10 KW demonstration grid-3.3 connected solar power plant in Changshu, Jiangsu Province. The power plant consists of 40 - 160 watt multi-crystalline solar modules and 20- 160 watt mono-crystalline modules, connected to the electrical grid via 3 SMA invertors. The power plant is supplying power to the CSI Solartronics plant. All the solar modules were manufactured at CSI Solartronics Inc. in Changshu, a subsidiary of CSI. The Solar Power Plant is the first installed grid-connected installation after the ratification of China’s New Renewable Energy Law has been published. The law emphasizes the revolutionary change of solar energy in providing electricity implementing a clean, environmental friendly, non-polluting technology. The Solar Power Plant becomes a demonstration system in the Changshu/Shanghai regions and will soon be made available for educational purposes. Less«

  Small Hydropower

• Popoyan Mini-Hydro Project in Guatemala
  In 1996, the Canadian International Development Agency (CIDA) for Agropecuaria Popoyan, retained the RSW INTERNATIONAL engineering services for the construction of a power plant on the Sibaja River ... More»
  In 1996, the Canadian International Development Agency (CIDA) for Agropecuaria Popoyan, retained the RSW INTERNATIONAL engineering services for the construction of a power plant on the Sibaja River in Guatemala. The work included a desilting basin and the construction of a 2-km inlet channel, a water intake complete with penstock and a powerplant housing two Francis turbine units developing 2 MW under a net head of 115 m. Less«
• Sabanilla Hydroelectric Project - Ecuador
  Corriente Resources Ltd., the owner of EcuaCorriente, contracted Knight Piésold Consulting to complete a Due Diligence Review of the Sabanilla Hydroelectric Project to determine the overall ... More»
  Corriente Resources Ltd., the owner of EcuaCorriente, contracted Knight Piésold Consulting to complete a Due Diligence Review of the Sabanilla Hydroelectric Project to determine the overall attractiveness of investing in the Sabanilla project. The main purpose for this purchase by EcuaCorriente would be to provide power to its nearby Mirador Copper Project. The proposed development on the Sabanilla River included a 30MW run-of-river hydroelectric project with diversion weir, intake structure, desanding chambers, tunnel, steel penstock, powerhouse, substations and 90km of 138kV transmission line. Knight Piésold's services included: - Due diligence review and reporting; - Ecuadorian energy market assessment, including reliability, capacity, transmission network, risk and pricing assessments; - A technical review of the project including independant hydrology assessment, energy modeling and annual energy estimates, capital and operating cost estimates; - Financial analysis, project optimization studies and recommendations; - Intake hydraulic model testing; - Water-to-Wire package, preparation of tender documents and evaluation of bids - Owners Engineer for design, tender, procurement and construction. Project is scheduled for commercial operation in 2007. Less«
• Angliers Development
  Like Regional's other greenfield developments, the Angliers project has been developed in conjunction with significant input from local and regional groups to minimize environmental and social ... More»
  Like Regional's other greenfield developments, the Angliers project has been developed in conjunction with significant input from local and regional groups to minimize environmental and social impacts and maximize economic benefits. The proposed project envisages a generating station with a capacity of 25 megawatts. The current cost estimate for the project is $55 million, of which 60% is expected to be spent in the region. During construction the project is expected to create 100 direct and 150 indirect man years of employment. The facility will create no changes in the current water management policies or the historical water flows through the Angliers dam. They will continue to be governed by the Ottawa River Control Board. Regional will cooperate with Hydro-Quebec to coordinate the use of the water at their plants downstream. Regional has also undertaken that the development, through the design of its tailrace, will enhance the local fishery. Less«
• Cascade Heritage Power Project
  The Cascade Heritage Power Project is a proposed 25 megawatt 'run of river' hydroelectric facility, located on the Kettle River near Grand Forks, British Columbia, Canada. The Cascade Heritage Power ... More»
  The Cascade Heritage Power Project is a proposed 25 megawatt 'run of river' hydroelectric facility, located on the Kettle River near Grand Forks, British Columbia, Canada. The Cascade Heritage Power Project will generate 81 gigawatt hours of clean, sustainable power each year, enough to supply 4500 households. The project will employ 25 to 30 full-time workers during construction, and 3 full-time workers during the operational phase. The project will be built on the historic site of an abandoned power plant which played an important role in the early hydroelectric power industry. The old power station was built in 1899 and operated until 1919. It was one of the first locations in North America to use 3 phase-alternating current to generate and transmit power. A museum with interpretive displays explaining the historic significance of the site will be attached to Sea Breeze Power's new powerplant. Less«
• Francis Turbine Technology
  R&D; project, in cooperation with Norcan Hydraulic Turbine Inc., is dealing with customizing Francis turbine designs to suit particular performance requirements while maintaining configuration of the ... More»
  R&D; project, in cooperation with Norcan Hydraulic Turbine Inc., is dealing with customizing Francis turbine designs to suit particular performance requirements while maintaining configuration of the site. Less«
• Lac-Robertson Mini-Hydro Project
  The construction of the Lac Robertson hydroelectric development has eliminated the need for diesel power generation for the region located on the lower north shore of the St-Lawrence River. The ... More»
  The construction of the Lac Robertson hydroelectric development has eliminated the need for diesel power generation for the region located on the lower north shore of the St-Lawrence River. The project consisted of a mini-hydro complex including a roller-compacted concrete dam, a 21 MW powerhouse, an overflow spillway and a 69 kV switchyard. Hydro-Québec mandated RSW for detail engineering of the powerhouse, including water intake, penstocks, tailrace and a 69 kV switchyard as well as the construction supervision. Less«
• McNair Creek Hydroelectric Project
  The McNair Creek Hydroelectric Project is a 9MW run-of-river Green Power development, located on McNair Creek near Gibsons, British Columbia. Knight Piésold Consulting, in conjunction with Amnis ... More»
  The McNair Creek Hydroelectric Project is a 9MW run-of-river Green Power development, located on McNair Creek near Gibsons, British Columbia. Knight Piésold Consulting, in conjunction with Amnis Engineering, worked very closely with the Contractor, Peter Kievit Sons Co., and the Owner, Renewable Power Corp., to deliver the project under an EPC Contract that guaranteed performance, schedule and price. The EPC team was successful in meeting or exceeding all contractual requirements. Innovation and excellent team work were the keys to delivering this project, on time and on budget. Knight Piésold was involved in most facets of the projects development, including hydrological gauging and assessment, DFO flow release negotiations, and value engineering, estimating, detailed design and site supervision for the EPC (Engineer-Procure-Construct or "Design Build") construction process. Less«
• Miller Creek Hydroelectric Project
  The Miller Creek Hydroelectric Project is a Green Energy project located in South-Western British Columbia. This high head project comprises two run-of-river intakes interconnected with a short ... More»
  The Miller Creek Hydroelectric Project is a Green Energy project located in South-Western British Columbia. This high head project comprises two run-of-river intakes interconnected with a short tunnel, a 4300m long penstock, and surface powerhouse with 33MW of installed capacity operating under a gross head of 765m and 5.5m3/s design flow. The plant is connected to the BC Hydro grid via an underbuild on an existing 25kV powerline to a local substation approximately 7km from the power station, and is designed for islanded operation to support local loads in the event of loss of grid interconnection. Knight Piésold Ltd. acted for the Client in all phases of project development, including hydrological gauging and assessment, environmental studies, and substantial participation in the regulatory submissions and public consultation process. Knight Piésold Ltd. assisted the Client with the development of a target price contract for the civil works and a tender for the mechanical/electrical equipment. Knight Piésold Ltd. also acted as the EPCM contractor for the Owner during construction of the main works, with the Client taking over completion of the subsidiary intake and transfer tunnel. Less«
• Minashtuk Mini-Hydro-Project
  This turnkey project consisted of an hydroelectric development located on the Mistassibi river in the Province of Quebec Mistassini region. The new powerplant houses two Kaplan turbines of 5 MW each. ... More»
  This turnkey project consisted of an hydroelectric development located on the Mistassibi river in the Province of Quebec Mistassini region. The new powerplant houses two Kaplan turbines of 5 MW each. The development also includes two concrete dams equipped with inflate gates. RSW INC. has provided the detail engineering for the civil, mechanical and electrical works as well as assistance for the project management. Less«
• Misema Small Hydro Development
  From 1989 to 1992, Acres carried out studies for a 3-MW small hydro development at a site near Englehart, Ontario. The economic situation at the time was unfavorable, and the project was shelved. Ten ... More»
  From 1989 to 1992, Acres carried out studies for a 3-MW small hydro development at a site near Englehart, Ontario. The economic situation at the time was unfavorable, and the project was shelved. Ten years later, with the power market in Ontario due to open, Canadian Renewable Energy Corporation took over the development. The environmental approvals process was reactivated in the summer of 2001, and civil works construction began in May 2002. Commissioning of the plant (ready for commercial operation) was complete 11 months later, on April 8, 2003. A concrete overflow weir and training walls direct flow towards an intake structure. The power flow is conveyed by a 3-m diameter, 30-m long vertical dropshaft and 265-m long horizontal tunnel, both in rock. The powerhouse is located in a rock cut, and houses a horizontal double runner Francis turbine with a horizontal generator, output 3-MW. A 44-kV wood pole line connects with a nearby Hydro One transmission line. This was the only small hydro project to be approved by the Ministry of Natural Resources for construction before the May 1, 2002 opening of the Ontario power market. Acres & Associated Environmental Limited, with engineering assistance from Acres, successfully guided the project through the new approvals process. Less«
• Nova Scotia Power
  In June 2001 AQFlow installed a 1-bay, 5 path ASFM system at the Deep Brook Plant in Milton, Nova Scotia. Operations training was also provided to Nova Scotia Power Corp. personnel. Detailed ... More»
  In June 2001 AQFlow installed a 1-bay, 5 path ASFM system at the Deep Brook Plant in Milton, Nova Scotia. Operations training was also provided to Nova Scotia Power Corp. personnel. Detailed velocity measurements were taken in the upper region of the intakes in Unit 9 and 10 as well as preliminary index testing. Measurements were made for five different configurations. The data collected by the ASFM consisted of the magnitude and inclination of the laterally-averaged velocity at each of the five elevations in the single bay of the intake. The discharge through the bay was then computed from the velocity measurements. Less«
• Saint-Hyacinthe Mini Hydro
  The St-Hyacinthe Mini-Hydro Project consists of a hydroelectric development located in St-Hyacinthe, on the left bank of the Yamaska River. The new facilities were integrated into the existing Penman ... More»
  The St-Hyacinthe Mini-Hydro Project consists of a hydroelectric development located in St-Hyacinthe, on the left bank of the Yamaska River. The new facilities were integrated into the existing Penman Dam. The powerhouse, designed for a 6-m hydraulic head, is equipped with three S-type Kaplan turbines with inclined axes having an 850 kW capacity each for a total of 2.5 MW. The original mandate included the preliminary study and was expanded to include the final design, preparation of construction drawings and site supervision. Less«
• Ultra Low-Head Turbine Development
  R&D; project, development of an Axial Flow turbine suitable for hydro projects having Net Head less than 3.5m. The design work and laboratory testing is conducted in co-operation with CANMET (Natural ... More»
  R&D; project, development of an Axial Flow turbine suitable for hydro projects having Net Head less than 3.5m. The design work and laboratory testing is conducted in co-operation with CANMET (Natural Resources Canada) and Norcan Hydraulic Turbine Inc. Less«
• Rio Lajas Mini-Hydro Project in Costa Rica
  The Rio Lajas hydroelectric project involves the water retention of the Lajas, Guayabo and Torrito rivers for energy generation. The project comprises three intake structures conveying the water ... More»
  The Rio Lajas hydroelectric project involves the water retention of the Lajas, Guayabo and Torrito rivers for energy generation. The project comprises three intake structures conveying the water towards a reservoir with a capacity for daily water regulation, a 2,200-m long penstock, a powerhouse and a tailrace. The installed plant capacity is 10,65 MW under an average net head of 204 m. In 1997 Constructora SEH International S.A. mandated RSW INTERNATIONAL to provide detailed engineering for the civil works, ventilation and air conditioning systems of the powerhouse as well as technical assistance during construction. Less«
• Galogi Power Station India
  In the district of Dehradun on the Bhatta river, SCP provided mechanical, civil and electrical repairs for the modernization of India's second oldest power station. Their work included a detailed ... More»
  In the district of Dehradun on the Bhatta river, SCP provided mechanical, civil and electrical repairs for the modernization of India's second oldest power station. Their work included a detailed project report, an economical study and cost estimates, a productivity analysis, a feasibility study, an environmental and ecological study, a geotechnical study, and a training program. The work was carried out for the Uttar Pradesh State Electricity Board and financed by CIDA. Less«
• Sobla Power Station - India
  In 1999 SCP completed work on the Sobla Power Station, located in the Pithoragarh district near Dhauliganga river. The Sobla Power Station is a 6Mw capacity powerhouse with intake canal and settling ... More»
  In 1999 SCP completed work on the Sobla Power Station, located in the Pithoragarh district near Dhauliganga river. The Sobla Power Station is a 6Mw capacity powerhouse with intake canal and settling basin. SCP provided automation and configuration of the electronic speed regulators, and trained the personnel for powerhouse control and regulating systems. Less«
• Mellanfallet Project
  Swed Power AB was looking for an innovative field spillway discharge measurement method, and selected the ASFM for testing at its Mellanfallet Dam in August, 1999. Testing went well for small ... More»
  Swed Power AB was looking for an innovative field spillway discharge measurement method, and selected the ASFM for testing at its Mellanfallet Dam in August, 1999. Testing went well for small spillway gate openings, however, for all larger openings, including fully open, the vortexing and air entrainment interfered with the acoustic signal such that meaningful discharge computation was not possible. It is believed that in future testing it will be necessary to move the measurement plane into an area of lower velocities where flow boundary separation, vortexing and air entrainment may be reduced or even eliminated. Plant size was 22MW. Less«
• Esen II Mini-Hydro Project in Turkey
  The Esen II Mini-Hydro Project is located on the Esen River in Turkey and includes a 40-m high dam and a powerhouse equipped with two 27,1 MW Francis turbines. For this project, started in 1999, RSW ... More»
  The Esen II Mini-Hydro Project is located on the Esen River in Turkey and includes a 40-m high dam and a powerhouse equipped with two 27,1 MW Francis turbines. For this project, started in 1999, RSW INTERNATIONAL has provided the feasibility and optimization studies, the review of the detailed engineering as well as the technical assistance during construction. Less«
• South Glens Falls Hydroelectric Project
  Two projects, one on each side of the river, share water flow at a dam on the Hudson River near Glens Falls, New York State. Acres was responsible for all engineering associated with the complete ... More»
  Two projects, one on each side of the river, share water flow at a dam on the Hudson River near Glens Falls, New York State. Acres was responsible for all engineering associated with the complete replacement of an established 4-MW development with a new 14-MW generating station. Work included preliminary engineering; assistance with licensing; specifications; detailed designs; liaison and review during construction; QA/QC shop and site inspections; assistance during start-up and witness of start-up testing. There are two power units, each consisting of a 2.9 Full Kaplan turbine driving an Ideal Electric 7.1 MW generator. Less«

  Solar Thermal Systems

• Alternative Heating Loan Program
  PEI offers a loan program incentive for homeowners to install solar air and water heating systems. Loans of a maximum $5,000 per household are available at a rate of 6% annually. Products must ... More»
  PEI offers a loan program incentive for homeowners to install solar air and water heating systems. Loans of a maximum $5,000 per household are available at a rate of 6% annually. Products must comply with CSA Standards. More information is available at: http://www.gov.pe.ca/envengfor/index.php3?number=1012183⟨=E or wendy@canadiansolartechnologies.ca Less«
• Solar Water Heating Grant Program in Waterloo Region
  The Residential Energy Efficiency Project (REEP) of Waterloo Region (a project of the University of Waterloo) has partnered with Cambridge and North Dumfries Hydro Inc. (CNDHI) to deliver a 2 year ... More»
  The Residential Energy Efficiency Project (REEP) of Waterloo Region (a project of the University of Waterloo) has partnered with Cambridge and North Dumfries Hydro Inc. (CNDHI) to deliver a 2 year grant program for solar water heater installations. CNDHI customers with electric water heaters who install a solar domestic water heating system are eligible for a grant of up to $1500, with 8 grants being offered per year. This program is part of CNDHI's conservation and demand side management program known as EarthWise, which aims to develop a local culture of conservation. Interested consumers can contact REEP at 519-744-9799 for more details regarding the solar water heating system grant. This is a great example of what utilities interested in conserving energy and reducing greenhouse gas emissions can do to support solar. Less«

  Solar Water Heaters

• Arcadia Housing Co-Op Project
  Solarco is currently installing a system of 120 ETC-16 vacuum tube collectors to pre-heat domestic hot water at Toronto’s Arcadia Housing Co-Op. The system is expected to displace the combustion ... More»
  Solarco is currently installing a system of 120 ETC-16 vacuum tube collectors to pre-heat domestic hot water at Toronto’s Arcadia Housing Co-Op. The system is expected to displace the combustion of 15,000 m3 of natural gas per year, preventing the release of 33 tons of greenhouse gasses per year, while saving the Co-Op money on its gas bill. The unique Solarco vacuum tube collector provides more energy during wintertime than conventional flat plate collectors because of the insulating properties of the vacuum. 90 of the collectors will be mounted on a customized racking system integrated into the 7th floor balconies. Collectors will form an awning over these balconies, providing a passive cooling effect in the summer for units without air-conditioning. Less«
• Best Western Inn Solar Water Heating Project
  The "Best Western Inn" in Kelowna, B.C. is now using solar energy to heat up the hot water for its 147 rooms, the two hot tubs and the 90,000 litre swimming pool. The 102 solar panels and heat ... More»
  The "Best Western Inn" in Kelowna, B.C. is now using solar energy to heat up the hot water for its 147 rooms, the two hot tubs and the 90,000 litre swimming pool. The 102 solar panels and heat recovery system, installed by Swiss Solar Tech provide enough heat to cover even 95% of hot water in Summer and 70% hot water in Winter. In addition to the solar technology, the system will also use wasted heat from the hotel's air conditioner to help heat the water in Summer. It is believed the installation of the panels and holding tanks will make it one of the largest solar thermal installation in Canada. The solar panels, manufactured in Switzerland, are known as the most effective panels when it comes to solar water heating. Less«
• Howard Johnson Solar Hot Water System
  Howard Johnson Kingston is proud to be leading the way in renewable energy in the Kingston area by installing a brand new 20 panel solar hot water system. Quantum Renewable Energy in partnership with ... More»
  Howard Johnson Kingston is proud to be leading the way in renewable energy in the Kingston area by installing a brand new 20 panel solar hot water system. Quantum Renewable Energy in partnership with EnerWorks will be installing the system at the downtown conference location in August – September 2005. This system will prevent the creation 19.44 tonnes of greenhouse gases each year. In addition to doing their part to reduce greenhouse gas emissions, Howard Johnson Kingston will save $4650 each year in water heating costs. Less«
• Solar Beaches Laundromat
  When Alex Winch purchased the building in 2002, an oil-fired boiler dating from the construction of the building heated the water for the heating radiators. A 6.0 kW electric water heater provided ... More»
  When Alex Winch purchased the building in 2002, an oil-fired boiler dating from the construction of the building heated the water for the heating radiators. A 6.0 kW electric water heater provided hot water for the second-floor apartment above the laundromat. A 460,000 BTU/hour commercial boiler using natural gas heated the water for the laundromat. Working with engineering staff at Solcan Ltd, plans were made to integrated all three systems with a solar heating system. First, the oil-fired boiler was replaced with a heat exchanger drawing energy from the natural gas boiler. The chimney space was used as conduit for the solar heating fluid pipes from the roof to the mechanical room. Next the electric water heat was removed and the hot water supply of the apartment was connected to the hot water storage tank supplied by the solar storage tank supplemented by the natural gas-fired boiler.. Solcan solar hot water collectors were installed on the roof and the pump, gauges and controls were installed in the mechanical room in the basement. The solar collectors use a mixture of propylene glycol and water to eliminate the concerns of fluid freezing and a heat exchanger to heat the water used in the building. The solar system is expected to pay back its investment in less than ten years if energy prices remain stable, but it will achieve a faster payback as energy prices rise. Less«
• Sunoco Car Wash
  Solar energy is a perfect solution for pre-heating hot water used in car washes. Car washes experience their greatest demand during the sunny portion of the day. This is typically between 11am and ... More»
  Solar energy is a perfect solution for pre-heating hot water used in car washes. Car washes experience their greatest demand during the sunny portion of the day. This is typically between 11am and 5pm when the maximum energy from the sun is available. By closely matching hot water demand with energy from the sun, energy and economic efficiencies can be obtained. The Sunoco Car Wash located on McCowan Road in Markham now pre-heats its water using forty unglazed solar collectors - each one 120" x 50". The unglazed solar panels are similar to those used to heat residential pools. Unglazed collectors are basically plastic mats with no cover and no insulated back. They offer higher efficiency in warm calm conditions. A racking system tilts the collectors to maximize the heat collected. The unglazed panels make it necessary to use a low operating pressure in the collector loop. The savings will be substantial, and even though Sunoco expects to reach a financial breakeven point in approximately 10 years (without use of government assistance), economic reasons are not the only motivation of the stakeholders. Car washes using conventional boilers fired by natural gas, generate greenhouse gas (GHG) emissions, particularly carbon dioxide. By supplementing an existing water heating system with solar technology less natural gas is required and therefore the amount of CO2 released into the atmosphere is reduced. The solar car wash will save an estimated 16,000 cubic metres of natural gas and reduce carbon dioxide emissions by 30 tonnes each year at the Sunoco service centre. The solar design used by Sunoco in Markham can easily be replicated to car washes across North America. Date of installation: 2002 Less«

  Strategy and Clean Energy Consultants

• Dolphin Energy Project, Environmental Impact Assessment, Midstream Facilities - Qatar
  The project is the largest gas development project currently underway in the Middle East, and will process natural gas and gas liquids extracted from fields located in the Persian Gulf. The facility ... More»
  The project is the largest gas development project currently underway in the Middle East, and will process natural gas and gas liquids extracted from fields located in the Persian Gulf. The facility will have a capacity to process approximately 1x109 ft3/day of sour gas. The environmental impact assessment examined the interaction of the facility with the surrounding desert environment, and the adjacent coastal zone. The presence of a number of sensitive native and migrating faunal species added to the complexity of the project, particularly in consideration of the environmental sensitivity concerning the handling and management of acid gas and sulphur emissions. This project is unique as it is one of the first regional environmental assessments where project infrastructure crossed international boundaries and jurisdictions. The construction phase of the project is scheduled to be finalized by August 2006. Less«
• Syria Alternate Vehicle Technology Program
  Syria, in a step towards meeting Kyoto commitments, agreed to a GEF project of the World Bank to use alternate fuel vehicles. The purpose of the project was to reduce the growing air pollution ... More»
  Syria, in a step towards meeting Kyoto commitments, agreed to a GEF project of the World Bank to use alternate fuel vehicles. The purpose of the project was to reduce the growing air pollution problems while taking action to meet the greenhouse gas emission reduction commitments. A senior expert from Jacques Whitford in vehicle emissions and air quality was retained by the Bank to participate in the Appraisal Mission and to finalize the project design. The design included provision of natural gas conversion kits, new natural gas fuelled buses, technical training for stakeholder organizations, and extensive performance measures to demonstrate the project benefits. Project Completed 1998 Less«
• Canada – Argentina Capacity Building Initiative (CACBI), Canadian International Development Agency
  CACBI is a $2 million project focused on increasing Argentina’s capacity to attract and participate in high quality appropriate CDM projects through providing technical assistance, training and ... More»
  CACBI is a $2 million project focused on increasing Argentina’s capacity to attract and participate in high quality appropriate CDM projects through providing technical assistance, training and facilitating stakeholder engagement. The project works with the Argentine government to create the tools and processes necessary to design, attract, process and support CDM projects as well as engage key industry and NGO stakeholders to prepare them for future CDM activities. CACBI is also implementing a rural electrification demonstration project as a means of enhancing the capacity for gathering baselines, creating projects, verifying and certifying emissions. Delphi is currently working with its partners to identify CDM opportunities in Latin America (biomass, solar, eco-efficiency in the oil and gas sector, landfill gas management). An example of a project currently being developed is a Landfill Gas Capture and Utilization project in Argentina in which Delphi is acting as the strategic advisor on all related climate change and GHG reduction credits issues. Less«
• CDM Project Opportunities in Argentina: A Market Study for Canadian Companies
  Identified the market for Clean Development Mechanism (CDM) projects in Argentina for Canadian companies and Canadian expertise. Conducted key market intelligence about specific sectors of the ... More»
  Identified the market for Clean Development Mechanism (CDM) projects in Argentina for Canadian companies and Canadian expertise. Conducted key market intelligence about specific sectors of the Argentine economy and sectors that emit large amounts of greenhouse gas emissions. Included definitions and a profile of the CDM market, including potential opportunities. Finally, outlined Argentina ’s policies on CDM, project experience and capacity. Less«
• A National Climate Change Model, Environment Canada & Natural Resources Canada
  Delphi developed a scenario modelling framework to analyze the economic impact of climate change, and associated international conventions and impacts on Canada's economy and environment. This ... More»
  Delphi developed a scenario modelling framework to analyze the economic impact of climate change, and associated international conventions and impacts on Canada's economy and environment. This involved development of a unique, long term (i.e. 2-50 years) scenario model capable of integrating economic and environmental trend data, and quantifying outcomes in financial terms. It outlines the national (or macro) factors that should be considered in the equation, and developed a logical means of drawing a relationship between these factors. The study adopted a balanced approach to analyzing Canada’s position and vulnerabilities vis a vis climate change, and sought to integrate the range of economic and environmental conditions that are related to climate change. The model assisted Canada to further develop its national strategies regarding its positions at international climate change events (eg: COPs); provided arguments for differentiated burden sharing between and among countries with respect to climate change emission reductions; and addressed issues of economic and environmental adaptation which will arise under various scenarios. The result was a set of strategic options open to Canada; specific national economic and environmental risks and vulnerabilities, proposed negotiating strategies and described domestic policy opportunities that Canada could utilize during the Kyoto Round and beyond. Less«
• An Action Plan to Make PV an Integral Component of Canada's Energy Future
  The Delphi Group undertook an exhaustive market assessment, for Industry Canada, including consultation with with over 40 key experts and stakeholders to produce a strategic document that summarized ... More»
  The Delphi Group undertook an exhaustive market assessment, for Industry Canada, including consultation with with over 40 key experts and stakeholders to produce a strategic document that summarized existing and emerging markets for distributed generation and more specifically, on-grid PV in Canada and abroad; identified and analyzed the challenges that face the PV industry in Canada and how they can be effectively addressed; and, developed specific measures (policies, programs, etc.) and partnerships that are critical to stimulating the Canadian market for PV (and clean energy) and enhancing the capacity of Canadian PV suppliers to deploy their solutions competitively into the global marketplace. Less«
• Assessment of Emissions from the NB Power Corporation Vehicle Fleet
  This project involved a Comprehensive Assessment of Emissions from a Large Vehicle Fleet and Identification of Emission Reduction Options. The emissions of conventional and greenhouse gases from ... More»
  This project involved a Comprehensive Assessment of Emissions from a Large Vehicle Fleet and Identification of Emission Reduction Options. The emissions of conventional and greenhouse gases from the vehicle fleet were first estimated using available data supplied by NB Power. Data on the vehicle fleet composition and vehicle kilometres travelled for each vehicle class were used to calculate the total fuel consumption by fuel type for the vehicle fleet using commercially-available fuel economy data. The resulting fuel consumption data was used to estimate the emissions of conventional gases such as non-methane hydrocarbons (NMHC), carbon monoxide (CO), nitrogen oxides (NOx), and greenhouse gases including carbon dioxide (CO2), methane (CH4), and nitrous oxide (N2O) for the vehicle fleet. The various commercially-available and emerging emission reduction alternatives were then identified which, if implemented in the vehicle fleet, could reduce operating and maintenance costs, increase fuel efficiency, and reduce fleet emissions. The emission reduction alternatives reviewed included the improvement of existing vehicle fleet management practices, the implementation of commercially-available emission control technologies, and the use of emerging alternative fuels and alternative vehicles. Finally, the emission reduction alternatives were evaluated qualitatively and quantitatively to determine the most promising options for further evaluation. From these evaluations, a cost-benefit analysis of the most promising emission reduction alternatives was conducted to determine the relative costs and benefits of each emission reduction alternative. The emission reduction potential of implementing the most promising emission reduction alternatives was estimated. The implementation of these most promising emission reduction alternatives into the vehicle fleet were found to potentially result in important reductions in overall emissions from the vehicle fleet. Less«
• Identification of Potential Landfill Sites for Additional Gas Recovery and Utilization in Canada
  Delphi identified potential revenue streams to enhance the economic viability of landfill gas recovery at landfill sites. Opportunities investigated include: direct-to-buyer sales through wheeling ... More»
  Delphi identified potential revenue streams to enhance the economic viability of landfill gas recovery at landfill sites. Opportunities investigated include: direct-to-buyer sales through wheeling (transmission) charges; sales contracts with generators and wholesalers; green power premiums; carbon offset credits; as well as methane gas utilization. Included in the report was a comprehensive study of current and near-future regulations, policies and opportunities, by province, particularly as electricity markets deregulate. The results of the study will be used to identify particular landfill sites and conditions at which landfill gas recovery and electricity generation may be economically viable. Less«
• Impact of Renewable Energy Projects
  Marbek was retained to assess the economic and environmental impact of projects sponsored under REDI. This included an assessment of air emission reductions, energy savings, cost per tonne of GHG ... More»
  Marbek was retained to assess the economic and environmental impact of projects sponsored under REDI. This included an assessment of air emission reductions, energy savings, cost per tonne of GHG reduced, and net present value for all projects. Less«
• Market Assessment of Ontario's Renewable Industry, Ontario Ministry of Energy, Science & Technology
  An exhaustive economic and market assessment of the renewable energy markets was conducted through research, consultation and economic modeling. Activities included estimating the current and ... More»
  An exhaustive economic and market assessment of the renewable energy markets was conducted through research, consultation and economic modeling. Activities included estimating the current and potential supply of renewables in Ontario and the potential for contributing to GHG reductions; working with the Ministry to identify key barriers that prevent enhancing or optimizing renewable energy contributions to GHG reduction; estimating the minimum installed capacity to create a sustainable industry for the major emerging renewable technologies; identifying the possible market opportunities, related jobs and environmental benefits for Ontario; and developing measures that will most effectively support renewable energy industry and help Ontario meet its GHG emissions reduction objectives. Less«
• Ongoing Strategic Advisory Services for Developing and Implementing Targeted Climate Change Measures
  Delphi has worked with Indian and Northern Affairs Canada (INAC) since 2001 to assist the department in the identification of opportunities for climate change targeted activities that would promote ... More»
  Delphi has worked with Indian and Northern Affairs Canada (INAC) since 2001 to assist the department in the identification of opportunities for climate change targeted activities that would promote both GHG emissions reduction and departmental objectives. Through research, executive and operation level interviews and high-level analysis, Delphi first provided an assessment of how existing and innovative new programming could be designed to contribute to these twin goals in the areas of voluntary initiatives, regulations, policy and approvals, financial subsidies, economic instruments, trading mechanisms and conditions, program/institutional support, product and procurement standards, and tax incentives. Delphi is now planning and advising on the implementation of these activities and capacity building programs. This work includes detailed planning, communications work, developing partnership arrangements with various industries to leverage additional funding, and on-going monitoring and reporting of GHG offsets achieved through the plan. Less«
• CDM Project Development in China, China National Petroleum Commission (CNPC) and PetroChina
  The Delphi Group was responsible for a series of activities including: - developing and delivering a three day in-depth training session on CDM that focused on the CDM Project Cycle including how to ... More»
  The Delphi Group was responsible for a series of activities including: - developing and delivering a three day in-depth training session on CDM that focused on the CDM Project Cycle including how to develop CDM projects, gain Host Country Approval, establish project baselines, undertake verification and certification and how to attract financing; - assisting Chinese Project Proponents from CNCP and PetroChina assess six different potential CDM projects that reduced GHGs by enhancing the efficiency of owned refineries, captured fugitive emissions of CH4 in drilling, transportation and processing operations, and sequestered waste CO2 streams to enhance oil recovery; and - prioritizing the potential projects for feasibilities assessments. Less«
• Climate Change Advisor for the Asia Branch of the Canadian International Development Agency
  The Delphi Group worked under retainer with the Asia Branch at CIDA as their Climate Change Specialist to provide strategic advice for maximizing Canada Climate Change Development Fund (CCCDF) ... More»
  The Delphi Group worked under retainer with the Asia Branch at CIDA as their Climate Change Specialist to provide strategic advice for maximizing Canada Climate Change Development Fund (CCCDF) investments in Asia. Responsibilities included carrying out a number of activities, including technical advice, assistance in prioritizing proposal submissions, and participation on missions to China, India and Pakistan for the Branch to enhance CDM demonstration projects and maximize Canada’s potential to earn Carbon Emission Credits (CERs) in the future. Delphi also was responsible for designing and developing the framework for the $5 million Canada-China Cooperation in Climate Change (C5) project under this portfolio. Less«
• A Canadian Business Guide to Small Power Opportunities in India, Canada-India Business Council
  An exhaustive market survey and analysis of small power markets in India including: solar, wind, biomass, wave, micro-hydro and co-generation. The study covered market dynamics and trends, and ... More»
  An exhaustive market survey and analysis of small power markets in India including: solar, wind, biomass, wave, micro-hydro and co-generation. The study covered market dynamics and trends, and quantified demand. It also identified specific market opportunities for Canadian energy companies and proposed general and targeted business strategies to leverage new business. Less«
• Environment and Clean Energy Venture Capital Fund Development, United Nations Development Program
  Completed a two year research and business planning assignment for the New York-based United Nations Development Programme to create an environment and clean energy venture capital fund in India. ... More»
  Completed a two year research and business planning assignment for the New York-based United Nations Development Programme to create an environment and clean energy venture capital fund in India. The project required a detailed analysis of India's environment and energy markets. The fund concept, which was designed to capitalize joint ventures between Indian and Canadian technology SMEs, is currently being implemented by an India-based venture capital firm. Less«
• North Korea Wind Energy Project
  This project identified and prepared a Global Environment Facility (GEF) project in order to assist the small wind energy sector on the road to full scale commercialization by assisting WECS ... More»
  This project identified and prepared a Global Environment Facility (GEF) project in order to assist the small wind energy sector on the road to full scale commercialization by assisting WECS manufacturers and targeting the rural sector market. The project has three objectives: Strengthen national capacity to identify, plan and evaluate wind power project potential; Improve the in-country capacity to manufacture, install and service cost-effective small wind systems; and Strengthen national capacity to promote small wind systems in the rural market. Less«
• Taking Action on Climate Change in Mexico
  The Delphi Group executed and chaired the Canada-Mexico Forum on climate change, to provide networking opportunities between Canadian and Mexicans. The purpose of the Forum was to promote Canadian ... More»
  The Delphi Group executed and chaired the Canada-Mexico Forum on climate change, to provide networking opportunities between Canadian and Mexicans. The purpose of the Forum was to promote Canadian climate change expertise, increase linkages and trade between Canada and Mexico , and identify potential CDM projects for Canadian companies. Less«

  Wind Energy

• Island of Luing, Scotland
  The remote location of these two turbines on the western Scottish Isle of Luing made installation challenging but worth the effort. The turbines have produced over 500,000kwh’s of electricity since ... More»
  The remote location of these two turbines on the western Scottish Isle of Luing made installation challenging but worth the effort. The turbines have produced over 500,000kwh’s of electricity since their installation. Turbine one was installed in 2002 and the second was added in 2004. Less«
• Renewable Energy Hybrid Power in Ocho Rios, Jamaica
  Acres is advising a group of resorts in Jamaica on the possibility of meeting their complete needs for electrical power from renewable resources—a combination of wind, solar and methane power. The ... More»
  Acres is advising a group of resorts in Jamaica on the possibility of meeting their complete needs for electrical power from renewable resources—a combination of wind, solar and methane power. The project, on behalf of the Canadian International Development Agency, is a feasibility study for three popular Sandals Resorts International locations in the Ocho Rios region. The study will establish the technical, commercial and financial viability for a single high-visibility plant that will eliminate dependence on imported fossil fuels. The plant under consideration will be purpose-designed to exploit the renewable energy resources at the site while satisfying the daily demand of approximately 32,000 kWh. It will demonstrate the potential of a high-tech, standalone, hybrid energy facility, and will become an important transfer point for understanding of design, construction and operation of similar systems. Less«
• Renewable Energy Hybrid Power Plants for Isolated Village Power - Bangladesh
  In cooperation with the Canadian International Development Agency, Acres is investigating the possibility of setting up small-scale hybrid energy generating plants for small communities in Bangladesh ... More»
  In cooperation with the Canadian International Development Agency, Acres is investigating the possibility of setting up small-scale hybrid energy generating plants for small communities in Bangladesh which are not served by the supply grid. The resources available will include wind, solar and biomass energy, with stored propane or CNG as a fall-back to ensure continuity of supply. The plants under study will bring the advantages of reliable, affordable electricity supply to remote locations, providing power for cottage industries, which in turn will provide ongoing funding for the project. These industries could include ice plants to enable marketing of perishable foodstuffs, and sewing machines for garment making. In addition, each plant will provide a focal point for transfer of technology to the community it serves, and will remove dependence on fossil fuels and on the expense of batteries used in standalone solar systems. Less«
• 50 MW Combustion Turbine Generator at the Charlottetown Plant
  Maritime Electric is installing a new $35 million generator at the Charlottetown Generating Station. The new unit will be used to provide capacity for energy purchases from off-Island sources and as ... More»
  Maritime Electric is installing a new $35 million generator at the Charlottetown Generating Station. The new unit will be used to provide capacity for energy purchases from off-Island sources and as a backup for the submarine cables. A General Electric LM6000 combustion turbine fired on diesel fuel will be installed that can achieve up to 50,000,000 watts of output during operation. This is enough power to supply almost one quarter of the peak electrical demand on PEI. The LM6000 will be put into operation in November of this year. Less«
• Big Island Wind Farm
  The Big Island Wind Farm, located at the south end of Lake of the Woods at the conjunction of the Ontario, Manitoba and Minnesota borders, is a proposed 450 MW joint venture with the Big Island First ... More»
  The Big Island Wind Farm, located at the south end of Lake of the Woods at the conjunction of the Ontario, Manitoba and Minnesota borders, is a proposed 450 MW joint venture with the Big Island First Nation. GFE commenced a wind monitoring program in December, 2004 and expects to commence full feasibility studies, including environmental and grid impact assessments, in the spring of 2005. Less«
• Canso Wind Farm Project
  The Wind Farm will be built in and around the Town of Canso, Nova Scotia, on both public and privately-owned lands. The wind turbine generators will be large, state-of-the-art towers, with a hub ... More»
  The Wind Farm will be built in and around the Town of Canso, Nova Scotia, on both public and privately-owned lands. The wind turbine generators will be large, state-of-the-art towers, with a hub height of 65 metres, and a rotor sweep of 5,000 square metres, turning slowly, at an average of 15 rpm. Barrington currently has a 50-metre wind test tower in Canso, equipped with multiple sensors and an electronic data-logger with remote access capabilities. The spacing between turbine towers will be generous, to allow for clear wind-flow in the area, and to minimize their apparent size as well as the ambient noise factor. Placement is also well away from built-up residential areas. A detailed System Impact Study was performed by Nova Scotia Power Inc. and Barrington’s electrical engineers; to determine the effects upon, derived benefits for, and limits of, their electrical transmission line from Canso to Antigonish and interconnection to NSPI’s overall grid. As a result, Barrington will build a 15 Megawatt wind farm, consisting of 8 to 10 wind turbine generators. The project capital cost is estimated at $34 million, including the purchase of the wind turbine generators. Less«
• Centennial Wind Power Project
  SaskPower International’s wind power project, located 25 kilometres SE of Swift Current, will provide an additional 150 megawatts (MW) of wind power to Saskatchewan – that’s enough to power 64,000 ... More»
  SaskPower International’s wind power project, located 25 kilometres SE of Swift Current, will provide an additional 150 megawatts (MW) of wind power to Saskatchewan – that’s enough to power 64,000 homes. When the wind turbine installation is complete in December 2005, Saskatchewan’s wind power generation capacity will have increased from 22 MW to 172 MW. In addition to providing an environmentally friendly, made-in-Saskatchewan solution to address climate change, the Centennial Wind Power Project helps fulfill SaskPower’s mandate to meet customer needs for electricity. Less«
• Erie Shores Wind Farm - Onshore Development
  The Erie Shore Wind Farm is one of the most advanced wind power development projects in Ontario. AIM has secured the wind power development rights to over 13,000 acres in Houghton, Bayham and ... More»
  The Erie Shore Wind Farm is one of the most advanced wind power development projects in Ontario. AIM has secured the wind power development rights to over 13,000 acres in Houghton, Bayham and Malahide Townships along a 29 kilometer stretch of shoreline on the north shore of Lake Erie. This is more than enough land for the proposed 100 MW wind power facility with the additional acres allowing for future expansion of the wind farm as demand warrants. Engineering, environmental assessment, wind resource measurement and other planning work is well underway for the Erie Shores Wind Farm. It is anticipated that this project could be commissioned by the fourth quarter of 2005. Less«
• Inverter Development Project
  With Canada's limited research funds, development work must be targeted to niche areas where Canadian companies can be competitive. One such area is power electronics. Recent advances in the power ... More»
  With Canada's limited research funds, development work must be targeted to niche areas where Canadian companies can be competitive. One such area is power electronics. Recent advances in the power electronics industry are revolutionizing variable speed drives and related technologies, including variable speed wind turbines. The Lagerwey wind turbine is a variable speed turbine that uses a six-pulse inverter that may be problematic in high penetration wind-diesel applications. In an attempt to increase Canadian content of the turbine and to develop a more optimum inverter configuration for remote community applications, AWTS is collecting with Novelek Technologies of Fredericton, NB, to build a state of the art IGBT-based inverter and with Dutch Industries Ltd. of Regina, Saskatchewan to develop a Canadian control system to integrate the operation and control of the inverter and wind turbine. Prior to embarking on the inverter development, AWTS conducted a study, using several experts in the technology, to determine what development option would be optimum. The study recommended the development of a state of the art inverter that would develop Canadian technology for this application and retain, for NRCan, full intellectual property rights to the technology. Less«
• Kingsbridge Wind Power Project
  EPCOR will expand Canada's wind power capacity with a new wind farm built near the shore of Lake Huron. EPCOR's Kingsbridge Wind Power Project, a 40 MW wind-farm, will be situated within the ... More»
  EPCOR will expand Canada's wind power capacity with a new wind farm built near the shore of Lake Huron. EPCOR's Kingsbridge Wind Power Project, a 40 MW wind-farm, will be situated within the Township of Ashfield Colborne Wawanosh, near the community of Goderich, ON. EPCOR Power Development Corp. will begin construction of the project in early 2005, pending final regulatory approval. The Kingsbridge Wind Power Project will contribute approximately 109,000 MWH (megawatt hours) of renewable power annually. Less«
• Knob Hill Wind Farm Proposal
  The Knob Hill project is a proposed wind farm that will consist of 150 wind turbines with a total installed generation capacity of 450 megawatts. It is located approximately 35 kilometers to the west ... More»
  The Knob Hill project is a proposed wind farm that will consist of 150 wind turbines with a total installed generation capacity of 450 megawatts. It is located approximately 35 kilometers to the west of Port Hardy, on the northern tip of Vancouver Island. This site has the best wind energy potential in the world and is the most economically attractive wind energy site in BC. Knob Hill was the first project to be approved by the Environmental Assessment Office of British Columbia. Construction is currently dependant on a power purchase agreement. Less«
• Le Nordais Wind Farm
  With the development of Le Nordais wind farm, AXOR became the Canadian leader in wind energy, the fastest-growing form of energy in the world. A standard for the entire wind industry, Le Nordais, ... More»
  With the development of Le Nordais wind farm, AXOR became the Canadian leader in wind energy, the fastest-growing form of energy in the world. A standard for the entire wind industry, Le Nordais, with its 133 wind turbines and installed capacity of 100 MW, is by far the largest wind farm in Canada, and one of the biggest in the world. The energy generated by this facility, located in Quebec's magnificent Gaspé region, is sold to Hydro-Québec. Less«
• Listiguj Project
  The Listiguj Project is a partnership created with the Mig’ Maq First Nation and Genivar Inc. to develop a 200 MW wind park situated in The Gaspesie Region of Quebec. The project is ideally ... More»
  The Listiguj Project is a partnership created with the Mig’ Maq First Nation and Genivar Inc. to develop a 200 MW wind park situated in The Gaspesie Region of Quebec. The project is ideally positioned for proximity to Hydro’s transmission system and it is positioned on land with exceptional winds. Less«
• Mt. Baldy Wind Farm
  The Mt. Baldy Wind Farm is a proposed 75 MW facility located in and around Mt. Baldy Ski Hill, about 20 km east of Thunder Bay. GFE commenced a wind monitoring program in early October, 2004 and ... More»
  The Mt. Baldy Wind Farm is a proposed 75 MW facility located in and around Mt. Baldy Ski Hill, about 20 km east of Thunder Bay. GFE commenced a wind monitoring program in early October, 2004 and expects to commence full feasibility studies, including environmental and grid impact assessments, in the spring of 2005. Less«
• Nai Kun Wind Farm Project
  Uniterre is currently engaged in the Nai Kun Wind Farm Project. The Nai Kun Wind Farm is a 700MW wind power project proposed for the Hecate Strait between Haida Gwaii and Prince Rupert off the coast ... More»
  Uniterre is currently engaged in the Nai Kun Wind Farm Project. The Nai Kun Wind Farm is a 700MW wind power project proposed for the Hecate Strait between Haida Gwaii and Prince Rupert off the coast of British Columbia, Canada. When fully operational, up to 350 wind turbines will generate enough electricity to power 240,000 homes. Expected to begin construction in 2007, the project is currently raising development financing and undergoing environmental review. www.uniterre.ca & www.naikun.ca Less«
• Riviere du Loup Wind Project
  This exciting 200 MW project is the largest wind park ever undertaken in Canada and it is one of the largest single wind park developments in North America. To put the size of this venture into ... More»
  This exciting 200 MW project is the largest wind park ever undertaken in Canada and it is one of the largest single wind park developments in North America. To put the size of this venture into perspective, Canada’s total current capacity (as of November 2004) for wind energy is only 439 MW in total. This project is located near the community of Riviere du Loup, Quebec and close to the municipalities of Kamouraska and Temiscouata on the Southern shore of the St. Lawrence River. This area boasts excellent wind resources and is closely situated to key transmission lines. Less«
• Southern Alberta Wind Project
  Greenwind Power Corp. has entered into a Joint Venture with Wind Power Inc. of Pincher Creek, Alberta to develop and operate a nominal 25MW wind farm located in Southern Alberta. With over 20 years ... More»
  Greenwind Power Corp. has entered into a Joint Venture with Wind Power Inc. of Pincher Creek, Alberta to develop and operate a nominal 25MW wind farm located in Southern Alberta. With over 20 years experience, Wind Power Inc. is known as a pioneer in the wind energy industry in Southern Alberta, and is noted as the developer of the first large wind farm in Canada. The proposed wind farm will generate enough energy for approximately 8,000 average households, and displace nearly 75,000 tonnes of CO2 generated through traditional coal generated electricity. The wind farm will consist of 12 - 14 ENERCON 2.0 megawatt model E66 wind turbines. Less«
• The Goodwins Island Wind Farm
  Schneider Power is currently developing a small-scale low-impact wind farm to be located on Goodwins Island near Lower Woods Harbour in the Municipal District of Barrington. The total area of the ... More»
  Schneider Power is currently developing a small-scale low-impact wind farm to be located on Goodwins Island near Lower Woods Harbour in the Municipal District of Barrington. The total area of the wind farm is approximately 200 acres and the plan sees for the construction of 5 low-impact wind turbines with a unit generating capacity of each turbine in the range of 4.5 MW. The total generation capacity will be in the range of 22.5 MW. With this project we intend to help meet Nova Scotia?s electricity needs while having zero emissions of smog and greenhouse gases. The area has a strong wind resource due to exposure to the unobstructed southern winds off the Gulf of Maine in the Atlantic Ocean. Our further goals are to help boost local electricity production whilst maintaining the beauty of the coastal lands that will remain untouched. Schneider Power is a leader in environmentally friendly building practices and we are committed to building the wind farm in co-operation with the local municipality and residents, to create a showcase wind farm that is a leader and a model for future developments in Nova Scotia. In Service September 2006 Less«
• The Providence Bay/Spring Bay Wind Farm
  Schneider Power is currently developing a low-impact wind farm to be located between Providence Bay & Spring Bay along Highway 542 on Manitoulin Island. The total area of the wind farm is ... More»
  Schneider Power is currently developing a low-impact wind farm to be located between Providence Bay & Spring Bay along Highway 542 on Manitoulin Island. The total area of the wind farm is approximately 400 acres and the plan sees for the construction of 10 wind turbines with a unit generating capacity of each turbine in the range of 1.5 MW. The total generation capacity will be in the range of 15 MW. With this project we intend to help meet Ontario?s electricity needs while having zero emissions of smog and greenhouse gases. The area has a strong wind resource due to exposure to south-west winds coming off Lake Huron. Our further goals are to help boost local economic development whilst maintaining the agricultural lands that will continue to be farmed. Schneider Power is a leader in environmentally friendly building practices and we are committed to building the wind farm in co-operation with the local municipality and residents, to create a showcase wind farm that is a leader and a model for future developments in Ontario. The wind farm will also feature a public information centre that will feature information and learning materials on renewable energy, wind farm operations, and energy conservation. Less«
• Wolfe Island Wind Power Project
  The Wolfe Island wind power project is a joint venture for SkyPower with Citizens Energy Corporation of Boston, SkyCitizens Wind Corp, and GAIA Power Inc. of Kingston. The Wolfe Island project ... More»
  The Wolfe Island wind power project is a joint venture for SkyPower with Citizens Energy Corporation of Boston, SkyCitizens Wind Corp, and GAIA Power Inc. of Kingston. The Wolfe Island project consists of two developments, a 100mW (Trade Winds South) and 36MW (Trade Winds North) wind farms. Wolfe Island is situated just outside of Kingston, Ontario and has some of the most consistent wind in Canada. The area played host to the sailing competition during the 1976 Montreal Olympic Games and the area’s proximity to the US border makes the region very strategic. The locale also boasts excellent road infrastructure, access to a water port, and rail lines. Less«
• Agreement to Jointly Develop Vertical Axis Turbines for China
  Sustainable Energy Technologies Ltd. has agreed to collaborate with a Chinese group to advance the development and commercialization of Darrieus type wind turbines for use in China and other markets ... More»
  Sustainable Energy Technologies Ltd. has agreed to collaborate with a Chinese group to advance the development and commercialization of Darrieus type wind turbines for use in China and other markets around the world. Under a memorandum of understanding signed on behalf of the China Renewable Energy Technologies Delegation, Sustainable Energy will license its technology and know how, and will collaborate with the Chinese, in advancing vertical axis wind turbine technology, beginning with the construction and testing of a commercial prototype of Sustainable Energy's 250kW turbine - the "Chinook 250" - at a test site in Southern Alberta. Less«
• Zhejiang Province Wind Project
  Greenwind Power Corp. has entered into a Joint Venture Agreement with China Link Industries Group Inc. of Shanghai, China to develop and operate an initial 50 MW wind farm located on Daishan Island ... More»
  Greenwind Power Corp. has entered into a Joint Venture Agreement with China Link Industries Group Inc. of Shanghai, China to develop and operate an initial 50 MW wind farm located on Daishan Island in the Zhejiang Province of China. The Company is currently working towards finalizing project details. Less«
• Sagar Island, India
  A remote location, installation was challenging as no heavy machinery was available. The wind turbines will work as part of a high penetration no storage wind/diesel hybrid system which will allow ... More»
  A remote location, installation was challenging as no heavy machinery was available. The wind turbines will work as part of a high penetration no storage wind/diesel hybrid system which will allow more villages on the island to have access to electricity and improve the quality of life of the villagers. Less«
• St. Johns, Arizona - Wind Project
  ºThe project area – “Eastern Arizona Wind Energy Center” – is located 200 miles northeast of Phoenix, Arizona; construction is expected to begin in September 2005, with output expected by the end of ... More»
  ºThe project area – “Eastern Arizona Wind Energy Center” – is located 200 miles northeast of Phoenix, Arizona; construction is expected to begin in September 2005, with output expected by the end of 2005. º15 MW power purchase agreement has been signed (May 3rd, 2004) with the Arizona Public Service (APS) – the first ever wind power PPA in the state. APS is the largest utility in Arizona, with over 900,000 customers, and is a subsidiary of Pinnacle West Corp. (Trading on the NY Stock Exchange under symbol “PNW”). ºProject financing is currently in the works; project will generate net revenue of US $2.8 million per year for ten years. ºWND is the only owner of “wind energy land” in the State of Arizona, with over 65,000 acres of resource. ºWND has strong business relationships with Arizona Public Service (APS), the Salt River Project, and Arizona Power Authority (APA), the state’s power regulator. ºThe St. John’s site was identified as a potentially world class wind site, by WND experts who have experience with the Tehachapi Pass development. ºThe Company has an application pending for a further 5,000 acres of Arizona state land on the remaining mesa, which would enable an additional 75 MW of capacity, for a total of 90 MW. Less«