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Dessau acquires JEGEL, 12/11/2008
Dessau announced its expansion into Toronto through the acquisition of John Emery Geotechnical Engineering Limited (JEGEL), a Toronto-based geotechnical engineering firm.
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International projects - ASIA

China 

 

Electric power research institutes, phase II, China - The mandate of Dessau is to monitor the implementation of the Electric Power Research project, phase II.  Phase II is a continuation of Phase I, which is to improve the capability of the Ministry of Electric Power (MEP) to carry out its research and development, to enable the MEP to apply state-of-the art technology to planning, development, operation, environment and management, in addition to assisting the MEP in rationalizing and optimizing its facilities. The project includes the provision of professional Canadian personnel to deliver advisory and operations assistance to selected research institutes of the Ministry of Electric Power, to implement training programs for Chinese personnel and provide the support material and specialized equipment that may be required. (August 1993 to December1997)

 

Accroître l'efficacité énergétique des immeubles - L’économie de la Chine prévoyait connaître une croissance rapide pendant les années 1990, entraînant un accroissement de la consommation d’énergie et la consommation d’énergie et la dégradation de l’environnement.  Il était donc d'une importance cruciale d’y améliorer l’efficacité énergétique afin de diminuer le besoin de nouvelles centrales énergétiques très polluantes.  Ce projet avait pour but d'aider le ministère chinois de la Construction à élaborer des normes d’efficacité énergétique visant les immeubles, d’après la technologie canadienne.  On souhaitait ainsi améliorer la qualité de l’air et réduire la consommation d’électricité en assurant un taux d’économies d’énergie de l’ordre de 50% dans le secteur civil, avant l’an 2000.  (projet de 5 ans, en deux phases: 1996-1997 à 2001-2002)

 

China's Strategic Energy Planning – Dessau's mandate is to monitor the implementation of the Strategic Energy Planning project.  The Strategic Energy Planning project consists of Canadian International Development Agency’s assistance to the Ministry of Electric Power (MEP).  The objective of the project is to establish a cooperative institutional framework that will lead to policy formulation and implementation, the development, adaptation and application of appropriate methodologies and models for analyzing the long term sustainability of energy supply systems as needed to support the economic development of Southern China. The project will assist the MEP to plan energy sector development and management to the year 2020 for the Southern region of China.  The project will give special emphasis to the development of electric power within the overall context of energy development. The purpose of this project is a key element expressly defined as human resources development and institutional strengthening enterprise.  It is intended to assist China in realizing its goals of increasing capacities to develop and apply approaches to strategic energy planning principles of sustainable social, economic and environmental development.  (1997)

 

China Ertan 500 kV Transmission line project (phases I, II and III), Sichuan Province – Conceptual design and detailed engineering for 500 kV transmission lines with the Ertan hydroelectric project. Transport of electric power (3,300 MW) on a network of high voltage lines, from the Ertan hydroelectric through the mountains in southwest Sichuan Province to major urban centres in the Sichuan Basin.  The project includes six 500 kV substations, 2,500 km of 500 kV transmission lines and the associated telecommunication system. (1993-1994: Phase I; 1994-1997: Phase II; 1997-1999 : Phase III)

 

Henan's first ESCO, China - This project consisted in the technical support of Henan’s province public utility in the start-up of a specialized financing firm for energy efficiency projects.  Dessau’s technical specialist visited the city of Zhengzhou and many others to assess the methods of operation of the new affiliated firm.  Management techniques, administrative procedures, project management methods and technical realization of energy efficiency audits were verified. (1998)

 

China - DA-KUN 500 kV transmission line project - The project consists of the two single-circuit 500 kv lines and a 500 kv substation and associated telecom system.  The system is required to transport power from the 1300 MW Dachaoshan hydroelectric station (under construction) to the 1000 centres at Kunming and the remainder of the 220 kv grid in Yunnan Province. (1996-1997)

 

Yunnan Dachaoshan power transmission project - The objective of this project is to transmit the electric power from the Yunnan Dachaoshan hydropower plant (installed capacity 1,350 MW) to Kunming city, the load center, and to the 220 kV grid in Yunnan Province. The transmission lines will pass through the Hengduan Mountains Range of the Yunnan-Guizhao Plateau characterized by mountainous and geologically fractured terrain. The project consists of two parallel single-circuit 500kV transmission lines of about 260 km each from the Dachaoshan Hydro Plant to Kunming city, one new 500kV substation at Baofeng, one single-circuit 500 kV transmission line of about 59 km long from the Baofeng substation to the existing Caopu 500 kV substation, extension of the 500 kV GIS substation at Caopu, a microwave communication circuit, renovations of the existing dispatching automation system and associated 220kV and 110kV supporting projects (1999-2003).

 

China YEPG's Overseas Training Program - The project consists of training senior YEPG's staff in New Zealand, Australia, UK, Germany, France, Canada and USA. In total, 9 groups of approximately 10 persons each will travel overseas to receive training in a variety of subjects and specialties including (since may 2000)

  

China – South China power studies, phase II - The mandate of Dessau is to monitor the implementation of the South China Power Studies project, Phase II.  The overall objective of the project is to continue the transfer of technology in power systems planning to China that began in 1987 under Phase I, and further develop China’s capability to apply Canadian and North American techniques in the planning and expansion of its power systems facilities(August 1993 to November 1998)

 

SEPC 500 KV Grid Expansion and Interconnection Project, Sichuan Province - At the request of SEPC, Dessau is carrying out a feasibility study finances by CIDA and related to SEPC’s 500 Kv Grid expansion and interconnection associated with power export to eastern provinces of China. (2002-on going)

 

Sichuan Power Development Planning Project, China - Sichuan Electric Power Administration has initiated a process which will lead the utility to accepting significantly greater levels of responsibility and accountability for its own growth and well-being. In order to succeed in this endeavour, it is imperative that the organisation be appropriately restructured. Additionally, it is necessary to ensure that the latest tools  and techniques are fully utilized and that staff members are equipped with knowledge and strategies. The Sichuan Power Development Planning project identified several specific objectives and a medium term system development plan (5-10 years) and associated electricity tariff schedules were established. This plan covers each of the three electrical sectors – generation, transmission and distribution. (2000-on going)

 

China - Pengzhou 220 KV substation project - The project consists of a 220/110/10 KV substation known as the "Pengzhou 220 kV Substation" and includes the following main components:  two 150 MVA transformers; ten 220 kV and twelve 110 kV feeders; eight (8) 10020 kV ar, 10 kV reactive compensation; 220 kV double-bus arrangement c/w 220 kV outdoor SF6 circuit breakers; 110 kV double-bus arrangement c/w 110 kV outdoor SF6 circuit breakers; remote control and dispatching system; fibers optics communications (May 2002- August 2003)

 

China - Da-Kun 500 kV Transmission - The project consists of the two single-circuit 500 kV lines and a 500 kV substation and associated telecom system.  the system is required to transport power from the 1300 MW Dachaoshan hydroelectric station (under construction) to the 1000 centres at Kunming and the remainder of the 220 kV grid in Yunnan Province (1993-1994)

 

China - 500kV Tower Optimization - Three single circuit 500 kV towers: one rigid tower delta configuration; one guyed tower delta configuration; one "chainette" type tower.  The project included a review of current Chinese practices in design and detailing of H.V. towers, and its objective was to improve and optimize the actual towers of China's energy network. (1991).

 

China - Xuzhou-Shanghai 500kV Transmission Line  - B.C. Hydro was invited as consultant for specialized consulting services for 500 kV Xuzhou-Shanghai 500kV T/L Project in Shanghai.  The objective of the project was to transmit surplus electric power over a 683 km route from a thermal generating station at Xuzhou in Jinagsu Province to Yengzhou Nanging, Changzhou, Wuxi, Suzhou and Shanghai.  The single circuit transmission line project included a 3 km crossing of the Yangtze River.  The project was sponsored by the MOWREP, P.R.C., in co-operation with the World Bank (1991-1992)

 

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South Korea

 

South Korea -  Technology transfer and implementation phase - This project involved a technology transfer between Dessau and Joong-Ang Development Corporation Ltd., Samsung’s real-estate subsidiary.  This project’s main goal was to train a group of people specialising in energy efficiency project management.  (1989)

 

Jordan

 

Technology transfer and reinforcement for the implementation of an ESCO, Emman - In 1993, Dessau signed a collaboration agreement with Energy Management Services (EMS), the only company specialized in energy efficiency services in Jordan.  Financing was approved by the Canadian International Development Agency (CIDA) in the scope of its Industrial Cooperation Program. (1994)

 

Pakistan

 

Pakistan National power plant - Master Plan study to the year 2018 including system improvement study for the short term and optimal development of secondary system (220 132 66 kV).(1991-1993)

 

Philippines

 

Naga-Tayabas 500 kV line rehabilitation, Philippines - Extensive damage to a recently built double circuit 500 kV line was caused due to vandalism and typhoons.  Reconstruction of the line required major structural work, reconductoring, replacement of a large portion of the insulation system and installation of a new fiber optic shieldwire. The line is 200 Km long.  (1996-1997)

 

Philippines  -  Visayas-Mindanao sub-transmission and distribution studies - Technical analysis of the sub-transmission and distribution system development in the Visayas and Mindanao regions with a 15-year horizon.  The study also required to address institutional issues associated with the restructuring and privatisation of the electric industry and privatisation of the electric industry in the Philippines.(1996-1997)

  

Singapore

 

Technology Transfer – Start-Up And  Implementation of an ESE - In 1988 Dessau helped DBS put in place a group of energy efficiency specialists  within DBS Land, a realty subsidiary of the group.  This firm wanted to offer a third investor financing party to the local commercial market for the implementation of energy efficiency projects. (1986-1987)

 

Vietnam

 

Cogeneration project using rice straw as fuel, Vietnam - An Giang province is the region producing the most rice in Vietnam each year.  Rice culture is characterised by the production of a large quantity of biomass (rice straw) which has to be disposed of every year.  Open-air burning operations is the traditional way to eliminate these residues. This method produces an important quantity of combustion by-products and ashes which are harmful to the environment.  The residues not eliminated before the rainy season are dispersed by rainwater and floods and constitute a serious environmental threat. On the other hand, Vietnam is a country where the energy needs are growing very rapidly and where the new production units cannot meet the demands of the coming years (1996)

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