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DESSAU wins three prestigious Engineering Awards, 03/28/2008
Last night at the gala ceremony for the sixth Grands Prix du génie-conseil québécois 2008, Quebec’s major consulting-engineering awards, Dessau won three awards (Léonards). The ceremony took place at the Montreal Science Centre.
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Energy

Distribution substation, Douala Harbour, Cameroun

Following the Douala Harbour expansion project, Dessau was mandated to implement the electrical distribution system from 15 kV to 220/380 volts and secondary distribution system to service the harbour's installations. (1976-1980).

 

HV energy transmission (500 kV) Ertan, Sichuan Province, China - 3 Phases (financed by the World Bank)

Power transmission (3 300 MW) on a network covering 2,500 km of HV 500 kV lines, from the Ertan hydroelectrical power station, in the Sichuan Province.  The project includes six 500 kV stations and the telecommunications system.  Dessau was responsible for the project management, work supervision, methodology review and other related activities. (Phase I: 1993-1994; phase II : 1994-1997; phase III: 1997-1999)

 

Penzhou 220 kV substation Project  (China Domestic Financing) 

The project involves a 220/110/10 kV station, known as the Pengzhou 220 kV station (May 2002 to August 2003).

 

Energy transmission lines, Yunnan Dachaoshan, China (Financed by the Asian Development Bank)

The project's objective was to distribute electricity from the Yunnan Dachaoshan hydroelectric station (capacity: 1,350 MW) to the city of Kunming, the primary work center, and up to the 220 kV network in the Yunnan province.  Dessau assisted the YEPG in the call for tender document preparation for the equipment procurement and in the preparation of the offer evaluation report submitted to the Asian Development Bank for their approval; assisted the client's project manager in the project implementation including project management, equipment procurement contract management, etc. (ongoing since 1999).

 

HV power transmission (500 kV) Da-Kun, Yunnan Province, China (Financed by the Asian Development Bank)

This project involves two simple 500 kV transmission lines networks, a 500 kV station and an integrated telecommunications system.  Meant to distribute energy from the 1300 MW Dachaoshan hydroelectric power station, the system will provide electricity throughout the Kunming provincial capital, as well as the remaining 200 kV network in the Yunnan province. (1996-1997).

 

Building energy efficiency, China

China's economy was about to face a rapid growth in the 1990's, which generated an increase in energy consumption and environmental impairment.  It was crucial to improve the energy efficiency so as to reduce the need for new polluting energy power plants.  The project's mandate was to assist the Chinese Ministry of Construction to establish energy efficiency standards for building, based on Canadian technologies.  The objective was to improve air quality and reduce electricy consumption, while realizing energy savings in the civil sector of about 50%, before the year 2000.  (5-year project, between 1996-1997 and 2001-2002).

 

Electrification project - Installation follow-up, Ivory Coast

Installation follow-up, coordination between the various contractors, preparation of contract amendments and production of technical documents related to these amendments; on-site plan modification and adaptation throughout works; of as-built drawings.  (1988).

 

Co-generation powerplant implementation  – Sancti Spiritu complex, Cuba

This 30 MW co-generation power plant was implemented in a complex housing a sugar producting factory and an alcohol production centre.  The project is located in the municipality of Sacti Spiritu in Cuba.  Dessau was responsible for the the project promotional activities, preliminary study and project financing.  The present mandate involves the detailed feasibility study for technical, environmental and financial elements of the projects (ongoing since 2002).

 

National Metal Industries power consumption management and automation, Cairo, Egypt

Implementation of a power management system, based on programmable automaton network, allowing data acquisition and measurement, as well as the capacity to automatically act on charges, therefore eliminating over shoot and maximizing the production, while reducing the average factory consumption.

 

Automation Delta Steel Mills factory, Cairo, Egypt

Implementation of power management system, based on programmable automaton network, allowing data acquisition and measurement, as well as the capacity to automatically act on charges so as to eliminate over shoot and maximize the production, while reducing the average factory consumption.

 

Automation and energy consumption management, National Metal Industries, Cairo, Egypt

Implementation of a power management system, based on programmable automaton network, allowing data acquisition and measurement, as well as the capacity to automatically act on charges so as to eliminate over shoot and maximize the production, while reducing the average factory consumption (1995-1996).


Implementation, Delta Steel Mills, Cairo, Egypt

Implementation of a power management system, based on programmable automaton network system (PLC) to centralize and continually manage the global electrical demand at the mill.  The system allows the distribution of a call between two electrical sources.  It also allows the delestation of appropriate furnaces to reduce call peak and therefore, increase the mill's profitability level (1995-1997).

National Master Plan - Rural electrification, Haïti

Preparation of a national master plan identifying investments for electrification to be made until the year 2005.  The electrical energy sub-sector in Haiti has been the subject of several aid programs for the last ten years but mostly in the metropolitan area of Port-au-Prince; the electrification of villages and rural areas is low.  The national master plan identified investments required over the next 20 years to progressively allow the different regions and adequate supply of electricity.  The main steps comprise: a study of the present situation (government policies, existing facilities, Ed'H personnel, electricity rates, financial results of Ed'H, outside financing, resources, profitability, quality of service, discount rate), a socio-economic study and demand forecasts (demographic and economic growth, cost of electricity, competition from wood charcoal, use of home appliances), a study of electrification plans (generating stations, transmission and distribution power lines, interconnections, investments in 5 year programs), rate studies and financial planning (financial evolution of Ed'H in view of the proposed investments, changes to the electricity rates, financial forecasting) to finally arrive at the preparation of the National Master Plan, which has been designed to be easily updated. The organization and the functioning of the planning department of Ed'H and of the associated ministries was analysed and recommendations has been prepared.  Then the methodology, the data obtained and the models used during the preparation of the master plan has been transferred to Ed'H.

 

Public sector power optimization studies, Haïti

In its privatization reform program, the Government of Haiti has decided to concede to a private firm the management and operation of energy production, transmission and distribution currently provided by the Société Nationale d’Électricité (SNE).  Considering the importance of this reform, Dessau is mandated to provide technical and institutional assistance related to the proposed privatization of the power sector.   (1997-1998).

 

Rural Electrification - Tensift,  Morocco

Electrification of fifty one villages located in the SAFI provinces, two of which (Essaouira and Marrakech) required the implementation of 580 km of medium voltage lines, 250 km of low voltage lines and 80 MV/LV transformation stations.  Dessau completed the required studies and material/equipment inventory  (1988).

 

Rural electrification - Meknès and Kénitra, Morocco

Electrification of 19 regional centres located in the provinces Meknès and Kénitra, which required the deployment of 69 km of medium voltage lines (1991-93).

 

S.A.F.R.I.P.A.C. - Paper and pulp mill, Tanger, Morocco

Analysis, engineering and execution of several energy efficiency projects.  Technical and financial feasibility study for the implementation of a liquid propane gas co-generation project (1991-1996).

 

National Electrification Master Plan, Pakistan

Development of a data base with characteristics of equipment and transmission lines for the entire system; development of planning, and network planning criteria (500 kV, 220 kV, 132 and 66 kV) until the year of 2018, including current flow, short circuit and stability studies, system's transient stability study using the EMTP program; network master plan including all production and transportation required to satisfy load forecasts until 2018, short-term solutions to avoid actual overload (1991-1993).

 

Modernization of the network control centre, Egesur, Peru

Project definition and system architecture development study, feasibility study for a power management system, cost estimates.

 

Rural electrification project - two 60 kV lines and 21electrical systems, Ministry of Energy and Mines, Peru

Works supervision of 21 small electrical systems and two transmission lines and substation 60/22.9 kV, for rural electrification.  The works supervision consisted on the electrification of 656 rural towns supplying energy to 400 000 people, including: 2850 Km of 22.9 kV distribution lines; 120 Km of 60 kV transmission lines and seven substations 60/22.9 kV, 70 MVA.  Dessau was responsible for the supervision of works for the electrical systems and transmission lines/substations, including engineering revision and approval, procurement management and supervision of works executed by local contractors (since January 2001).

 

Rural electrification of twenty-five villages, Sénégal

Feed from the electrical network of 25 villages along the coast (900 000 persons) located at the South of Dakar along the Atlantic ocean.  The installations include 30 km of 30kV medium voltage lines; 68 km of low voltage triphased and monophased in the villages and 600 public lighting units.  Dessau was responsible for the entire project management.