SETatWork Sustainable Energy Technology at Work SETatWork Home Page
Events  Help |  Assessment Tool |  Keyword Index |  SETatWork Home |
T@W Sustainable Energy Technology at Work - Home Page
Google Search

Case Studies & Reports

Technology & Service Providers

Click on link(s) below
to view related topics:

Sustainable Energy Technology at Work (2006-2010)
SETatWork: Sustainable Energy Technology at Work (2008-2010)
 

SETatWork: Sustainable Energy Technology at Work (2008-2010)

Further information:

The SETatWork Project took place from 1 September 2008 to 31 October 2010. Many of its activities continued on from the FP6 Project T@W (1 April 2006 to 31 March 2008), but with a particular emphasis on Energy Efficiency.

The content of this website www.setatwork.eu was initially developed within the T@W project, with this database being introduced as part of the SETatWork continuation.

Case Studies & Reports

Case Studies

Good Practice: Variable frequency device for controlling motor and fans, Beijing, China

Good Practice: Trigeneration for heating and cooling and electricity in the building, Beijing, China

Good Practice: Waste heat recovery for power generation in dry cement production, Changxing of Zhejiang, China

Good Practice: PGE Turów Power Plant, Poland

Good Practice: PGE Lublin CHP, Poland

Good Practice: PGE Kielce CHP, Poland - New renewable energy generating capacity installed - biomass displacing higher emitting sources

Good Practice: PGE Gorzów CHP, Poland - Turbine switch between coal fired boilers and Combined Cycle unit during summer season

Good Practice: RES-biomass utilisation in District Heating, Bansko, Blagoevgrad Region, Bulgaria

Good Practice: Energy Efficiency in District Heating, Vratsa, Bulgaria

Good Practice: Energy Efficiency in District Heating, Burgas, Bulgaria

Good Practice: Energy Efficiency in District Heating Pleven, Bulgaria

Good Practice: Caixa Geral de Depósitos Solar thermal central, Portugal

Good Practice: PNAEE - Portuguese National Action Plan for Energy Efficiency, Portugal

Good Practice: ClimaEspaço - Tri-generation system, Portugal

Good Practice: Lanxess AG: Redundant thermal decomposition of residual nitrous oxide (N2O), Germany

Good Practice: Bayerngas eco-bonus: fuel switch and increase of energy efficiency, Germany

Good Practice: Implementation of Combined Cycle Plant 841MW in Power Plant Pocerady CEZ, Czech Republic

Good Practice: Generation of power from process waste heat at Hi-Tech Carbon, Tamil Nadu

Good Practice: Reduction in Steam Consumption through Revamping of Ammonia Plant of IFFCO (Indian Farmers Fertiliser Cooperative) plants, India

Good Practice: Levice Combined Cycle Power Plant, 80 MW, Slovak Republic

Good Practice: Use of waste heat from refining industry, Sweden

Good Practice: Program for energy efficiency in energy intensive industry (PFE), Sweden

Good Practice: Energy efficient evaporation plant at Värö Mill, Sweden

Good Practice: Electricity production from wind turbines in the forest industry, Sweden

Good Practice: Bio-refining, Sweden

Good Practice: Biotrans, Energy efficiency in Dairy Plant, Sweden

Good Practice: New business in methane destruction, a textbook example of carbon finance, Australia

Good Practice: Saving Electricity through Lighting Renovation, Thailand

Good Practice: High Efficiency Chiller, Phyathai Hospital, Thailand

Good Practice: Solar Water Heating System, Royal Orchid Sheraton Hotel, Thailand

Good Practice: Coke Dry Quenching (CDQ) Waste Heat Recovery for Power Generation Project of Wugang No. 9 and 10 Coke Ovens, China

Good Practice: First application in the world of the integration of a combined gas cycle with a solar plant, Italy

Good Practice: Floka Waste to Energy (W2E) facility, Chile

Good Practice: Energy savings and emission reductions resulting from refurbishment of a building, Bulgaria

Good Practice: Sustainable Design of a new manufacturing facility - Pharmaceutical, China

Good Practice: Sustainable Design of a new manufacturing facility - Pharmaceuticals, Ireland

Good Practice: Implementation of Combined Cycle Plant 841MW in Power Plant Počerady - CEZ, Czech Republic

Good Practice: Implementation of Biomass-coal Co-firing System in ZVTP a.s. Zvolen, Slovak Republic

Good Practice: Implementation of Biomass-coal Co-firing System in Hodonin, EHO CEZ, Czech Republic

CDM projects in Chile: Investigation of potential of biogas production from waste as a CDM project

Project Partners Requests

PI: Abatement of VAM emissions and generating hot water from the energy released in VAM oxidation, China

Publications and Other Reports

Expected energy trends in Slovakia - EE, RES and energy security

Advanced Waste-to-Energy Gasification Systems

Renewable Energy Sources in Europe in View of the EU 20-20-20 Target and Directive 2009/28/EC

Carbon Capture and Storage in View of EU Climate Policy and Directive 2009/31/EC

SETatWork Country Profiles

SETatWork Training Materials and Workshops

Technology & Service Providers

BULGARIA

SEC - Sofia Energy Centre

CHILE

APLE - Asesorías Profesionales P. Lehuedé Ltda

CHINA (PEOPLE'S REP)

GIEC - Guangzhou Institute of Energy Conservation Chinese Academy of Science

ZERI - Zhejiang Energy Research Institute of China

DENMARK

DI - Dansk Industri Confederation of Danish Industries

ECNet - Energy Consulting Network

GERMANY

FutureCamp GmbH

KEWOG Städtebau GmbH Unit ZREU

INDIA

TERI - The Energy and Resource Institute Centre for Global Environment Research (CGER)

ITALY

ETA Florence - Renewable Energies

POLAND

PGE Polska Grupa Energetyczna S.A.

Primum Polska Sp. z o.o.

PORTUGAL

IDMEC-IST - Instituto de Engenharia Mecânica, Pólo IST

SLOVAK REPUBLIC

ECB - Energy Centre Bratislava

SWEDEN

KanEnergi Sweden AB

THAILAND

CEERD - Centre for Energy Environment Resource Development

UNITED KINGDOM

CPL Scientific Publishing Services Ltd trading as CPL Press