Environmental Technology, Chemistry, Safety and Health

Project-No.	Brief Description	Duration
315	Composition Limits of Fly Ash Concretes	2008-2009
312	Methods for Dispersion Calculation	2008
310	Air-entrained Concretes with Plasticising Concrete Admixtures	2008-2010
309	Combined Use of Fly Ash and Blast Furnace Slag	2008-2009
308	Measurements of CH4, N2O and Hg	2008
305	Emissions from Diffuse Sources	2007-2008
300	Avoidance of Alkali Reactions by Fly Ash	2007-2010
298	Fly Ash Opulent Ultra High-Strength Concretes	2007
293	Deposition of Mercury during Co-combustion	2007
292	Dust Concentration Measurements II, Continuation 255	2007
289	Fire- and Extinguishing Tests at Cooling Tower Fixtures	2006-2007
287	Sulphate Resistance of Fly Ash Concrete	2006-2008
284	Fly Ash Concrete with High Amount of Fines	2006-2008
279	Deduction of Flue Gases via Cooling Towers II, Continuation 262	2006
275	Prevention of Alcali-Silica-Reaction by Fly Ashes	2006-2009
272	Effect of Fly Ash Regarding Avoidance of Alkali-Silica-Reaction	2005-2007
270	Durability of the Surface Texture of Road Concrete with Fly Ash	2005-2007
267	Water Permeability of Paved Areas	2005-2007
264	Chromate Content in Cement and Fly Ash	2004-2005
262	Deduction of Flue Gases via Cooling Towers	2004-2005
257	Fly Ash Concrete on the Basis of Equal Efficiency	2004-2007
256	Fly Ash from Co-combustion in Concrete	2004-2006
255	Dust Concentration Measurements	2005
254	Literature Study: Sulphate Resistance of Fly Ash Concrete	2004
249	Prevention of Alcali-Silica-Reaction in SCC with Fly Ash	2003-2007
245	Prevention of Alcali-Silica-Reaction with Fly Ash in Concrete	2003-2005
244	Bond of Alkalis in Binders Containing Fly Ash	2003-2004
242	Deduction of Flue Gases via Cooling Towers (Preliminary Study)	2003
240	Concrete with High Amounts of Fines and with Fly Ash	2003
234	Water Demand of Hard Coal Fly Ashes and Cements	2002-2003
227	Fish Egg Test for Power Plant Waste Waters	2002-2003
226	Avoidance of Alcali-Silica-Reaction in Concrete by Use of Fly Ash	2002
225	Fly Ash in Tunnel Concretes	2002-2003
216	Decision Analysis	2001-2003
215	Frost Resistance of SCC with Fly Ash	2001-2005
210	Use of Fly Ash in Air Entrained Concrete	2000-2003
209	Use of Fly Ash in Self Compacting Concrete (SCC)	2000-2001
206	Combined Use of Silica Fume and Fly Ash in Concrete	2000-2001
205	Refurbishment Options in CEE Countries	2000
204	Electricity Generating Capacity in CEE Countries	2000
203	Frost Resistance of Concrete with Fly Ash	1999-2004
199	Thaumasit Formation in Concretes	1999-2001