With the enforcement of stricter environmental legislation, companies need more and more frequently appropriate technical expertise in order to control their air emissions.
As a result of the extended professional experience of EESAC's team, our services include practical support for the:
- Advanced understanding of chemical reactions in cement and lime kilns leading to the release of emissions (NOx, SO2, CO, HCl, HF, heavy metals, TOC, specific organics like chlorinated aromatics, ...)
- Pilot testing of new abatement technologies for the treatment of combustion gases on site
- Identification of process conditions and selection of fuels enabling emissions to comply with local emission standards
- Selection and implementation of abatement techniques like
- deNOx (SCR, SNCR, air staging),
- acid gas capture (SO2, HCl and HF) with different sorbent technologies
- treatment of organic compounds (thermal or catalytic oxidation, adsorption with specific sorbents)
Case study 1: 
deNOx pilot test for preheater rotary kiln
Case study 2: deNOX pilot test for a parallel flow regenerative kiln
Case study 3: 
CO reduction in parallel flow generative kiln
Case study 4: CO / TOC abatement for an annular shaft kiln
Case study 5: CO reduction in shaft kiln
Case study 6: HCl abatement tests for a kiln equipped with an Electrostatic Precipitator
Publication: ZKG INTERNATIONAL Issue 1-2 2016 The reengineering of existing lime kilns
Publication: ZKG INTERNATIONAL Issue 5 2016 Understanding the process conditions in a parallel flow regenerative kiln
Publication: ZKG INTERNATIONAL Issue 5 2018 Modelled fate of sulphur and chlorine in rotary kilns part I
