Characterization and Control of Odours and VOC in the Process Industries

Inaugural address, G. Lutgen; emission reduction programmes for VOC in some OECD countries, P. Wiederkehr; the strategy of the European community to reduce emissions of VOC, mainly in the sector of the industrial use of organic solvents, M. Wolf; economical impact assessment in France of the draft directive on the limitation of organic solvent emissions, R. Bouscaren et al; possible approaches towards regulating odoriferous emissions, A. Vankeerbergen; aspects of the olfactory information, P. Laffort; odours metrology and industrial olfactometry, J. Hermia and S. Vigneron; study of the VOC emission from an urban sanitary landfill site, C. Guy et al; the application of synergy and inhibition phenomena to odour reduction, P. Laffort; odour annoyance in industrial zones of the river Seine estuary, S. Querre et al; physicochemical characterization of odours - a quantified approach to the problem - example of a domestic refuse composting plant, M. Ramel; regeneration of granular activated carbon by inductive heating - application in the elimination and recycling of air-borne solvents, P. Mocho and P. Le Cloirec; comparative study of odours removal in a wastewater treatment plant by wet scrubbing and oxidation by chlorine or ozone, A. Laplanche et al; solvent recovery and waste gas purification with cryogenic processes, F. Herzog; industrial applications of membranes to control VOC emissions, K.-V. Peinemann et al; environmental tests comparing Kress indirect dry-cooling with conventional coke oven pushing and quenching, C.A. Vogel and W.H. Ponder; biopurification of odorous gases in urban wastewater treatment plants, C. Bonnin et al; development of transition metal oxide-zeolite catalysts to control chlorinated VOC air emissions, C.A. Vogel and H.L. Greene; catalytic incineration of VOC's in a cyclic reactor, C. Sapundzhiev et al. (Part Contents).