Chemistry for Protection of the Environment 1985
G. Alaerts, L. Pawlowski, W.J. Lacy
Elsevier, Jan 1, 1986 - Science - 795 pages
The main theme of this symposium was the application of chemical methods for water and wastewater treatment and their effect on the environment. The participants represented many countries and many disciplines and, taken together, their papers provide a very interesting overview of the way in which chemical processes are used in different parts of the world. The contributions from the USA are mainly devoted to methods for reducing the environmental hazard of alternative energy sources such as oil shales and tar sands. A fresh interest in coal and lignite is also apparent in the papers from Canada and from western and eastern Europe. Many papers and discussions deal with the related technology of desulphurisation of coal and oil during combustion or in exhaust gases, much of the research in this area being inspired by the problems of acid rain and the damage to forests in the northern hemisphere.
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CHAPTER 3 REDUCTION AND OXIDATIVE TREATMENT OF FOSSIL FUELS AND OTHER
CHAPTER 4 THE PATE OF CHEMICAL POLLUTANTS AND THEIR ENVIRONMENTAL IMPACT
OXIDATION AND DISINFECTION
FLOCCULATION AND FLOTATION
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activated carbon activated sludge adsorbed adsorption adsorption capacity algae alkalinity amino acids amount anaerobic analysis anion application aqueous azaconazole biological cadmium chemical chlorine chromatography coagulant coal column concentration containing cost determined diameter dosage dose effect effluent environment environmental equilibrium evaluation experimental experiments extraction factor filter filtration flocs ﬂotation fraction gas chromatography hazardous wastes headspace heavy metals humic acids humic substances hydroxide incineration increase industrial inﬂuence ion exchange isotherms Kuala Lumpur leachate leaching liquid membrane mercury methanol method mg/L mixing obtained operation organic compounds oxidation ozonation parameters particles phenol plant pollutants precipitation problems ratio reaction reactor regeneration removal residual resin samples sedimentation slag soil solid solution solvent surface Table techniques technologies temperature toxic turbidity values wastewater treatment water treatment