Non-Waste Technology and Production. Proceedings of an International Seminar Organized by the Senior Advisers to ECE Governments on Environmental Problems on the Principles and Creation of Non-Waste Technology and Production, Paris, 29 November–4 December 1976

Content: 
Front Matter, Page iii
Copyright, Page iv
Introduction, Pages xi-xii
Conclusions and Recommendations, Pages xiii-xxv
List of Contributors, Pages xxvii-xxx
Introductory Report, Pages 3-11, V.V. Kafarov
Main Results of the Symposium of the CMEA Countries on the Theoretical, Technical and Economic Aspects of Low-Waste and Non-Waste Technology, Pages 13-24
A Broader Definition of Non-Waste Technology, Pages 25-27, Hussein Saleh
New Ways of Developing Chemical and Related Procedures Free of Wastes or Low in Wastes in Hungary, Pages 29-32, Tibor Blickle, Micklós Machács
Concepts and Principles of Non-waste Technology, Pages 33-38, Pentti Malaska
Eco-Productivity: A Positive Approach to Non-waste Technology, Pages 39-52, M.G. Royston
Concepts and Principles of Non-waste Technology, Pages 53-60, J.D. Schmitt-Tegge
National Experience and Policy Introductory Report, Pages 63-68, A.J. McIntyre
State of Non-Waste Technology in the Netherlands: National Experience and Policy, Pages 69-72, A.W.F. Van Alphen
Non-Waste Technology: Comments on the Canadian Scene, Pages 73-76, A.J. McIntyre
Austrian National Report on Non-Waste Technology, Pages 77-104, Rudolf Kauders, Udo Ousko-Oberhoffer
Some Aspects of Production Without Waste of Mineral Raw Materials in Poland, Pages 105-119, Stefan Gustkowicz
Non-Waste Technology: United Kingdom Experience and Policy, Pages 121-125, R. Berry
French Policies in Pollution-Free Technology, Pages 127-128, P. Chassande
Experience and Policy with Regard to Non-Waste Technology in Hungary, Pages 129-135, A. Takáts, J. Francia
Report from the Swedish Government: The Ministry of Agriculture, Sweden, Pages 137-146
Production Sans Déchets en Belgique, Pages 147-153, I. Van Vaerenbergh
Non-Waste Technology in Finland, Pages 155-159, Jali M. Ruuskanen, Matti Vehkalahti
State of Non-Waste Technology: United States Experience and Policy, Pages 161-167, David Berg, C. Lembit Kusik
Experience and Policies in the Field of Non-Waste Technology in the Federal Republic of Germany, Pages 169-174, J. Orlich
Expériences et Politique de la Yougoslavie: Contribution of the Government of Yugoslavia, Pages 175-178
Industrial Experience. Introductory Report, Pages 179-189, D. Moyen
Introductory Report, Pages 191-192, László Markó
Introductory Report, Pages 193-199, M.F. Torocheshnikov
Protein Recovery from Liquid Potato Wastes, Pages 201-211, M. Huchette
Profitable Industrial Uses for Whey, Pages 213-219, F. Bertrand
Dyeing in a Solvent Medium: STX Process, Pages 221-229, M. Laurent
How and Why we Chose Integral Recycling, Pages 231-238, B. Maréchal
Recovery of the Iron Contained in Pickling Solutions and Waste Ore Etching Solutions, in the Form of Magnetite, Pages 239-245, D. Lefort
Waste Exchanges: Improved Management for a New Type of Growth, Pages 247-251, J.C. Deloy
Metals in the Organic Chemical Industry: Problems and Aids for Non-Waste Technologies, Pages 253-255, László Markó
The Use of Natural Zeolites in the Chemical Industry, Pages 257-262, Dénes Kalló
The Utilization of Brown Coals Other Than for Energy Production, Pages 263-270, V. Cziglina, L. Dzsida, Z. Meleg
Non-Waste Technology in Belgium, Pages 271-282, A.G. Buekens
Outokumpu Flash Smelting Method, Pages 283-288, Seppo Härkki
Methods of Conserving Raw Material and Energy and Protecting the Environment in Chemical and Electro-Chemical Plating Plants, Pages 289-299, Bengt Westerholm
Experience in Designing a Complex Scheme for Refining and Re-Use of Waste Waters and Creation of a Drainage-free Scheme of Water Supply and Sewerage in an Industrial Enterprise, Pages 301-307, V.N. Yevstratov, M.I. Kievsky
A Review of Non-Waste Technology Problems in Some Major Production Branches, Pages 309-312, P. Grau
Developing Conservation-Oriented Technology for Industrial Pollution Control, Pages 313-316, Joseph T. Ling
The Nordic Organization for Waste Exchange, Pages 317-324, K.E. Kulander, L-G. Lindfors, E. Lohrdén
Programme Considerations and Experiences in Optimizing Industrial Materials Flow and Utilization for a Non-Waste Technology, Pages 325-330, Jerome F. Collins
No-Waste Salt – No Decontamination: A New Step in the Salt Bath Technology, Pages 331-349, B. Finnern
The Design of Non-Waste Technologies Taking the Example of a Lignite Transformation Complex in the German Democratic Republic, Pages 351-354, W. Kluge
The Iron and Steel Industry: Pollution Control and Recycling, Pages 355-364, Y. Hellot
The Outlook for Progress and Technological Methods in a Paper Industry Confronted with Environmental Problems, Pages 365-378, P. Monzie
Non-Waste Production of Bleached Kraft Pulp, Pages 379-384, W. Howard Rapson, Douglas W. Reeve
Réduction de la Charge de Pollution de l'Eau Provenant d'une Usine de Pâte au Sulfate Blanchie, Pages 385-403, P. Lieben
Displacement Bleaching, Pages 405-413, Johan Gullichsen
Biological Method for Purifying Kraft Pulp Mill Condensates, Pages 415-419, Ilpo Vettenranta
Packaging Alternatives for Wine, Pages 421-425, W.P. Fornerod
The Recovery of Glass in Switzerland, Pages 427-441, Yves Maystre
The Status of Non-Waste Technology in the U.S. Steel Industry, Pages 443-449, Arthur H. Purcell
The Status of Non-Waste Technology in the US Packaging Industry, Pages 451-461, W. David Conn
Non-Waste Technology: The Case of Tyres in the United States, Pages 463-468, Haynes C. Goddard
Two Examples of Low Emission Technologies in the Pulp and Paper Industry, Pages 469-479, E. Jochem
Treatment and Preparation of Dusts and Sludges in the Steel Industry, Pages 481-500, M. Haucke, W. Theobald
The Application of Material-Saving and Low-Waste Technologies in the Metal Container Industry with Special Reference to Drawn and Wall-Ironed Beverage Cans, Pages 501-513, Walter Sprenger
Disposal of Ironworks Waste, Pages 515-518, Rudolf Roth
The Heye-EPB Process, a Low-Waste Technology, Pages 519-525, Vollmar Hallensleben
Introductory Report, Pages 529-532, Charles J. Cicchetti
Cost-Benefit Considerations in Waste-Free Production Methods, Pages 533-546, J. Picard
The Introduction of Non-Waste Technological Processes in the Hungarian Silicate Industry, Pages 547-557, József Talabér
Economic Aspects of Non-Waste Management, Pages 559-572, C. Cala, J. Wieckowski
Introductory Report, Pages 575-582, M. Schubert
The Role of Design Education in Non-Waste Technology, Pages 583-599, H.H. van den Kroonenberg
A Survey of the Location, Disposal and Prospective Uses of the Major Industrial By-Products and Waste Materials, Pages 601-603, W. Gutt
Statutory and Financial Provisions for the Establishment of Manufacturing Methods Free of Waste Products, Pages 605-608, R. Huissoud
Applications of Material Flow Analysis in Resource Management, Pages 609-613, David W. Nunn
An Overview of Solid Waste Product Charges, Pages 615-619, Fred Lee Smith
Administrative Ways and Means of Implementing Non-Waste Technology, Pages 621-633, Martin Neddens
Non-Waste Technologies: Ways and Means of Implementation, Pages 635-639, Robert Reid
Introductory Report, Pages 643-649, J.-F. Saglio
General Aspects of the Development of Chemical Production Systems in Regions with a Complicated State of Environment, Pages 651-652, A. Zygankov, V. Senin
Perspectives for the Development of Non-Waste Technological Processes in Various Branches of Industry, Pages 653-654, B. Laskorin, A. Zygankov, B. Gromov, V. Senin
A Method of Assessing Non-Waste Technology and Production, Pages 655-659, Thomas Veach Long II, S. Ellis
Non-Waste Technology and the Materials Flow in an Economy: Facts and Perspectives, Pages 661-671, M. Fischer
Inaugural Addresses, Pages 675-677, Vincent Ansquer
Inaugural Addresses, Pages 679-681, Janez Stanovnik