Detail publikace
Improved Process and Equipment Design in Relation to Waste to Energy Systems
STEHLÍK, P. MARTINÁK, P. HAVLEN, L. PUCHÝŘ, R. HAJNÝ, Z. ORAL, J.
Anglický název
Improved Process and Equipment Design in Relation to Waste to Energy Systems
Typ
článek ve sborníku ve WoS nebo Scopus
Jazyk
en
Originální abstrakt
Waste to energy technologies should be included in processes for the thermal treatment of wastes wherever possible. Systems like these provide us (in addition to the primary purpose – incineration of wastes) with clean, reliable and renewable energy. This can be considered as a contribution to sustainable development at present. Environmental and economic benefits, including reasons for investment in waste to energy technologies are briefly mentioned. Relations between process, wastes and energy in the process industries are demonstrated and a possible approach to an ideal concept of a waste to energy plant structure is described. Improving process design in relation to waste to energy systems is shown using examples (multi-purpose incinerator for processing solid wastes, incineration unit for treatment of sludge originating in pulp and paper plant, integrated unit for thermal treatment of gas wastes). Similarly, an improved equipment design is demonstrated through several examples (new type of heat exchanger, optimum design of plate type heat exchangers used especially for preheating polluted air, cogeneration systems and their relation to incinerators).
Anglický abstrakt
Waste to energy technologies should be included in processes for the thermal treatment of wastes wherever possible. Systems like these provide us (in addition to the primary purpose – incineration of wastes) with clean, reliable and renewable energy. This can be considered as a contribution to sustainable development at present. Environmental and economic benefits, including reasons for investment in waste to energy technologies are briefly mentioned. Relations between process, wastes and energy in the process industries are demonstrated and a possible approach to an ideal concept of a waste to energy plant structure is described. Improving process design in relation to waste to energy systems is shown using examples (multi-purpose incinerator for processing solid wastes, incineration unit for treatment of sludge originating in pulp and paper plant, integrated unit for thermal treatment of gas wastes). Similarly, an improved equipment design is demonstrated through several examples (new type of heat exchanger, optimum design of plate type heat exchangers used especially for preheating polluted air, cogeneration systems and their relation to incinerators).
Klíčová slova anglicky
Waste to Energy, process, equipment design
Rok RIV
2002
Vydáno
14.05.2001
Místo
USA
Kniha
IT3 Conference Incineration & Thermal Treatment Technologie Proceedings on CD ROM
Počet stran
10
BIBTEX
@inproceedings{BUT6815,
author="Petr {Stehlík} and Petr {Martinák} and Leoš {Havlen} and Radim {Puchýř} and Zdeněk {Hajný} and Jaroslav {Oral},
title="Improved Process and Equipment Design in Relation to Waste to Energy Systems",
booktitle="IT3 Conference Incineration & Thermal Treatment Technologie Proceedings on CD ROM",
year="2001",
month="May",
address="USA"
}