Potential for Greenhouse Gas Reduction in Industry through Increased Heat Recovery and/or Integration of Combined Heat and Power
Journal article, 2003

The potential for greenhouse gas (GHG) reduction in industry through process integration measures depends to a great extent on prevailing technical and economic conditions. A step-wise methodology developed at the author's department based on pinch technology was used to analyse how various parameters influence the cost-optimal configuration for the plant's energy system, and the opportunities for costeffective GHG emissions reduction compared to this solution. The potential for reduction of GHG emissions from a given plant depends primarily on the design of the industrial process and its energy system (internal factors) and on the electricity-to-fuel price ratio and the specific GHG emissions from the national power generation system (external factors).

Heat exchanging

Process integration

Fuel switching

CO2

Greenhouse gas emissions

CHP

Parameter analysis

Author

Helén Axelsson

Chalmers, Department of Chemical Engineering and Environmental Sciences, Heat and Power Technology

Simon Harvey

Chalmers, Department of Chemical Engineering and Environmental Sciences, Heat and Power Technology

Anders Åsblad

Chalmers, Department of Chemical Engineering and Environmental Sciences, Heat and Power Technology

Thore Berntsson

Chalmers, Department of Chemical Engineering and Environmental Sciences, Heat and Power Technology

Applied Thermal Engineering

1404-7098 (ISSN)

Vol. 23 1 65-87

Subject Categories

Chemical Engineering

DOI

10.1016/S1359-4311(02)00158-8

More information

Created

10/7/2017