Energy Efficiency: A Guide to Current and Emerging Technologies. Volume 2: Primary Production and Industry (1996)

View/ Open
Type of Content
Authored BooksPublisher
Centre for Advanced Engineering, University of CanterburyISBN
978-0-908993-07-9Collections
Editors
Abstract
Energy Efficiency: A Guide to Current and Emerging Technologies is the fourth and final major CAE project, carried out between 1993 and 1996. It was published in 1996 in two volumes – Volume 1, Buildings and Transportation, dealing with domestic, commercial and industrial buildings and transport, and Volume 2, Primary Production and Industry, dealing with primary production, food processing, forestry processing and manufacturing and minerals. Volume 2 also includes a section on general energy efficiency technologies. The focus of the two volumes is on energy efficiency technologies currently available and applied overseas, but not widely used in New Zealand, and on emerging technologies that are likely to prove practical for New Zealand within the next decade. While the emphasis is on New Zealand experience, the technologies discussed have application worldwide. Barriers that might restrict the use of individual technologies are also discussed.
Rights
All Rights ReservedRelated items
Showing items related by title, author, creator and subject.
-
Energy Efficiency: A Guide to Current and Emerging Technologies. Volume 1: Buildings and Transportation
Centre for Advanced Engineering (Centre for Advanced Engineering, University of Canterbury, 1996)Energy Efficiency: A Guide to Current and Emerging Technologies is the fourth and final major CAE project, carried out between 1993 and 1996. It was published in 1996 in two volumes – Volume 1, Buildings and Transportation, ... -
Preliminary Investigation into the Current and Future Growth and Affordability of ORC Electricity Generation Systems
Southon M; Krumdieck S (2015)The Organic Rankine Cycle (ORC) provides a way to produce power from heat resources that are at too low of a temperature to be competitively converted using steam-Rankine cycles. While ORC systems using geothermal, biomass, ...