Determining the Calorific Value of Waste Materials

Environmental laboratory

Determining the Calorific Value of Waste Materials

15 Jan, 2014

Published over 12 years ago. See the latest and most current information on Environmental laboratory.

Exeter Analytical (UK), in conjunction with a number of leading waste reclamation organisations, has developed a methodology for their Model 440 CHN Elemental Analyser enabling determination of the suitability of a waste material for use as a fuel in waste to energy plants. With the volume of waste materials generated by industrialised nations growing year on year the search for an effective environmentally-friendly alternative to disposal in landfill sites is being actively sought. 

One solution being actively investigated by waste reclamation organisations is using the organic matter in waste as a fuel in waste to energy plants. However waste materials are typically inhomogeneous containing a wide range of components in addition to organic materials. Consequently the need for a rapid method to determine the energy content of waste materials has been much sought after.

Using an Exeter Analytical Model 440 Elemental Analyser the percentage Carbon, Hydrogen and Nitrogen in a waste sample, which relates directly to its energy content, can be accurately determined in as little as six minutes. 

Latest News

IET 36.5 Sept/Oct 2026

Explore our Digital Edition

Discover the latest news and research

Digital edition

Explore Our Other Sites

Labmate Online
Mayo Clinic and Thermo Fisher Scientific launch Precure LLC to identify signs of disease before their symptoms appear
Explore more Arrow
Pollution Solutions Online
Smarter wastewater management helps futureproof distillery operations and protect local watercourses
Explore more Arrow
Petro Online
Improving repeatability in diesel fuel lubricity testing
Explore more Arrow
Chromatography Today
Dr. Anupam Giri joins Chromatography Today as consultant editor to strengthen its technical expertise
Explore more Arrow