Please use this identifier to cite or link to this item:
|Document Type: ||Report|
|Title: ||Carbon Brainprint Case Study: training for landfill gas inspectors|
|Authors: ||Parsons, David J.|
Chatterton, Julia C.
Longhurst, Philip J.
|Issue Date: ||2011|
|Citation: ||David Parsons, Julia Chatterton, Phil Longhurst. Carbon Brainprint Case Study: training for landfill gas inspectors. Centre for Environmental Risks and Futures. Cranfield University. 2011.|
|Abstract: ||Anaerobic deterioration of biodegradable wastes in landfill sites is an
important source ofgreenhouse gases. Of the estimated UK total of 2330 kt
methane emitted in 2008, 966 kt(equivalent to 24 Mt of carbon dioxide) came from
landfill, compared with 876 kt from livestockagriculture, the next largest
source. Increasing the amount of methane that is recovered andused as fuel is an
important method of reducing emissions.
In 2008 Cranfield University was asked by the Environment Agency (EA) to run a
12 day course to train 12 EA officers, based on the knowledge of a retired EA
industry expert. At the end of thecourse, the students split into two groups,
each of which undertook 12 site visits. These 24sites were subsequently assessed
by the EA, who estimated that the additional measuresrecommended had collected
an additional 7,600 m3/hr of landfill gas. A further 12 officers havenow
received the advanced training, and another 70 have attended a foundation course
inwhich they learn how to audit and assess landfill gas controls on sites.
The additional collection of methane resulting from the first set of visits is
equivalent to453 kt CO2e/year. Extrapolating from this by making conservative
assumptions about possiblediminishing returns, the savings to the end of 2010
from the two groups (the retrospectivebrainprint) are about 1,330 kt CO2e with a
95% confidence range of 1,091-1,570 kt CO2e. Usingthe same assumptions, if both
groups continue working for a further three years, the savingsover the five year
period (the prospective brainprint) will be 5,380 kt CO2e with a 95%confidence
range of 3,695-7,309 kt CO2e.|
|Appears in Collections:||Staff publications - School of Applied Sciences|
Items in CERES are protected by copyright, with all rights reserved, unless otherwise indicated.