Energy, environmental and greenhouse gas effects of using alternative fuels in cement production
Cement is by far the most widely used man-made material. The global cement industry produces about 3.3 billion tonnes of cement annually. Cement production is energy intensive, with about 200 kg of coal used per tonne of cement.
by Jiao Zhang
Also, the cement industry generates about 5% of global greenhouse gases (GHG). In order to reduce the use of fossil fuels and GHG emissions, some cement producers have started to use alternative fuels (AF) mostly derived from combustible wastes that cannot be recycled economically. The objective of this study was a quantitative analysis of the energy, environmental and greenhouse gas effects of replacing fossil by alternative fuels in cement production. The use of AF was examined with a focus on this practice at two cement plants, one in the U.S. and the other in Mexico.
Get full article here [external link]published: Columbia University Earth Engineering Center, 1|2013
Keywords: Energy Recovery, Mexico, United States of America
Related papers
Integration of Landfills into the EU-ETS 1
Assessment of the Destruction and Removal Efficiency of PFAS in an Incinerator for Hazardous Waste
13 Years of Experience from a Waste to Energy Plant of the EU-ETS
Integrating Carbon Capture into Waste-to-Energy Plants Without Efficiency Losses - Lessons Learnt from the Nordics and Implications for German Facilities
How are Methane Emissions from Landfills Taken into Account in Emissions Trading
Waste Incineration - Source or Sink for PFAS?
From Bush to Trump: 25 Years of U.S. Climate Policy Roller Coaster
Techno-Economic and Environmental Impact Assessment of Organic Waste Incineration for Energy Recovery in Jordan
Waste-to-energy: How Europe can avoid sleepwalking into a landfill catastrophe and achieve net zero
TWT in the Centre of Circular Economy – Roxyfuel for Energy-Saving CO₂ Delivery
Assessment of the Destruction and Removal Efficiency of PFAS in an Incinerator for Hazardous Waste
13 Years of Experience from a Waste to Energy Plant of the EU-ETS
Integrating Carbon Capture into Waste-to-Energy Plants Without Efficiency Losses - Lessons Learnt from the Nordics and Implications for German Facilities
How are Methane Emissions from Landfills Taken into Account in Emissions Trading
Waste Incineration - Source or Sink for PFAS?
From Bush to Trump: 25 Years of U.S. Climate Policy Roller Coaster
Techno-Economic and Environmental Impact Assessment of Organic Waste Incineration for Energy Recovery in Jordan
Waste-to-energy: How Europe can avoid sleepwalking into a landfill catastrophe and achieve net zero
TWT in the Centre of Circular Economy – Roxyfuel for Energy-Saving CO₂ Delivery
