Carbon Emissions refer to the release of Carbon Dioxide gas into the atmosphere. CO2 is produced through the burning of carbon based fossil fuels such as the coal, fuel and oil used in most homes and power stations. Petrol, diesel and jet fuel also produce high levels of CO2.
CO2 is a greenhouse gas meaning it traps the heat from the sun in the atmosphere and warms the earth. However, the increasing levels of CO2 are the causes of the surface temperature increase related to Global Warming.
Carbon Footprint
The amount of Carbon Emissions you release into the atmosphere is known as your Carbon Footprint. The amounts of electricity and fuel used equate to your footprint. The main additions to your carbon footprint come from, how you travel on a daily basis, the amount of electrical appliances you use and the type and amount of electricity you use at to heat your home.
Denise Hatem, Senior Regulatory Counsel at Sovos, shines a light on the forthcoming EU carbon tax policies and advises cross-border manufacturers on how they can prepare for these changes.
In this environment focus, we explain everything you need to know about carbon offsetting from what is it, why it is so important and how it can help improve environmental issues.
The Potsdam Institute for Climate Impact Research analysed real-time data to understand the impact of this unprecedented lockdown on global carbon emissions.
Valpy Fitzgerald, Director of Green Markets at Opus Energy, highlights the biggest sustainability obstacles SME owners are facing right now in and explores the ways in which they might overcome them.
Andrew Smallbone, Associate Professor in the Department of Engineering, University of Durham and Durham Energy Institute Fellow, explores how net-zero can be made easier by embracing solutions for heat, transport and electricity together.
Anthony Ainsworth, COO, Industrial & Commercial, npower Business Solutions, highlights the top five sustainability actions local governments can take now to plan their road to net zero.
Paul Wells, CEO of IM&M, discusses how changing your energy consumption as part of your Intelligent Building Strategy can have a huge impact on both cost and energy usage.
Here, Professor Stephen Skinner, Imperial College London, discusses the potential of solid oxide cells to meet our future energy needs with reduced carbon emissions.
Considering carbon as a lone entity during permafrost thaw is likely to lead to over-confident projections of permafrost carbon emissions, highlights Sophie Opfergelt, Earth and Life Institute, UCLouvain, Belgium.
