"Negative emissions technologies" (NETs) that capture and sequester carbon dioxide from the air will need to play a substantial role in mitigating climate change in order to meet climate and economic growth goals. Unlike carbon capture and storage technologies, which remove CO2 emissions from big point sources like coal power stations, NETs remove CO2 from the atmosphere directly or improve natural carbon sinks. Storing carbon dioxide from NETs has the same effect on the environment and climate as preventing the emission of an equal amount of carbon dioxide. According to recent studies, installing NETs could be less expensive and disruptive than eliminating certain pollutants, such as a significant share of agriculture and land-use emissions and some transportation emissions. 'Negative Emission Technologies,' also known as 'Carbon Dioxide Removal,' or 'greenhouse gas removal,' may be required to remove more than 10 billion tonnes of CO2 per year by the end of the century. NETs will never be a complete alternative for decreasing emissions, but they may be effective in displacing some energy/emission intensive industries. A single NETs solution is unlikely to be scalable enough to address this need, hence a portfolio of techniques may be more practical.
Title : Computer simulation of the offshore CO2 geological sequestration in smeaheia, Norway
Marte Gutierrez, University Transportation Center for Underground Transportation Infrastructure (UTC-UTI), United States
Title : Achieving a carbon free built environment with circular economy
Azzeddine Oudjehane, Southern Alberta Institute of Technology, Canada
Title : Forecasts of global renewable energy generation and analysis of key factors affecting the growth of renewable energy markets.
Abhishek Asthana, Sheffield Hallam University, United Kingdom
Title : Liquid crystal photo alignment and photo patterning based on nanosize azodye layers.
Vladimir Chigrinov, Hong Kong University of Science and Technology, Hong Kong
Title : Application of artificial intelligence and remote sensing in tackling aggravated climatic challenges through correlational study of ocean-cryosphere interactions with climate variability by developing numerical ocean-cryosphere climate variability predict.
Virendra Goswami, IIT & Environment & Peace Foundation, India
Title : Image super-resolution for climate projections
Saurabh Paul, S&P Global Market Intelligence, United States
Title : Cooking up a catastrophe: Raising eu consumer awareness of health impacts of gas cooking
Alexia Ross, CLASP, United States
Title : Financing climate change adaptation and its devolution through national budget in Tanzania.
Peter Msumali Rogers, University of Dar es Salaam, United States
Title : Assessment of effects of introducing battery system on solar power plant owner market position
Zeljko Tomsic, University of Zagreb , Croatia (Hrvatska)
Title : Opportunities for waste recovery in mining industry
Iuliana Laura Calugaru, Industrial Waste Technology Center (CTRI), Canada