Emerging Technologies and Solutions for the Sustainable Climate Change Challenges

doi:10.3390/books978-3-03928-996-7

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Hardback

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Keywords

vertical ground heat exchangers; thermal properties; numerical analysis; concrete face rockfill dam; face slab; cavity; impulse response method; electrical resistivity tomography; CFBC; fly-ash; self-hardening; limestone; sorbent; desulfurization; artificial joint specimen; roughness; mechanical aperture; quantitative generation; random midpoint displacement method; 3D printer; green cement; alternative binders; cement industry; CO₂ emission; alternative fuel; composite membrane; polyamide; membrane module temperature; hydrogen; carbon monoxide; stage cut; SRF; fly ash; carbon dioxide; carbonation; CO₂ capture; LiDAR; pillar stability; discontinuum analysis; artificial rock joint; roughness control; hydromechanical characteristics; prediction model; hydraulic aperture; mineral carbonation; greenhouse gas (GHG) emission; climate change; Australian mining; mining waste; mine reclamation; green cement; climate change; CO₂; clean development mechanism; CDM methodology; carbon credit; emission trading scheme; calcium hydroxide; lime mud; nanoparticles; phosphorus removal; wood flours; in-situ CaCO₃ formation; brightness; smoothness; printing paper; conservational property; waste heat recovery; water recovery; organic Rankine cycle; vapor compression cycle; pumped heat pipe cooling; flue gas; power plant; coal ash; circulating fluidized bed combustion (CFBC); rare earth elements (REEs); leaching; calcium oxide nanoparticle; sol-gel method; eggshell; climate change; sustainability; environment; water policy; India; South Korea; precipitation; pressurization system; ventilation fan; differential pressure; gas leakage; backfilled area; Heap Leaching; mining waste; recovery; valuable metals; rare earth; energy applications; green tuff; towada stone; calcination; recycle; tile; hydrogen peroxide; radical; ESR; adsorption; formaldehyde; UV; photocatalysis; bottom ash; sulfation; roasting; oxalic acid; rare earth; erbium; secondary raw material; sustainable; battery wastewater; sulfate removal; lead removal; National Strategic Project; carbon mineralization; carbon utilization; National Designated Entity (NDE); climate cooperation; South Korea; mine reclamation; coal ash; complex carbonates; environmental policy; metal oxide; carbon; composite; energy storage; electrochemical device

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Emerging Technologies and Solutions for the Sustainable Climate Change Challenges

Edited by

April 2021

306 pages

ISBN 978-3-03928-995-0 (Hardback)
ISBN 978-3-03928-996-7 (PDF)

https://doi.org/10.3390/books978-3-03928-996-7

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This is a Reprint of the Special Issue Emerging Technologies and Solutions for the Sustainable Climate Change Challenges that was published in

Environmental & Earth Sciences

Summary

The Special Issue/book introduces advanced techniques and research that have helped to reduce CO2 emissions and to use CO2 for the manufacturing of valuable products. This book refers the research trends and emerging technologies contributing to the mitigation of current climate change. It covers multidisciplinary research topics such as carbon mineralization, solid waste management, and convergence technologies for sustainable solutions for climate change.