intermittent renewable electricity sources / basic chemicals / chemical solutions / energy saving solutions / electricity prices / chemical sites / greenhouse gas emissions reduction / renewable energy generation / less energy-intensive parts / constant level energy use / greenhouse gas intensity / unconventional gas / basic chemical industry / greenhouse gas emissions savings / natural gas / greenhouse gas emissions intensity / electricity sector / low carbon technologies / energy use / chemical products / greenhouse gas / continued energy efficiency improvements / energy prices / energy-intensive basic chemical industry / nhouse gas / energy efficiency improvements / value chain / chemical industry can / energy savings / crucial greenhouse gas emission abatement options / energy / energy policies / greenhouse gas emissions / absolute greenhouse gas emission reduction / energy intensity / overall greenhouse gas emissions reduction / energy efficiency potential / deep greenhouse gas emissions reduction / greenhouse gas emissions reduction options / energy efficiency improvement / manufacturing base / industrial final energy use / contributions chemicals / chemical processes / greenhouse gas intensity developments / greenhouse gas intensity improvements / chemical industry / electricity bill / gas emissions / energy-intensive subsectors / avoided greenhouse gas emissions / greenhouse gas efficiency solutions / net greenhouse gas emissions reduction / chemical industry value chain / electricity production / reduced greenhouse gas emissions intensity / high energy / energy efficiency / technology development scenarios / greenhouse gas emission reduction options / absolute greenhouse gas emissions reduction / Ambitious energy efficiency improvements / low carbon solutions / food waste / energy user / /
Organization
Executive Committee of Solvay / European Union / /
Person
Kurt Bock / Jacques van Rijckevorsel / /
Position
President / Director - INEOS Group / CEO / Chairman / Executive / /
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