Paris / Frankfurt am Main / Beijing / Brussels / /
Company
Dow Chemical / Rainer Diercks / INTERNATIONAL ENERGY AGENCY / CO2 / DECHEMA / BASF / ExxonMobil / /
Continent
Europe / /
Country
Germany / United States / /
Currency
USD / / /
Event
Force Majeure / Environmental Issue / /
IndustryTerm
energy demand / chemicals industry / energy subsidies / energy saving role / chemical transformations / lower energy inputs / transportation / chemical plants / oil supply / individual chemical products / renewable energy applications / renewable energy sources / consumer chemicals / technology advances / energy efficient technology / energy use / practice technologies / chemical products / chemical reaction / catalysis target energy savings / finance / energy supply / technology-based efficiency improvement potential / non-chemical alternatives / annual primary energy use / value chain / energy savings / energy / energy intensity / chemical processing accounting / finance options/ framework / chemical reactions / pharmaceuticals / energy consumption / deeper energy / isolated technology / energy revolution / fossil energy savings / chemical processes / radical technology changes / in-use products / production chain / marriage broker / energy intensity history / information technology / lower activation energy / energy sector / process chain / direct energy / Energy efficiency / flue gas / important technologies / low-carbon energy technologies / substantial energy savings / fossil energy use / large-volume/high-energy use processes / base chemicals / chemicals / process technology advances / large-volume chemicals / technology roadmaps / final energy demand / energy savings potential / renewable technologies / technology pathway / transport technologies / shale gas / industrial energy user / energy cooperation / energy security / Energy impact / Gas-to-liquid / speciality chemicals / chemical industry account / optimistic and emerging technologies / renewable energy / technology improvements / greenhouse gas / High-value chemicals / oil / particular chemical processes / chemical product-type scenarios / clean energy / energy costs / large energy user / given product / energy efficiency investments / industrial applications / industrial energy demand / chemical industry / technology perspective / chemical sector / low-carbon chemical sector / greenhouse-gas / energy saving / large energy consumer / chemical production volumes / fossil energy demand / energy intensity2 / reducing energy use / /
Organization
IEA Publication Unit / U.S. Securities and Exchange Commission / American Chemistry Council / China Petroleum and Chemical Industry Federation / International Council of Chemical Associations / G8 / Japanese Chemical Industry Association / Association of International Chemical Manufactures / China Business Council for Sustainable Development / Society for Chemical Engineering and Biotechnology / Core Team / /
Person
Astrid Dumond / Bertrand Sadin / Nathalie Trudeau / Kevin Swift / Araceli Fernandez Pales / Cecilia Tam / Florian Ausfelder / Maria van der Hoeven / Marilyn Smith / Alexis Bazzanella / Laszlo Varro / Regina Wilde / Uhde Pontzen / Peter Botschek / Rebecca Gaghen / Muriel Custodio / Florian Pontzen / Hans VanBrackle / Claus Beckmann / Yoshimitsu Kobayashi / Cheryl Haines / Annette Hardcastle / Bernd Langanke / /
Position
marriage broker / Executive Director International Energy Agency / CEO / Co-chair 4 Technology / model / Chairman / /
PublishedMedium
Foreword / /
Technology
information technology / 4 Technology / low-carbon energy technologies / isolated technology / 2050 18 Technology / Biotechnology / 22 Technology / practice technologies / transport technologies / pdf / 12 Technology / biocatalysis / publication Energy Technology / /
2050 Energy and GHG Reductions in the Chemical Industry via Catalytic Processes tiv