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Decarbonisation Scenarios for the Chemical Industry

Going Green: Decarbonisation Becomes the Billion-Dollar Chance for Chemicals

Is it the end of the oil era? A vision for the decarbonisation of the chemical industry — Chemistry could become almost neutral to climate by 2050, as recent studies show. The price would be, however, enormous: Up to a tenfold of the current investment volume per year had to be pumped into alternative raw materials and process development. Is the dream of green chemicals over before it even began? How realistic is the decoupling of fossil raw materials overall? And what could be done now?

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Jobs, jobs, jobs - 8.9 million employees could profit from the boom in bio fuels. (Picture: Novozymes)
Biomass Energy Conversion

Biomass Conversion: Untapped Reservoir of Clean Energy?

India is a power-starved country, whereas the country’s biomass resources (otherwise waste) hold a great potential to address the challenge. About 15 GW of electricity generating capacity could be achieved through adding cogeneration capabilities in various industries including sugar mills, breweries, textile mills, distilleries, fertilizer plants, pulp and paper mills and rice mills.

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The Helwan plant, 30 km south of Cairo, produces 1,200 t/d of ammonia and 1,925 t/d of urea.  (Picture: Uhde)
Urea Nitrogen-Based Fertilizers: A Fuel for Growth

GEA Ecoflex Plate Heat Exchangers Prove Their Worth in Fertilizer Plants

The world’s population is expanding rapidly, and so too are its energy requirements. Providing food for almost seven billion people, and reducing our dependence on crude oil by using plant-based energy sources, require the targeted use of fertilizers. The production of nitrogen-based fertilizers is a chemically complex process in which heat is repeatedly transferred between the process media. As the world’s leading fertilizer plant engineering company, Uhde relies mainly on plate heat exchangers from GEA Ecoflex.

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