In the detail: The integration of the continuously running Miprowa production reactor into the existing building infrastructure at Shaoxing Eastlake in China near Shanghai. (Ehrfeld; [M] Beeger)
Microreactors & Process Intensification

Microreactors Make it Big: Can Micro- or Milli-Reactors be Used in Multi-Ton Production Plants?

My, how you've grown! Micro- and millireactors bring process intensification in specialty chemistry and pharmacy — One of the current challenges facing the process industry is a change in product portfolio away from commodities to customer-specific specialties. The paradigm shift in process technology production from the batch principle to the continuous flow process based on micro- and millireactors offers great advantages in many cases and is now showing initial success on an industrial scale.

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 (EPC Engineering & Technologies, © Julien Eichinger - stock.adobe.com;[M]Grimm, GötzelHorn)
Chemical and Polymer Project Engineering

It's an Ideas Thing: Polymer Plant Engineers Think Bigger

Engineering begins with an idea at a one-stop specialist for chemical and polymer projects  – Can a process that traces its roots back to the 19th century become even better today? Can the production capacity of a PET plant be enhanced by over 100 % without replacing the main reactor? And can a one-stop engineering provider still have a specific solution for each problem? The answer to all this questions is — yes, with the right ideas.

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From smokestack to test tube: Will exhaust gases become a raw material for chemicals? A project at the Duisburg steelworks is designed to show us how this will work. (©StudioLaMagica, © mitifoto, ©123dartist - stock.adobe.com; [M]GötzelHorn)
Carbon2Chem

Chemicals from CO2: Breathing New Life into Waste Gas

Science, industry and politics are joining forces to turn exhaust gases into chemical raw materials —  Some 20 million tons of CO2 are at stake — this is the amount of greenhouse gas Germany's steelworks emit into the atmosphere every year. No surprise then that experts see great potential for the material use of waste gases. Can the mammoth project “smokestack chemistry” succeed? The Carbon2Chem conference is campaigning for a cooperation between the different players.

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