Geographically, Europe is currently the hotbed of these next-generation crackers as three major ‘e-cracker’ initiatives are being explored in this region.  (Source: TANATPON - stock.adobe.com)
Futuristic Solutions

Make Way for the E-cracking Technology

The ‘E-cracking’ or ‘electric’ cracking technology has the potential to reduce CO2 emissions by at least 90 % as compared to other traditional crackers. By utilizing electricity from renewable sources, the technology has the capacity to decarbonize one of the most energy-intensive processes in the chemical industry. PROCESS Worldwide tracks down the progress made in this space.

Read on

Galleries

Eccentric screw pumps very often work in applications with high wear on the pump. The stator adjustment unit can be used to readjust the stator of progressive cavity pumps with iFD stator. (Source:Netsch)
Pump Technology

What Will The Pump Design of The Future Look Like?

Shorter planning and construction times, more flexible utilization options through rapid modifications, and everything as energy-efficient as possible: The Enpro initiative (Energy Efficiency and Process Acceleration for the Chemical Industry) is opening up interesting options for the process industries with its various development projects. New designs for pumps also offer undreamed-of opportunities, as the first modular concepts and the Hector project show. We explain how tomorrow’s pumps may be both modular and energy-efficient.

Read on