Hybrid Process Overview MITSUBISHI CHEMICAL ENGINEERING CORPORATION

Target Sector (English)
・For customers in various plants and factories considering energy efficiency improvements.
・For customers seeking solutions to achieve carbon neutrality.
Use Scenes (English)
Separation of large-scale process streams with azeotropic or close-boiling components in energy-intensive processes.
Sales point (English)
Overview of the Hybrid Process
Energy-intensive processes such as distillation continue to play a vital role as highly effective separation operations. However, they are also a major source of CO₂ emissions in manufacturing processes.
Mitsubishi Chemical Engineering leverages the unique advantages of each separation technology to propose optimized hybrid processes, contributing to energy savings and CO₂ reduction for our customers.

Notices (English)	Benefits of Implementing Mitsubishi Chemical Engineering’s Hybrid Process. 1.Achieves energy savings by combining distillation and membrane separation. 2.Optimizes operating and capital costs. (OPEX & CAPEX) 3.Minimizes energy use leveraging the strengths of each process. → By incorporating membrane separation, energy consumption can be reduced by ~50% vs. conventional distillation.

MITSUBISHI CHEMICAL ENGINEERING CORPORATION

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