MITSUBISHI CHEMICAL ENGINEERING CORPORATION

・For customers facing labor shortages and seeking workforce efficiency improvements at manufacturing sites.
・For customers facing challenges in technical knowledge transfer.

・For customers looking to introduce automation and labor-saving technologies.
・For customers aiming to promote the transfer of skills and expertise from experienced personnel.

Overview of Digital Transformation (DX)
We begin by understanding each customer’s challenges and objectives, followed by planning and conceptualization. Through in-depth analysis of current operations, we identify the present situation and examine solutions from a comprehensive, end-to-end process perspective.

・Manufacturers in industries such as chemicals, pharmaceuticals, food, and semiconductors
・Customers considering the introduction of new equipment, upgrades, or efficiency improvements
・Customers facing challenges with aging or capacity limitations of existing facilities

・ Construction of new plants and expansion or modernization of facilities
・ Development of manufacturing lines with advanced quality control requirements
・ Driving digital transformation (DX) and logistics optimization
・ Promoting workforce efficiency through automation and labor-saving solutions

・ Extensive track record across a wide range of industries, from chemicals to semiconductors
・ Optimal design leveraging cross-industry expertise
・ Stability and scalability designed for long-term operations

・For customers in various plants and factories considering energy efficiency improvements.
・For customers seeking solutions to achieve carbon neutrality.

Separation of large-scale process streams with azeotropic or close-boiling components in energy-intensive processes.

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.

Designed for customers in various plants and factories aiming to improve energy efficiency. Ideal for customers seeking solutions to achieve carbon neutrality.

For customers aiming to reduce CO₂ emissions and waste heat.
For those seeking energy savings without modifying current production processes.

Self-Heat Regeneration Technology is a system that recycles thermal energy, minimizing the need for external fuel-based energy input. It is a patent technology capable of achieving approximately 85% energy savings in distillation processes.
We assess each customer’s current conditions and provide tailored proposals, including estimated energy savings and cost-effectiveness.

・ Equipment and technical personnel at chemical and fine chemical manufacturers
・ Customers considering new plant construction or facility expansion
・ Customers facing challenges in project management

・ Concept planning and basic design of new chemical plants
・ Expansion and upgrade projects for existing facilities
・ Evaluation and planning of equipment modifications associated with process changes

・ Control over approximately 80% of project costs at the early design stage
・ Optimal design proposals based on process characteristics
・ Extensive experience and know-how in chemical plant engineering