We perform analyses and testing needed for technologies addressing diverse environmental management, conservation systems, waste treatment, and valuable substance recycling. We also assist in problem-solving for chemical processes through experiments concerning chemical reaction rates, substance balances, and other data.
- 1. Environmental Assessment
- ・ Analysis of toxic substances in air and water
- ・ Development of processes for contaminated soil diagnosis and remediation
- ・ Waste incinerator and other environmental assessments and development of environmental management plans
- ・ Measurement of dioxin and other organic toxic substances and proposal of mitigation plans
- ・ Measurement and analysis of vibration and noise
- ・ Consulting for ISO 14000 certification
 
- 2. Evaluation of waste treatment and recycling technologies
- ・ Recycling testing for valuable metals separation/recovery
- ・ Experimental modeling of radioactive substances
- ・ RDF (refuse-derived fuel) system testing
 
- 3. Chemical process technologies
- ・ Measurement of chemical reaction rates, chemical equilibrium testing and materials balances
- ・ Chemical process optimization testing
 









 Through the use of durability evaluation technologies and other technologies for materials evaluation, processes, various simulations, and visualization through measurement, Kobelco Research is focused on becoming a comprehensive automotive testing company.
Through the use of durability evaluation technologies and other technologies for materials evaluation, processes, various simulations, and visualization through measurement, Kobelco Research is focused on becoming a comprehensive automotive testing company.
 While a vehicle is in motion, various forces act upon it. Driving ability, ride quality, and weight reduction to improve fuel economy are significant concerns. Testing to confirm the strength of components is critical.
While a vehicle is in motion, various forces act upon it. Driving ability, ride quality, and weight reduction to improve fuel economy are significant concerns. Testing to confirm the strength of components is critical.


 Lithium-ion batteries are widespread for portable devices since they were commercialized in 1990s. In recent years, development of lithium-ion batteries for automobiles is rapidly promoted and they have been developed in size, focusing on their high energy density.
Lithium-ion batteries are widespread for portable devices since they were commercialized in 1990s. In recent years, development of lithium-ion batteries for automobiles is rapidly promoted and they have been developed in size, focusing on their high energy density. In development of automotive on-board lithium ion batteries, safety design and evaluation must consider ignition and other problems caused by thermal runaway.
In development of automotive on-board lithium ion batteries, safety design and evaluation must consider ignition and other problems caused by thermal runaway.



















