We carry out national governmental tasks implemented by the government.
We have undertaken various national projects such as material development, development of analytical technology, development of additives, and development of scavengers.
We collaborate to carry out the project in cooperation with other companies, such as reduction of hazardous substances in our company’s products, identification of the cause of odor, and study of odor reduction.
Various materials are used to produce products. Rubber, plastics, and fibers are evaluated to prevent consumers from being exposed to harmful substances emitted from materials.
We conduct reduction research based on the result of material evaluation. We are working on abatement technologies by developing additive to the production process or identifying process problems.
|2003||Manufacture and application of Nano-porous three-dimensional functional composites|
|2004||Development of formaldehyde removing agent from boards such as MDF, PB, and plywood|
|Developed additive to eliminate odor generated from PPF among the automobile interior materials|
|2005||Development of formaldehyde removing agent generated from construction adhesives|
|Development of high performance nano-porous adsorbent for TX removal|
|Development of chemical adsorption treatment method for polymer foam materials with NH3 and Acetophenone|
|Analysis of volatile organic compounds and research on odor reduction in automotive interior parts|
|Manufacture and application of Nano-porous three-dimensional functional composites|
|2006||Development of environment-friendly rubber composite building material for indoor air quality improvement|
|Development of harmful organic matter reduction technology generated in automobiles|
|Development of mesoporous Titania solid additive for removing toxic substances emitted from indoor wallpapers in construction|
|2011||Identification of the cause of odor in car air conditioner of A company (Identification of odor causing substance directly generated from automobile air conditioner)|
|2012||Development of a guide to evaluating vehicle odor in A Company’s automobile (Identification of residual causes of odors in automobile air conditioners)|
|2013||Development of a guide to evaluating automobile odor of A Company’s automobile (Odor from all driving processes)|
|mVOCs analytical technology service for development of A Company’s automobile biofilm coating|
|Assessment of odor and interior material relevance of automobile air conditioner of A Company|
|2014||VOC analysis for microorganism toxicity evaluation of A Company’s automobile|
|2015||Identification of C/P odor causing material of B Company|
|Development of natural material odor and harmful substance reduction technology for A Company’s automobiles|
|2016||Development of technology to reduce odor-causing substances to improve indoor air quality in automobile of A Company|