Our company complies with the sustainable business implementation by not only focusing on profits but also considering the importance of safety in the plant, safety in work procedures and hygiene for our employees. More importantly, we are determined in controlling and protecting the environment from any possible detrimental impact. We also manage our resources to fully maximize efficiency and profitability.
Here at NMT, we take full responsibility on air pollution because we appreciate the ill-effect that the poor quality of air has on the health and environment of the surrounding community as well as our employees. NMT fully complies with all environmental laws and frequently monitors air quality to ensure that the proper standards are met. The installation of the Wet Scrubber is an additional method used to control pollution. Its main function is catch and trap any chemical vapors from the manufacturing process that may otherwise escape.
NMT has invested in the infrastructures of industrial waste water treatment and the preparation of possible flood prevention to prevent water pollution and the propagation source of pathogen at its facilities.
Electrical energy is the most important factor on the economic development of any plant, especially its use with day to day operations and activation of equipment, machinery and lighting. NMT understands this and has set policy to change all current candescent and fluorescent lighting to LED which utilizes less mercury and much less energy. This change makes for an eco-friendly environment and saves the company in overall energy consumption.
NMT operates as an eco-friendly business with the highest levels of resource re-usage. We have been active in over 30 years in the treatment of water and waste sorting and management. NMT has achieved Level 3 of the Green Industrial Standard Certification from the Thailand Ministry of Industry.
The Reverse Osmosis System, or RO, is an additional method used by NMT to improve domestic water quality.
The steam system boiler is another process used to decrease the amount of pollution and debris launched from the exhaust gas of the manufacturing process.