At a glance
| Booth | L0916 |
| Country | TW |
| Website | tridentgreentw.com |
Company profile
Trident Green Environmental Technology Co., Ltd. was established in November 2019 and provides technical services for pollution prevention and control, energy saving and carbon reduction, energy integration, and resource regeneration, using years of practical experience to provide customers with complete environmental solutions. Its technical portfolio covers membrane bioreactor systems (MBR), ammonia recovery and resource-conversion systems, high-efficiency short-bed absorption and stripping systems, energy-saving evaporative crystallization equipment (MVR), organic-solvent energy-recovery systems, air-pollution control technology (RCO), and organic-molecule plasma decomposition technology. The company connects pollution treatment with circular-economy and net-zero-carbon objectives, reflecting an operating concept based on forward-looking energy circulation and the recovery and reuse of materials that would otherwise remain outside the main product stream. Its approach addresses not only proper treatment and reduction of pollutants but also the reuse of process-derived materials in order to reduce extraction of natural raw materials, lower impacts on environmental ecosystems, support sustainable production, and pursue net-zero carbon emissions. Environmental, social, and corporate governance (ESG) form three dimensions that the company considers in balance when extending this resource-circulation approach to other enterprises. For semiconductor users, the company's relevance is environmental compliance and infrastructure for wastewater, air-pollution, and solvent treatment rather than chipmaking equipment, linking its environmental technologies to supporting utility and pollution-control needs around manufacturing operations.
Exhibits
For air-pollution control, Trident Green Environmental Technology Co., Ltd. supplies VOCs treatment for industrial exhaust, VOC control, and PM2.5 reduction, with the objective of improving the breathing environment around industrial emissions. Its water and liquid-treatment offering includes high-efficiency wastewater-treatment technology intended to achieve water-resource reclamation and circular reuse. The membrane bioreactor system (MBR) forms part of the wastewater and pollution-control technology portfolio, while the ammonia recovery and resource-conversion system is aimed at recovering ammonia as a resource rather than treating it only as a waste stream. High-efficiency short-bed absorption and stripping systems and energy-saving evaporative crystallization equipment (MVR) add absorption, stripping, evaporation, and crystallization routes to the company's treatment options for industrial liquid and process streams. Organic-solvent energy-recovery systems use thermal decomposition to break organic waste solvents into smaller molecules and generate combustible gas that can be used as an energy source for boilers, heating furnaces, roasting furnaces, or generators. Air-pollution control technology (RCO) and organic-molecule plasma decomposition technology complement the VOCs and industrial-exhaust treatment scope with additional air-pollution and molecular-decomposition approaches. The resource-recycling concept also combines waste-plastic treatment at high temperature to produce high-quality activated carbon, which can be returned for use in wastewater plants or air-pollution-control equipment. Taken together, the technologies cover industrial exhaust and VOC control with PM2.5 reduction, wastewater treatment with water reclamation and reuse, solvent-to-energy conversion, activated-carbon reuse, and process systems for pollution control, resource recovery, and energy integration.
Capabilities and products
- industrial exhaust and VOC treatment
- PM2.5 emission reduction
- wastewater treatment and water recycling/reuse
- membrane bioreactor (MBR) systems
- ammonia recovery and resource-reuse systems
- high-efficiency short-bed absorption stripping systems
- energy-saving evaporative crystallization equipment (MVR)
- organic-solvent energy recovery systems
- RCO air-pollution control
- organic-molecule plasma decomposition
- waste organic-solvent pyrolysis to fuel gas