Taiwan Kanken Techno Co., Ltd.

Exhibitor at SEMICON Taiwan 2026 · Booth J2554

Booth J2554Country TW4 product topics
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BoothJ2554
CountryTW
Websitewww.kanken-techno.co.jp/e_index.html
Exhibitor profile

Company profile

Taiwan Kanken Techno Co., Ltd. focuses on environmental-protection equipment that detoxifies and abates harmful exhaust gases generated in semiconductor and other advanced-industry manufacturing processes. Kanken Techno states that it is located in Kyoto, the birthplace of the Kyoto Protocol, and describes a business centered on air-pollution-control and environmental-protection equipment. Its operating model keeps research and development, design, manufacturing, sales and after-service functions together as one business unit, with an emphasis on consistent service from product development through maintenance. The company describes long-developed know-how as a basis for proprietary technology and says it aims to continue meeting the needs of customers around the world while responding to environmental and social requirements. Its sustainability approach centers on protecting the atmosphere, developing environmental equipment, preserving resources and the environment, and contributing to social and economic development. Its patented abatement technologies are presented for hazardous gases and PFC gases from semiconductor, LCD and PV factories, with high destruction and removal efficiency. The sustainability message also uses the theme of creating a refreshing environment and recycling energy as a motto for environmental-equipment development.

Exhibitor profile

Exhibits

The Local Scrubber requires electricity, water and N2, and it can treat PFC gases including CF4, SF6, C2F6, C3F8, N2O and NF3. Based on IPCC guide line 2006, the Local Scrubber is stated to provide DRE of 90% or more for the listed PFC gases, with NF3 at 95% or more; higher DRE can be guaranteed subject to discussion of the detailed gas recipe and related conditions. The abatement-equipment lineup uses multiple methods including scrubbers and thermal oxidation, and its thermal-oxidation technology adopts an electric type. For plant-scale exhaust treatment, the company offers large equipment for gases such as VOCs and uses scrubber and thermal-oxidation technologies across a wide range of air volumes. Its gas-recycling business includes recovery and purification equipment for rare gases that are becoming scarce worldwide. Its exhaust-gas treatment equipment is intended for toxic gases, combustible and combustion-supporting gases, global-warming gases, and volatile organic compounds, reducing environmental impact while supporting a safer exhaust environment. The company states that its electrically powered exhaust-gas treatment equipment does not use fossil fuel and therefore does not generate new carbon-dioxide emissions, while fossil-fuel-using products are also designed to improve energy efficiency and reduce fuel use as much as possible. The lineup includes high-efficiency treatment for PFC greenhouse gases, safe treatment of combustible and combustion-supporting gases, detoxification of gases containing highly toxic substances, indoor equipment that can be placed near emission sources, and outdoor equipment that can be designed to match site layouts. For production and development environments, the range includes thermal-oxidation decomposition equipment that can collectively process greenhouse gases and combustible or combustion-supporting gases, dry equipment that does not use wastewater, and wet equipment that uses water. For PFC greenhouse gases, the company specifically describes high-efficiency treatment of gases that are difficult to process. The exhaust-gas treatment equipment is described as usable not only in mass-production factories but also for development applications. Its business is organized around abatement equipment, deodorization and VOC treatment systems, and gas-recycling equipment, with research, design, manufacturing, sales and maintenance handled as an integrated service chain. Installation options include indoor equipment that can be placed near the gas-generation point and outdoor equipment whose design can be adjusted to the required layout.

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