Energy saving and carbon reduction at the source phase
Through intelligent big data analysis and furnace control parameter optimization, and with the requirements of artificial intelligence algorithms and temperature control process parameters, the air-burning ratio of the kiln combustion process is effectively controlled, which not only realizes efficient carbon reduction control at the source end of the kiln, but also accurately controls the large proportion of thermal nitrogen oxide generation.
Reduce pollution and consumption of flue gas emission
Independently developed WK-CeraCAT ceramic catalytic tube integrated flue gas multi-pollutant collaborative treatment and purification system. With the help of intelligent big data analysis and parameter optimization, the integrated system has achieved the largest purification efficiency, the highest system operation reliability, the lowest cost of operating consumables, and efficient carbon and pollution reduction.
Recycling and reuse of end low-grade waste heat
Independently developed turbine generators and organic matter ORC systems integration, leveraging the phase change characteristics of organic matter to achieve waste heat recovery and reuse of low-grade flue gas and efficient power conversion. Through intelligent big data algorithms, the ORC system power generation efficiency and economic benefits can be maximized and zero carbon emissions can be achieved.
Reduce costs and increase efficiency with AI
The first artificial intelligence technology for industrial kilns to be launched in the country. Relying on the energy-saving and emission-saving artificial intelligence platform, with the deep integration of technologies such as the Internet of Things, big data and AI models, it realizes the automation, intelligence and leanness of the operation process of industrial kilns, and empowers enterprises to reduce costs and increase efficiency.

ZTW first protect the environment

Energy conservation and emission reduction is our mission

Solutions not just Products

Energy saving, emission reduction and carbon reduction

Integrate industry standards and on-site experience; based on big data and artificial intelligence platforms, the entire industrial process of industrial kilns that save energy at the source, emission reduction at the back end, and recycling at the end, and the entire life cycle operation and maintenance of unified standardized design, process operation and maintenance, and standardized operations are automated, intelligent and refined.

Latest News

POWFRAX Ceramic Filter Candles Technology Analysis

POWFRAX Ceramic Fiber Filter Tube Technology Analysis ​Product Overview POWFRAX ceramic fiber filter tubes are ​high-efficiency filtration elements made from ceramic fiber as the core material. They are widely used in ​ceramic fiber filter tube dust collectors and ​integrated dust-NOx removal systems, suitable for: ✔ High-temperature flue gas purification ✔ Acidic component removal ✔ Multi-pollutant […]

[Good News] ZTW Awarded Environmental Service Certification by CAEPI

ZTW Environmental Technology Co., Ltd. has been dedicated to the R&D and market promotion of ​energy-saving, emission-reduction, and flue gas purification technologies for industrial kilns, while providing ​third-party operation services. The company has established an ​Operation & Maintenance (O&M) Department in Sichuan, successfully managing multiple environmental protection projects. These projects not only help clients meet […]

Shandong XX Kiln Integrated Ceramic Catalytic Flue Gas Purification Project (Desulfurization, Denitrification & Dust Removal)

During 2018-2020, Zhongtian Well executed contracts with Shandong ​**** Co., Ltd. for ​four coal-gas-fired glass kilns employing our ​WK-CeraCAT ceramic catalytic tube-based multi-pollutant treatment system. Project Challenges: The coal-gas fueled kilns generated flue gas with: • ​High NOx (800-1,500mg/Nm³) • ​High SOx (1,000-3,000mg/Nm³) • ​Elevated alkali/heavy metals (K, Na, Pb, Zn) • ​Extreme dust loading […]

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2025-04-04 04:46:36
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