The Purest Gift for Tomorrow: How SINOKLE Leverages Green Innovation to Safeguard Clean Water for Future Generations
In celebration of International Children's Day, Shenzhen Cle...
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SINOKLE – Leader in High-Difficulty Industrial Wastewater Treatment Founded in 2014, SINOKLE is a National High-Tech Enterprise and a Specialized, Sophisticated, Distinctive, and Innovative SME based in Shenzhen. We specialize in providing compact, efficient, and chemical-free solutions for the most challenging industrial wastewater streams, including oily wastewater from refineries, power plants, and landfills. Our core strength lies in our proprietary technologies: the CDFU (Cyclonic Dissolved Gas Flotation) and CDOF (Catalytic Ozone Oxidation) systems. These innovations enable us to deliver integrated solutions that significantly reduce footprint, slash operational costs, and ensure reliable compliance with stringent discharge standards.
With over 30 patents and a deep-rooted industry-academia collaboration network, our expert team of engineers and scientists drives continuous technological advancement. Our proven track record includes successful projects for major clients like CNPC, Sinopec, and CNOOC, as well as international deployments across Africa, Asia, and Europe under the Belt and Road Initiative. From equipment sales to comprehensive project operation services, SINOKLE is your trusted partner for turning complex wastewater challenges into sustainable value.
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Senior talent
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Patented technology
30+
Product solutions
90+%
Proportion of technical personnel
Sewage Treatment Field over 10 years
In celebration of International Children's Day, Shenzhen Cle...
Shenzhen Clear Science & Technology Co., Ltd (SINOKLE) proudly announces that General Manager Mr. Jaylen Jian has been officially accepted into the prestigious School of Powder Metallurgy at Central South University (CSU) as a Ph.D. candidate in Materials and Chemical Engineering for the Class of 2026. This achievement embodies SINOKLE’s core value of "innovation-driven growth" and strengthens its long-standing commitment to industry-university-research collaboration. Mr. Jian’s advanced research direction perfectly aligns with SINOKLE’s strategic focus on high-difficulty industrial wastewater treatment and the R&D of next-generation environmental protection materials, further bridging the gap between cutting-edge academic theory and real-world corporate engineering applications.2026/05/28
At the prestigious 2026 "Invest In Xinyu · Tour In The Bay Area" Investment & Talent Promotion Forum held in Shenzhen, Mr. Jaylen Jian, General Manager of Shenzhen Clear Science & Technology Co., Ltd (SINOKLE), joined leading entrepreneurs and government officials to forge new pathways for regional industrial integration. As a prominent business leader with deep roots in Xinyu, Mr. Jian highlighted SINOKLE's commitment to leveraging its advanced expertise in environmental remediation and industrial energy conservation to empower his hometown's rapidly growing industrial ecosystem. The forum successfully bridged the technology, capital, and market advantages of the Greater Bay Area with Xinyu's robust manufacturing foundation, paving the way for high-quality, sustainable development and collaborative mutual success.2026/05/21
As global "Net-Zero" targets and stringent environmental regulations reshape the coal chemical industry, achieving Zero Liquid Discharge (ZLD) for highly toxic and poorly biodegradable coal gasification wastewater has become an industry baseline. Traditional treatment methods frequently fail due to incomplete pretreatment, biochemical system poisoning, and rapid component fouling. Directly addressing these pain points, Shenzhen Clear Science & Technology Co., Ltd (SINOKLE) has introduced its breakthrough, patented Ozone Catalytic Oxidation - Cyclonic Dissolved Gas Flotation Integrated Technology (CDOF). By utilizing a specialized N-HLC catalyst and maximizing hydroxyl radical conversion rates to 99.98%, SINOKLE’s streamlined system efficiently degrades refractory organic matter and removes oil, providing a highly stable, commercially viable, and eco-friendly ZLD solution for heavy industrial water consumers.2026/05/26
Refractory industrial wastewater, including oilfield, chemical, pharmaceutical, and landfill leachate streams, presents complex treatment challenges due to high-molecular polymers, dissolved oil, and stubborn organics. Traditional processes are inefficient, costly, and generate secondary pollution. Shenzhen Clear Science & Technology Co., Ltd (SINOKLE) developed the CDOF Integrated Ozone Advanced Catalytic Oxidation–Hydrocyclone–Dissolved Air Flotation (DAF) system, which combines multiple catalytic ozone oxidation, hydrocyclone separation, and DAF for highly efficient treatment. The system achieves rapid degradation of refractory pollutants, efficient oil and solids separation, and stable compliance with stringent discharge standards, while minimizing energy consumption, footprint, and sludge generation. Proven in multiple industrial projects, CDOF offers a one-stop, environmentally friendly, and high-performance solution for refractory wastewater treatment and upgrading.2026/05/20
Fracturing flowback water in oil and gas development presents complex challenges due to high viscosity, severe emulsification, and reliance on chemical treatments that increase costs and secondary pollution. Shenzhen Clear Science & Technology Co., Ltd (SINOKLE) has developed an integrated technology system combining CDFU (Cyclonic Dissolved-gas Flotation Unit), CDOF (Ozone Catalytic Oxidation for Deep Gel Breaking & Viscosity Reduction), and KFM filtration. This system achieves purely physical demulsification, high-efficiency oil and solids removal (>90%), rapid gel-breaking (≤15 minutes), zero chemical addition, and on-site skid-mounted deployment. Proven in Xinjiang oilfields, SINOKLE’s solution reduces energy and operational costs, minimizes hazardous sludge, enables water reuse, and provides both environmental and economic benefits, offering a sustainable, low-carbon approach for high-quality oilfield wastewater management.2026/05/13
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