Breaking the Deadlock of Difficult Wastewater: SINOKLE Builds a High-Efficiency, Low-Carbon Treatment Ecosystem
Against the backdrop of accelerating industrial green transformation, wastewater treatment is no longer merely a matter of end-of-pipe compliance, but an important component of enterprises' low-consumption operation, stable production and environmental compliance. Especially in industries such as petroleum refining, landfill leachate and power generation, difficult industrial wastewater - with its complex pollutant composition, large water-quality fluctuations and high treatment difficulty - has long tested environmental technology and engineering capability.
Addressing this market pain point, SINOKLE has continued to deepen its expertise in difficult industrial wastewater treatment, gradually forming a core product system centered on CDFU and CDOF, together with a solution system coordinating multiple technologies.
SINOKLE's competitiveness lies not only in single-equipment manufacturing capability, but more in the systematic technology platform it has built around complex water-quality treatment. Supported by ultra-micro nano-bubble generation technology, high-gravity intensified mass-transfer demulsification-separation technology, special super-hydrophilic material modification technology, and homogeneous and heterogeneous multi-catalytic oxidation technology, SINOKLE has formed complete equipment sets and process routes adapted to different scenarios around the engineering goal of 'efficient pollutant transfer - rapid reaction - stable separation - low-cost operation'. Precisely for this reason, its technology application scope covers petroleum, refining, power and municipal complex wastewater treatment.
In the oily wastewater treatment field, SINOKLE launchedCDFUcyclonic dissolved-air flotation equipment, which synergizes centrifugal separation, dissolved-air flotation, micro-nano bubbles and coalescence to achieve rapid separation of waste oil, emulsified oil and suspended solids.
Compared with traditional flotation technology,CDFUoffers advantages such as short retention time, small footprint, high automation, no chemicals required, little float sludge and stronger adaptability to emulsified oil and fine particles. Single-stage oil removal efficiency can exceed 90%, suspended-solids removal exceeds 85%, and removal precision for emulsified oil and fine particles reaches the micron level, with total retention time below 5 minutes - making it highly suitable for oilfield produced water, offshore-platform produced water, electric-desalting wastewater and other high-oil industrial wastewater scenarios.
In the advanced treatment of refractory organic wastewater, SINOKLE launchedCDOFan ozone advanced-oxidation flotation unit, reflecting the company's engineering breakthrough in synergizing oxidation reaction and high-efficiency separation.
CDOFIntegrating ozone multi-catalytic oxidation, cyclonic technology, dissolved-air flotation technology and a fully enclosed pressurized operation system into one, through homogeneous and heterogeneous catalysis, efficient dosing, rapid reaction and regeneration systems, it raises ozone utilization and lowers operating cost. Its retention time can be controlled within 15 minutes, ozone utilization reaches above 99%, the ozone-dosing-to-COD-degradation ratio is low, and the system uses DCS/PLC fully automatic control to precisely regulate ozone dosing, liquid level, pressure and tail-gas concentration, achieving safe, stable and environmentally friendly operation.
From a practical application perspective, SINOKLE has not merely stayed at the conceptual level. Its service scenarios cover oilfield produced water, fracturing flowback fluid, electric-desalting wastewater and advanced landfill-leachate treatment, among others. This shows that SINOKLE's technology system is not only feasible in the laboratory but also capable of engineering implementation and scaled promotion. For today's difficult industrial wastewater treatment industry, the real value is not the improvement of a single process point, but the ability to operate long-term, stably and at low cost under complex conditions. SINOKLE's value lies precisely in this comprehensive capability of 'system-level innovation + engineered delivery'.
Looking ahead, as environmental standards rise, demand for integrated project construction grows, and enterprises' requirements for operating cost and safety keep increasing, industrial wastewater treatment technology will place ever more emphasis on high efficiency, compactness, low carbon and intelligence. ThroughCDFUandCDOFSINOKLE has built a representative path in this direction. In the future, SINOKLE will continue to uphold its principles while innovating, providing China's difficult wastewater treatment with even more energy- and consumption-saving treatment paths.
