Sinokle replaces fragile, energy-intensive RO systems with a robust, multi-stage physical-chemical process that handles variability without breaking a sweat.
The removal of ammonia nitrogen in wastewater is mainly achieved by applying a nitrification process based on the conventional activated sludge process, typically by extended aeration&n
The main factors affecting COD removal performance include: 1. Nutrients In general municipal wastewater, nutrients such as nitrogen and phosphorus are usually sufficient—and often exc
· Current Research Status of Ozone Advanced Oxidation Technology In recent years, significant progress has been made internationally in the application research of ozone advanced oxidation t
Ozone (O3) is a powerful oxidizing agent, disinfectant, decolorizer, and deodorizer. Ozone technology is a key technology for environmental and water pollution control and is one of the four key envir
Treating highly emulsified, highly acidic coking wastewater has long been a challenging issue in the petroleum refining industry. In particular, the acidic wastewater generated during the coking proce
Introduction to Delayed Coking Crude oil generally enters the first processing step of petroleum refining—atmospheric and vacuum distillation—after electric desalting. This process yields only ab
By integrating CDFU, Coalescing Oil-Water Separator and CDOF, Sinokle’s fully automated sealed process offers a niche chemical-free option for oil depot dewatering, minimizing environmental footprint and safety risks.
Sinokle's modular, chemical-free treatment system helps ports and offshore cloud-warehouses comply with regulations, save space, and reduce operating expenses.
Evaporation Concentration: This method can effectively remove dissolved solids and organic substances from wastewater, and through the crystallization process, salts can be recovered. However, it has