BZ Solids Control fracturing flowback fluid treatment system was sold to a domes
Recently, the fracturing flowback fluid treatment system manufactured by BZ Solids Control is about to be shipped to a domestic project site after undergoing production, assembly, trial operation and testing. The fracturing flowback fluid treatment system is an indispensable environmental protection technology equipment in the field of oil and gas extraction. The working principle of the fracturing flowback fluid treatment system is based on the concept of multi-stage barrier technology. Through the organic combination of physical, chemical and biological methods, various pollutants in the flowback fluid are removed in stages.
Through rational configuration and coordinated operation of the various functional modules in a fracturing flowback treatment system, they can effectively address the complex composition, difficult treatment, and high post-treatment requirements of flowback fluid. With technological advancements and increasing environmental protection requirements, modern treatment systems are evolving towards modularization, skid-mounting, and intelligentization to meet the treatment needs of fracturing flowback fluids of varying scales and scenarios, providing reliable
technical support for the green development of oil and gas fields.
The physical treatment phase of fracturing flowback fluid treatment primarily utilizes physical principles to achieve solid-liquid and oil-water separation. This phase typically includes unit operations such as gravity sedimentation, centrifugation, and filtration. Gravity sedimentation is the most basic and important physical treatment method, leveraging the density difference between contaminants and water to achieve natural separation under static or low-flow conditions.
The chemical treatment stage is the core component of the fracturing flowback fluid treatment system. It primarily disrupts the stable colloidal system of the flowback fluid through chemical reactions, transforming or separating contaminants. This stage primarily involves two key processes: oxidation treatment and flocculation and precipitation. Oxidation treatment utilizes strong oxidants (such as hydrogen peroxide, potassium ferrate, and ozone) to oxidize and decompose organic contaminants in the flowback fluid into small molecules or completely mineralize them.
As a key environmental protection technology in oil and gas field development, Beizuan’s fracturing flowback fluid treatment system successfully addresses the challenging wastewater treatment challenges through the integrated application of physical, chemical, and biological methods. With technological advancements and increasing environmental protection requirements, the treatment system will continue to be optimized and innovated, providing a solid foundation for the sustainable development of oil and gas field development. In the future, with the application of new materials and processes, fracturing flowback fluid treatment will develop towards greater efficiency, economy, and environmental friendliness, making a greater contribution to achieving a harmonious integration of oil and gas development and environmental protection.