Professional in environmental protection equipment research, development, and manufacturing, Guangdong Xinjieyuan (XJY) stands at the forefront of water treatment, waste gas treatment, and sewage sludge treatment. As a comprehensive enterprise, we integrate scientific research, production, and sales into a seamless operation.
Our team boasts proven professional operation experience and a portfolio of abundant project constructions. We offer integration, whole-chain, and multi-dimensional comprehensive service capabilities that cater to the most demanding industrial environments.
The global market for MBR systems in ETP is witnessing unprecedented growth. As water scarcity becomes a critical global challenge, industries are pivoting from traditional activated sludge processes to Membrane Bioreactor (MBR) technology. From the textile hubs in Southeast Asia to the chemical complexes in Europe, MBR is recognized for producing high-quality effluent suitable for reuse.
The trend is moving towards Smart ETP. Integration of AI and IoT for real-time membrane fouling monitoring and automated chemical cleaning is becoming the standard. Furthermore, there is a significant push for decentralized wastewater treatment plants, where compact, modular MBR systems from top manufacturers provide a plug-and-play solution for remote industrial sites.
Global procurement managers are no longer just looking for the lowest price; they are seeking Reliability, Energy Efficiency, and Technical Support. The demand for PVDF hollow fiber membranes with high flux and low fouling rates is at an all-time high. Factories that can provide customized ETP designs that meet specific local discharge standards (like Title 22 in the US or Class 1A in China) are preferred.
XJY provides complete solutions for municipal and industrial sludge disposal. Our technology reduces sludge with 80% moisture content down to 35% granular raw materials. This facilitates resource utilization in cement plants and thermal power plants, effectively turning waste into energy.
The "WPS" system is designed for scenarios involving water shortage and pollution. It is widely applied in schools, hospitals, and factories. For MBR applications, it offers superior support for energy saving, emission reduction, and water reuse, ensuring that every drop of water is maximized.
Our BDS system tackles odor problems in agriculture, chemical, and food industries. It is highly intelligent, efficient, and operates unattended. By solving odor issues, we help enterprises maintain harmonious relationships with local communities while ensuring regulatory compliance.
Unlike trading companies, we own the factory. This means strict quality control from raw material sourcing to final assembly of the MBR system in ETP. Our manufacturing scale allows for competitive pricing without compromising on component quality.
With 45+ patents and 32 software copyrights, our R&D team can adapt our WPS and BDS systems to meet unique localized application scenarios. Whether it’s high-salinity wastewater or extreme temperature variations, we have the engineering expertise to customize the solution.
We hold national environmental protection engineering professional contracting qualifications, safety production licenses, and ISO quality management certifications. Our systems are built to meet international standards, ensuring smooth installation and operation globally.
Industrial Parks: Large-scale ETPs in industrial parks require centralized MBR systems to handle mixed effluents from diverse manufacturers. Our modular MBR units allow for scalable expansion as the park grows.
Food & Beverage Industry: High organic loads in wastewater from food processing are perfectly handled by MBR technology, ensuring the treated water can be reused for non-potable purposes like cooling or irrigation.
Remote Communities: Our containerized MBR systems provide a "village-in-a-box" solution for rural or remote areas where infrastructure is lacking, providing clean water and sanitary sewage treatment.
Hospital Effluent: Treatment of hospital wastewater requires high-level disinfection and removal of micropollutants. MBR systems provide a superior physical barrier against pathogens and pharmaceuticals compared to traditional methods.
XINJIEYUAN
