Chemical Wastewater Treatment Plant

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Advanced Chemical Wastewater Treatment Plant Solutions by Feymer

Advanced Chemical Wastewater Treatment Plant Solutions by Feymer

Jiangsu Feymer Technology Co., Ltd. (688350) is a high-tech water treatment company founded in 2010 and listed on China’s STAR Market in 2021. Headquartered in Zhangjiagang (Yangtze River Delta), we provide sustainable solutions for pulp and paper, oil & gas, fine chemicals, textile dyeing, and industrial/municipal water treatment. Our mission — “Making Every Waterprint Count” — drives innovation in water treatment chemicals, membrane separation, and AI-empowered water treatment. With three production bases and five factories across Jiangsu and Anhui, Feymer leads China in functional monomers, water-soluble polymers, and separation membrane technologies. Backed by continuous R&D and a strong technical team, we deliver reliable, scalable water solutions. As a leading provider of chemical wastewater treatment plants, we integrate cutting-edge technologies to ensure efficient, compliant, and sustainable treatment of complex chemical effluents.
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Advantages of the product

Advanced Membrane Separation Technology

Our chemical wastewater treatment plant leverages state-of-the-art membrane bioreactors (MBRs) and reverse osmosis (RO) systems, which are optimized for the high salinity and fouling potential of chemical wastewater. We employ proprietary anti-fouling membranes and dynamic cleaning protocols to ensure stable flux and extended membrane life. This technology achieves up to 95% water recovery, significantly reducing freshwater consumption and discharge volume.

Comprehensive Chemical Treatment Expertise

Unlike conventional plants, our chemical wastewater treatment plant integrates a full suite of advanced oxidation processes (AOPs) including Fenton, ozone, and UV/H2O2, which are essential for degrading recalcitrant organic compounds that resist biological treatment. We combine these with coagulation, flocculation, and precipitation steps, tailored to the specific pollutant profile of your wastewater.

AI-Empowered Smart Operation and Maintenance

Our chemical wastewater treatment plant is equipped with an AI-driven digital twin platform that mirrors the entire plant’s operation in real time. This system uses machine learning algorithms to analyze historical and real-time data, predicting potential upsets and recommending optimal adjustments to process parameters. Predictive maintenance capabilities assess equipment health, reducing unexpected breakdowns and enhancing plant availability.

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The treatment of chemical wastewater is a critical concern for industrial sustainability. Chemical effluents often contain high concentrations of toxic organic compounds, heavy metals, and inorganic salts, which can disrupt biological treatment processes and contaminate natural water bodies if not properly managed. A robust chemical wastewater treatment plant must therefore incorporate multiple treatment stages: preliminary screening and equalization, pH adjustment, coagulation-flocculation for suspended solids and colloids, advanced oxidation for recalcitrant pollutants, biological treatment for biodegradable organics, membrane filtration for final clarification, and disinfection. At Feymer, we understand that each chemical manufacturing sub-sector—such as fine chemicals, agrochemicals, or pharmaceuticals—presents unique challenges. Our approach begins with a comprehensive water characterization study to identify specific contaminants and their variability.

Frequently Questions

How long does it take to construct a chemical wastewater treatment plant?

Our ChemTreat™ modular systems significantly reduce construction time. Typically, installation can be completed within 1 to 2 months after site preparation, compared to 6-12 months for conventional concrete plants. This is because the modules are prefabricated in our factories and delivered ready-to-connect. Site work involves minimal civil engineering, such as foundation leveling and utility hookups. For larger custom-designed plants, we follow a phased approach: basic design and pilot testing take 1-2 months, detailed engineering and procurement 2-3 months, and construction and commissioning 3-6 months, depending on complexity. We also offer expedited services for urgent requirements.
Operating costs vary based on effluent characteristics, local utility rates, and regulatory requirements. On average, our plants achieve operational costs of $0.50 to $2.00 per cubic meter of treated water, excluding sludge disposal. This range is competitive compared to industry benchmarks. We optimize costs through energy-efficient equipment, such as high-efficiency blowers and variable frequency drives, and automated chemical dosing based on real-time pollutant loads. Additionally, our AI system helps identify energy-saving opportunities, sometimes reducing consumption by up to 20%. Water reuse options further offset costs by reducing freshwater intake. In particular, our membrane systems with high recovery rates lower downstream treatment needs.

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Customer Testimonials

Leland Stephenson
Outstanding Performance for Our Specialty Chemicals Facility

Working with Feymer on our chemical wastewater treatment plant has been transformative. The modular system was installed within six weeks and immediately met the strict discharge limits imposed by our local environmental agency. The AI control system is intuitive, allowing our team to monitor and adjust processes remotely. We have cut our water consumption by 40% through the reuse system, and sludge disposal costs have reduced by 25%. What impressed us most was their proactive support during the seasonal production spikes; they optimized the process to handle higher loads without any compliance failures. The return on investment exceeded our expectations, and we are now planning to expand the plant for future capacity. Feymer is a reliable partner for any chemical manufacturer looking for sustainable and cost-effective treatment solutions.

Ethel Henson
Exceptional Expertise and Reliability

As a producer of water treatment chemicals, we had stringent requirements for effluent quality. Feymer conducted extensive pilot tests and designed a treatment plant that achieved the highest purity standards. Their expertise in advanced oxidation was crucial for eliminating refractory compounds from our manufacturing processes. Since startup, the plant has consistently met all KPIs, with an uptime of over 98%. The remote monitoring feature has been a game-changer, allowing their engineers to adjust parameters and prevent issues we couldn’t foresee. Additionally, their training program was comprehensive, enabling our operators to handle the system with confidence. We appreciate their commitment to innovation and their role in helping us become more environmentally responsible. I highly recommend Feymer for complex chemical wastewater challenges.

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Integrated Zero-Liquid Discharge (ZLD) Capability

Integrated Zero-Liquid Discharge (ZLD) Capability

Feymer’s chemical wastewater treatment plant can incorporate ZLD technology, which is a transformative feature for industries facing stringent water discharge regulations or seeking to reduce environmental impact. ZLD systems crystallize the dissolved solids, turning wastewater into dry solid residue and clean water that can be reused in production. This not only eliminates discharge but also recovers valuable salts and metals, potentially turning a waste stream into a revenue source. Our ZLD designs leverage mechanical vapor recompression (MVR) evaporators and forced-circulation crystallizers, which are energy-efficient and require minimal chemical input. By integrating ZLD, plants achieve a closed-loop water cycle, reducing freshwater demands by up to 90% and positioning companies as leaders in sustainable manufacturing. This capability is especially relevant in water-scarce regions where discharge permits are limited.
Proprietary AI-Powered Digital Twin System

Proprietary AI-Powered Digital Twin System

Our digital twin system sets a new benchmark in plant management. It creates a virtual replica of the physical chemical wastewater treatment plant, which processes real-time data using machine learning algorithms. This system can simulate future conditions based on weather forecasts, production schedules, and historical data, enabling predictive adjustments to chemical dosing, aeration rates, and membrane operations. For example, if an increase in pollutant load is predicted, the system automatically adjusts the process to accommodate, preventing upsets and maintaining effluent quality. Moreover, the digital twin is used for employee training, allowing operators to practice emergency procedures in a risk-free environment. This technology reduces chemical waste by ensuring precise dosing, saving up to 15% on chemicals, and cutting energy costs by up to 20% through optimized equipment usage.