PEMFlux™ – Sulzer’s Process Emissions Management Solutions
Boost your plant’s efficiency, meet regulatory requirements with confidence, and balance costs. Whether it is VOC abatement or handling light boilers in industrial wastewater, Sulzer’s experts work closely with you to supply optimally designed process emissions management systems. The technology comes in two configurations:
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PEMFlux™ – S: VOC abatement through absorption and scrubbing
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PEMFlux™ – W: recovery and removal of light boilers through wastewater stripping
Each technology is designed to help you achieve consistent performance, uptime, and compliance by integrating Sulzer’s leading equipment and components into your plant.
Maximized Efficiency
Designed to minimize energy consumption with maximum capacity
Regulatory Compliance Assurance
Meeting environmental standards with confidence
Seamless Performance
Smooth and dependable operation from robust and proven designs
Main Benefits
Excellent performance/cost ratio
Improved column performance, increased capacity, and reduced energy consumption
Customer specific columns based on computer simulations and in-house pilot plant testing
Main Applications
Efficient design including demister to limit entrainment of liquid by the gas
Optimized hydraulics leading to lower pressure drop across the unit
Flexible scope of supply including key equipment or full turnkey modular solution
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Our technical specialists are ready to help you find the optimal solution for your specific application
Lennis Perez
Global product line manager
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Brochure
PyroCon™ - Pyrolysis
16 pages
Flyer
Wastewater process emissions management
2 pages
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Flyer
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Smarter design that meets wastewater discharge compliance
Overview
Achieve the strictest requirements with Sulzer’s PEMFlux™-W, a proven process emissions management solution designed specifically for the pharmaceutical industry. It goes beyond traditional steam stripping by delivering flexibility and reliability through a high-efficiency process.
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Latest posts
Sulzer’s stripping systems are engineered for reliable regulatory compliance. Every solution is backed by advanced process simulations and in-house pilot testing, ensuring it meets your specific environmental standards. Whether you’re dealing with solvent, or wastewater components, our proven designs help you stay compliant with confidence — while optimizing operational performance.
You’ll gain consistent plant performance, increased uptime, and reduced operating costs. Our systems are designed to maximize capacity while minimizing energy consumption, helping you get the most out of every unit of steam or energy used. With robust hardware and decades of mass transfer expertise, Sulzer delivers a seamless, efficient solution tailored to your specific application.
Our stripping technology is ideal for applications such as removing dissolved gases or solvents from liquid streams, treating wastewater, and recovering valuable chemical products. We have extensive experience in steam stripping of complex mixtures, including methanol, ethanol, IPA, MTBE, ethyl acetate, MEK, DCM, toluene, and many others. If you work with volatile or light components, we can help design the right system for your needs.
The stripping system is built under controlled conditions at an assembly shop and can be shipped to the customer's site via trucks. The offsite construction reduces project timelines while allowing clients to apply and obtain permits in parallel as the construction happens. The systems also include custom features like fouling resistant trays and other tailored mass-transfer components that ensure regulatory compliance and continuous, efficient operation.
Yes, Sulzer offers pilot testing services at their state-of-the-art facilities in Allschwil, Switzerland and Singapore. These services evaluate the performance of the stripping technology for specific complex chemicals in wastewater streams. Through testing, critical design parameters such as component volatility and separation efficiency are determined. The final system is optimized for both technical performance and cost-effectiveness.
