Our Services in Membrane Technology

Membrane Process Design (UF / NF / RO). We design high-performance membrane systems for industrial applications in the food and biotechnology industries.

Membrane System Optimization & Troubleshooting

Low performance, fouling, or high operating costs? We analyze your existing membrane system and identify: fouling and scaling mechanisms / process inefficiencies / design limitations.

Feasibility Studies & Pilot Testing

We evaluate the technical and economic feasibility of your membrane project: pilot plant design and evaluation / scale-up from lab to industrial systems / process validation.

Independent Membrane Technology Consulting

As an independent membrane consultant, we provide: objective technical assessments / second opinions for investments / vendor-neutral recommendations.

How We Define Membrane Technology Engineering

We unify process engineering, membrane science, and system design into one integrated framework. We design molecular separation systems that fully exploit technical potential by controlling how membranes, fluids, and operating conditions interact—delivering scalable, real-world performance. From concept to commissioning, we build optimized, turnkey solutions in close collaboration with our clients—driven by innovation, precision, and custom engineering.

Customized Solutions

Every process is different – and so is every solution. Messinger Engineering develops fully customized systems tailored to specific applications, whether using ceramic or polymer membranes, pervaporation, or specialized separation technologies. This approach ensures efficient separation, concentration, and purification across a wide range of industries.
→ Engineering Membrane Plants

From Lab to Fab

We develop new membrane processes at a focused laboratory scale (~5 liters), even when integrating complex operations like chromatography, enzymatic reactions, or ion exchange—because this scale accelerates iteration, enriches data, and deepens process understanding.
→ Laboratory Balances
→ Laboratory Pumps
→ Level-Switches
→ Sampler
→ Lab Systems
→ Pilot Systems
→ Benchtop-Ceramic Membrane Systems

Water and Product Recovery

Our Process Water Recovery Systems (PWRS) minimize water use and product loss at the source. Less waste. More recovery. Built into the process. Every system is engineered for your exact operating conditions—no generic designs. Reliable by design, with integrated cleaning and low maintenance in mind. High performance, even under demanding process loads. Lower operating costs. Reduced environmental footprint. Process water, optimized.
→ Process Water and Product Recovery

Cleaning-in-Place (CIP)

Efficient cleaning is essential for long-term system performance. Messinger Engineering develops tailored CIP solutions that match each membrane application, optimizing cleaning agents, flow conditions, temperatures, and cycles. This ensures effective cleaning, protects membrane integrity, and minimizes downtime.
→ Membrane Cleaning (CIP)

Ceramic Membranes and Processes

For demanding applications, Messinger Engineering designs systems based on ceramic membrane technology. These solutions offer outstanding durability, chemical resistance, and thermal stability, enabling reliable operation even under harsh process conditions.
→ Ceramic

Digital Integration

Modern membrane systems require intelligent control. Messinger Engineering integrates automation, monitoring, and data-driven optimization into every project, ensuring consistent performance, process transparency, and reduced operational costs while meeting strict hygiene standards.
→ Automation

Technical Publications & Articles.PDF

→ Adsorption.PDF
→ Antifoaming Agents.PDF
→ Circular Economy with Membranes.PDF
→ Diafiltration.PDF
→Similarity Theory.PDF