01 / Development
Faster development
Address specific technical questions instead of relying on broad trial-and-error programs.
Messinger Engineering
Membrane Process Intelligence
A faster path to robust membrane processes—from the initial concept to full-scale industrial production.
Messinger Engineering develops laboratory systems, pilot plants, and engineering solutions for companies seeking to develop, optimize, and scale membrane processes with greater confidence. Our approach combines experimentation, measurement, modeling, and process engineering analysis to support sound technical and investment decisions.
Why Membrane Process Intelligence?
Gain critical technical insight before making costly decisions.
Membrane Process Intelligence focuses development and engineering efforts on the variables that truly determine process performance, scalability, robustness, and economic viability.
02 / Resources
Less material
Generate meaningful data using small quantities of valuable feedstocks, products, or samples.
03 / Scale-up
Lower risk
Reduce critical technical uncertainties before moving to larger pilot or production-scale systems.
04 / Decisions
Objective data
Measurements and process analysis provide a reliable basis for membrane selection and process decisions.
Our Capabilities
Research systems and engineering built around a common process perspective.
Experimental systems and engineering activities are aligned so that laboratory and pilot studies generate useful data for process design, optimization, and scale-up.
How We Work
From a clearly defined technical question to a reliable process solution.
The development path is divided into clearly defined steps. Each step generates the information needed to make the next technical decision.
Define the challenge
We define the product, objectives, operating constraints, and key technical uncertainties.
Design the test system
The experimental system is designed around the technical question and the relevant process mechanisms.
Run experiments
Structured test programs evaluate membrane performance, fouling, operating limits, and product behavior.
Apply engineering
Results are translated into models, specifications, process windows, and reliable design criteria.
Scale the process
Pilot testing and industrial implementation are based on a clear and traceable understanding of the process.
Customer Benefits
Better information leads to better process decisions.
Membrane Process Intelligence reduces technical uncertainty, improves decision quality, and shortens the path from an initial idea to industrial implementation.
01 / Development
Faster development
Focus first on the most important technical questions and avoid unnecessarily broad experimental programs.
02 / Material
Lower material requirements
Generate meaningful data with small quantities of valuable feed material.
03 / Risk
Lower scale-up risk
Resolve critical uncertainties before advancing to larger pilot or production-scale systems.
04 / Robustness
More robust processes
Define operating limits and understand how the process responds to changing conditions.
05 / Membranes
Objective membrane comparison
Compare membrane materials and molecular weight cutoffs under equivalent and reproducible conditions.
06 / Fouling
Targeted fouling analysis
Systematically distinguish membrane resistance, concentration polarization, and fouling effects.
07 / Cleaning
Better cleaning strategies
Evaluate cleaning procedures using measurable recovery rates and defined process responses.
08 / Results
Actionable results
Convert laboratory observations into specifications, operating windows, and clear recommendations.
Applications
Membrane processes for demanding products and applications.
Our work focuses on applications in which product quality, fouling, viscosity, hygienic design, and reliable scale-up are critical.
Food processing
Concentration, fractionation, clarification, and treatment of high-value food process streams.
Dairy and whey
Protein fractionation, concentration, demineralization, and process optimization in dairy manufacturing.
Proteins
Recovery, purification, fractionation, and concentration of functional proteins from complex process streams.
Biotechnology
Cell separation, downstream processing, and membrane operations for biotechnology applications.
Fermentation
Processing of fermentation broths, biomass retention, product recovery, and integrated membrane operations.
Process industries
Separation, recovery, recycling, and closed-loop processes for chemicals, specialty products, and industrial operations.
Why Messinger Engineering?
Engineering, experimental systems, and process expertise from a single source.
01 / Perspective
From the laboratory to production
Experimental systems are developed with subsequent pilot testing, process design, and industrial implementation in mind.
02 / Method
Engineering instead of trial and error
Technical questions are systematically structured, investigated, measured, and evaluated.
03 / Systems
Purpose-built test systems
Systems are tailored to the technical question, product, membrane, and relevant process mechanisms.
04 / Outcome
Actionable recommendations
Results are translated into clear specifications, operating windows, and practical next steps.
Discuss Your Project
Are you developing a new membrane process or looking to improve an existing operation?
Together, we can define the technical challenge, identify the experiments required, and determine the most effective next step for your development program.
Contact Us