Standards:

Applications:

Membrane Research: Evaluates membrane performance and separation properties.

Filtration Industry: Tests filtration efficiency and membrane integrity.

Pharmaceutical Industry: Supports testing of filtration membranes used in pharmaceutical processes.

Water Treatment: Assesses membranes used in water purification and desalination.

Material Development: Enables parallel testing of multiple membrane samples to improve testing efficiency.

Product Information:

The concept of High Throughput (HT) allows running multiple tests in parallel ensuring reproducible experimental conditions (e.g. pressure, temperature, etc.), which is essential to obtain reliable results and be able to compare them.

Moreover, in membrane-based separation technologies the physicochemical characteristics of the membrane and its performance depend strongly on both compositional (e.g. solvents, polymer concentration, additives, etc.) and non compositional parameters (e.g. evaporation time and temperature, annealing time, etc.) involved in membrane synthesis and post treatment. Multi-parameter screening and optimization of these variables often requires high time, effort and capital investment.

In collaboration with The Center for Surface Chemistry and Catalysis at the Katholieke Universiteit Leuven,  POROMETER has developed a range of HT instruments dedicated to serve membrane researchers. The range of instruments includes both membrane preparation tools as well as membrane  filtration equipment for liquid and gas separations

Features

◆ Compared to the traditional approach of running individual tests, HT offers the following advantages:

◆ Miniaturization: scaling down of sample size, reduction of costs and waste streams.

◆ Reproducible conditions between replicates: reduction on standard statistical errors.

◆ Automation: adapted to the desired/required degree

◆ Simultaneous multiple tests: faster screening and more rapid optimization.

FAQs

Q1: What is High Throughput Membrane Testing Equipment used for?

A: It is used to test the performance and properties of multiple membrane samples efficiently.

Q2: Which membrane types can be tested?

A: Depending on the equipment configuration, it can test microfiltration, ultrafiltration, and other compatible membranes.

Q3: What parameters can be evaluated?

A: Parameters may include permeability, filtration performance, and separation efficiency, depending on the test method.

Q4: What are the advantages of high-throughput testing?

A: It allows multiple samples to be tested in parallel, reducing testing time and improving experimental efficiency.

Q5: Which industries use this equipment?

A: It is commonly used in membrane research, water treatment, pharmaceuticals, biotechnology, and filtration development.