Membrane Filtration Systems
Axium Process is one of the UK’s leading process system manufacturers specialising in crossflow membrane filtration systems and separation technology. With our proven track record in technical solutions, we design and build bespoke commercial membrane filtration systems utilising Microfiltration, Ultrafiltration, Nanofiltration and Reverse Osmosis technology.
Mobile Pilot Plants and Trials
Pilot plant trials are essential to obtain real data for quoting a commercial plant. Our comprehensive range of mobile membrane filtration pilot plants and in-house laboratory services are offered as a research facility for manufacturers wishing to develop and optimise their processes.
Bespoke Membrane Filtration System Design
Optimising a membrane filtration system design is determined by a number of factors including membrane material, energy input, flow, channel size, risks of fouling and ease of membrane cleaning.
Our highly qualified Chemical and Mechanical engineers work closely with our customers to establish a clear understanding of their process requirements, feed streams, characteristics and chemistry as well as their anticipated output.
From Idea To Commercial Production
Our highly qualified Chemical and Mechanical engineers work closely with our customers to establish a clear understanding of their process requirements, feed streams, characteristics and chemistry as well as their anticipated output. Each stage of a project from the design of a membrane filtration system through to manufacturing, commissioning and training is assigned to a dedicated engineer holding responsibility for on budget and on time delivery.
Bespoke Membrane Filtration Systems – Training and Support Packages
Our Customer Support and Training packages can be tailored to any level to accommodate customer requirements. We also offer a Real Time Support package to customers purchasing fully automatic membrane filtration plants to enable our specialist engineers to provide full scale live data logging and monitoring as well as remote access.