A side stream filtration unit continuously removes suspended solids, magnetite, sludge, and trapped air from a closed loop heating or cooling system. It draws a small percentage of flow from the main circuit, passes it through magnetic and mechanical filtration stages, then returns cleaner water to the system. Over time, this improves heat transfer, protects equipment, and reduces energy use.

X-POT combines air removal, dirt separation, magnetic capture, and chemical dosing in one compact assembly. This multipurpose design reduces installation complexity, speeds commissioning, and improves system cleanliness. The result is more stable temperatures, lower pump effort, and longer component life.

Selection depends on system volume, pump capacity, micron level of contamination, and available space. A configurator like the one in our resources page can estimate which model suits your duty. Larger commercial systems may require higher flow capacity. Always consult technical data sheets to match temperature and pressure ratings.

Side stream filtration can capture magnetite, sludge, scale particles, corrosion byproducts, biological growth, and fine sediments. Magnetic cores remove ferrous material efficiently while strainers and filters remove non magnetic solids.

Additives include corrosion inhibitors, biocides, scale control agents, and pH stabilisers. They are used during commissioning, refurbishment, or whenever corrosion risk increases. Chemical dosing complements filtration to protect metals and seals.

Y-MAG is a high strength magnetic y-type strainer that targets ferrous particles in heating or cooling loops. It is often installed in retrofit situations where sludge load is high. It protects pumps, valves, and heat exchangers from blockages by retaining magnetic sludge in the bottom, keeping the mesh basked clear for longer.

S-BMS collects data from HVAC equipment, analyzss performance, and optimises flow and temperature set points in real time. This reduces wasted pumping energy and improves boiler and chiller efficiency. Insight dashboards help operators make evidence based decisions as well as options to further localised control using LoRaWAN IoT devices.

Units should be installed with isolation valves and compatible connections. Consider temperature limits, pressure rating, access for cleaning, and drain points. Follow manufacturer guidance to ensure correct flow direction and magnet safety.

Inspection intervals depend on contamination levels. Typically, filters are checked quarterly and cleaned as required. Chemical samples should be tested annually to maintain corrosion protection. Digital monitoring can shorten response time.

Yes, side stream filtration is commonly installed during refurbishment programs. Compact sizes allow plantroom flexibility. Retrofitting often yields rapid improvements in clarity and heat transfer.

Cleaner water improves thermal conductivity and pumping efficiency. Typical savings range from 5 to 15 percent depending on contamination and load profile. Reduced pump head also saves electricity.

Yes, published projects demonstrate reduced delta T problems, improved coil performance, extended asset life, and shorter maintenance windows. These results are documented for healthcare, commercial offices, and residential towers. A Loughborough University PhD study sponsored by VEXO and peer reviewed by CIBSE and ASHRAE has demonstrated X-POT can save on 19% pump energy as an average in multiple system pressure scenarios.

Sludge and air accelerate corrosion, clog strainers, and erode pump impellers. Clean systems run cooler and smoother. This lowers stress on seals and bearings, extending operational life.

Lower energy consumption reduces carbon emissions. Clean water loops require fewer chemical treatments and less flushing. Buildings can meet net zero commitments more easily.

Consider volume, pump duty, and contamination risk. Consult a selection guide or speak with an applications engineer. BIM objects and technical drawings support design integration.

Yes, downloadable BIM files, datasheets, manuals, and specification wording are available to help consultants and contractors. Updated content supports digital workflows. Check our resources and product pages for download links.

Data centers, hospitals, schools, hotels, district energy networks, and large commercial offices gain strong benefits. Any building suffering poor delta T or fouled coils is a candidate.

Lead times vary by model and region. Standard units are stocked regularly. Complex systems may require short manufacturing windows. Contact the sales team for updates.

Training is available for engineers and facilities teams. Commissioning assistance ensures correct dosing, flow balancing, and monitoring setup. This improves long term performance.

Systems accumulate magnetite and sludge which restrict flow, reduce delta T, and increase pump energy. Coil blockages reduce comfort and raise operating cost.

Visual inspection, sample clarity, pressure drops, or frequent air bleeding are indicators. Water analysis can confirm pH and corrosion levels. Most systems benefit from both approaches.

High differential pressure suggests loading. Shut down, isolate, and clean the filter or magnetic core. Restart and verify normal pressure. Persistent issues may indicate upstream corrosion.

Operators should periodically drain captured solids, clean magnetic rods, and record readings. Consumables rarely need replacing when the correct dosing chemistry is maintained.

Reach out to your regional distributor or the technical support desk. Provide model numbers, installation dates, and observed symptoms for faster assistance.

By reducing pumping energy and improving heat exchange efficiency, building operators can cut annual carbon emissions. Smart controls track savings and verify performance.

Systems align with guidance from BSRIA, CIBSE, and ASHRAE for closed loop water quality. Following these standards reduces warranty risks on connected equipment.

Side stream filtration units offer long service life with minimal component wear. Metals can often be recycled. Magnets and housings are refurbished or replaced as needed.

Automation optimises flow, temperatures, and pump speed. Continuous data feedback prevents stagnation, corrosion, and overheating. Predictive maintenance reduces unplanned downtime.