Water system - Import export

acuraLine 1FU Cartridge Filter Housings are industrial inline filtration units. These filter housings feature strong Stainless Steel construction, robust threaded closure, high operating pressures of up to 25 barg and option to mount a differential pressure gauge. All 1FU filter housings are supplied with a Viton seal as standard for chemical compatibility. Applications Oils Chemicals Water Paints CNC machine Coolant Acids Process water Solvents Batch filtration Laboratories Recirculating baths Parts washing Features Connections Inline connections for easy installation. Cartridge locking Suitable for DOE or SOE (Code 3 & Code 8) filter cartridges. Traceability Identification with serial number. Construction Strong industrial design with threaded closure for industrial & process applications. Design Code According to AD2000. pecifications Cartridge sizes 5”, 10”, 20”, 30” Connections 1” BSPF Inline Housing material 304 Stainless Steel (Optional 316SS)

Sidestream filters remove sediment, biological growth, rust and corrosion products from recirculating closed loop CHW, LTHW and MTHW water circuits in the HVAC industry. These filters protect pipework, valves, pumps and components by removing suspended impurities and complement water treatment program. BSRIA Publication BG29/2021 recommends that a sidestream filter is installed “to protect and prolong system life expectancy.” Sidestream filters provide an economical solution for filtration in the recirculating water systems by filtering the complete system volume once or twice in 24 hours. Sidestream filters can be supplied fully assembled with pumps on a skid, ready for filtration. These can also be combined with our magnetic assemblies for rust removal from heavily corroded hot water systems.

PVH range of single and multi-cartridge industrial housings is suitable for industrial liquid applications. The standard high flow filter housing can be configured to accept between 1 to 7 high flow cartridges and caters for flows more than 200 m3/hr up to 1,400 m3/hr. Pressure rated to 10bar, the housing is leg mounted. A single high flow housing replaces a multi-round holding 8 to 10 cartridges. The housings are available in vertical or horizontal orientation to make installation of high flow cartridges as easy as possible. Housings are supplied 40” and 60” lengths to maximise cartridge surface area available.

Acting as a prefilter, pleated depth cartridge filters perform an important role by protecting follow-on membrane technologies - microfiltration, ultrafiltration, nanofiltration, and reverse osmosis - so their efficacy and service life can be maximised. Avialable in polypropylene or glass fibre, in standard and highflow formats, micron ratings from 0.5 to 100 micron plus and a range of different endcaps allows all existing applications to be retrofitted.

ClearPore depth filters are a range of high efficiency melt blown depth filters available in a range of materials to ensure particulate removal from liquids when there is a wide side range of particulate contamination. ClearPore filters are manufactured from either 100% polypropylene or nylon fibers to create graded density and high contamination holding capacity. The range are available in a range of absolute or nominal removal ratings. Products are manufactured from FDA approved materials and conform to all required EU guidance of food safety. ClearPore depth filters are used in a range of industrial and F&B applications, such as bulk chemicals, industrial water treatment, cooling water, plating, parts cleaning, drinking water treatment, desalination and food & beverage applications requiring haze or colloidal removal

This course is ideal for those who are not directly involved with the operation and maintenance of water systems, but still require an understanding of Legionella and the risk posed by this bacteria and what can be done to minimise the risk. This awareness course maybe applicable to those persons who provide hotel services, caretakers / janitors and / or building / departmental staff. Topics covered on the course include: -Legionella the bacteria - the history and current cases reported -Factors that encourage Legionella growth within water systems -An overview of the law, regulations and guidance applicable to Legionella -Those persons involved in the routine management and operation of water systems -Control strategies that can assist with minimising growth of Legionella in water systems -Operational checks that can assist with evidencing control strategies are working - Identification and management of little used outlets. Available online 24/7.

Accredited with CPD & recognised by ILM, part of the City & Guilds Group. The Authorised Person (AP) has operational responsibility for the water service. They will be qualified, sufficiently experienced & skilled to fully operate the service, including its maintenance. This role involves maintenance of records, quality of service and system safety (integrity) and overseeing routine testing of the water, storage & distribution system. Topics covered on the course include: - The requirements for growth of Legionella, interactions of Legionella with other microbiota - Factors affecting the accumulation of biofilm - Effectiveness of biocides against Legionella, protozoa & biofilm - When to use biocides, selection of biocides - Effectiveness of temperature as a Legionella control method - Cold & hot water storage design & upgrading, distribution system issues - Showers, disposable & re‐usable shower head filters. - Monitoring, Legionella Sampling

Water Safety Plan [WSP], defined in BS8680 as… ‘strategic plan which defines & documents the arrangements that are required for the safe use & management of all water systems together with all associated systems & equipment within each building or estate to prevent harm arising from all forms of exposure’. Depending on the type & size of your organisation the scope & content of the WSP will vary. The initial steps in the development of a WSP is understanding the water related risks, the need to have identified and assessed those water related risks within a building or across an entire estate. This baseline of the water risks allows the development of the associated processes to be defined, outlining applicable arrangements to ensure the safe use of, and management of the water systems and associated equipment initially identified.