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Water Treatment Equipment

Liangpu water treatment equipment covers industrial RO systems (0.25–10 T/h reference models), simplex and duplex water softeners and pure-water systems, including feed-water treatment for steam generators.

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  Industrial RO Water Treatment Systems

  Reference models from 0.25 to 10 T/h, 4T/6T/8T configurations and 40 T/h ultrafiltration equipment.

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  Industrial Water Softeners

  Simplex and duplex softeners that reduce hardness and control scale in boilers and steam generators.

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  Industrial Pure Water Systems

  Pure water for process use, rinsing, cleaning and food-processing support, configured to the target water quality.

What the water-treatment range covers

The water-treatment range is a group of industrial softeners, reverse osmosis systems and pure-water systems for your steam plant or production process. Your choice depends on whether you need hardness removal, reduced dissolved solids or water prepared to a specified quality at the point of use.

First, a softener removes calcium and magnesium hardness by ion exchange, while leaving total dissolved solids unchanged. Second, RO reduces dissolved solids, with standard nominal output options including 0.25 and 10 T/h; actual output varies with feed-water quality and temperature. Third, a pure-water system uses RO as its core process, with optional pretreatment and post-treatment selected around your required water quality at the point of use. For example, a commercial laundry can have its water-treatment requirements assessed alongside the steam equipment serving washing machines, ironing tables and garment-finishing equipment.

Which treatment process matches which water problem

A treatment process is a method selected to address a particular water problem, such as hardness or dissolved solids. You should compare your raw-water analysis with the quality required by your connected equipment, because softening and reverse osmosis perform different tasks and cannot be treated as interchangeable processes.

First, select softening when hardness removal is required, remembering that heating and evaporating hard water forms scale on heating surfaces and inside pipework. Second, consider RO where dissolved solids must be reduced; the reference raw-water inlet pressure for these systems is 0.1-0.3 MPa. Third, assess suitable membrane pretreatment, which can involve filtration, softening or antiscalant dosing to address scaling and fouling, with optional post-treatment depending on your target water quality. For example, a production process requiring reduced dissolved solids can be assessed for an RO-based pure-water system.

How capacity is selected for a water-treatment system

Water-treatment capacity is the output or flow required to serve your connected equipment during its operating period. You should send daily demand, available operating hours and peak flow requirements so that selection reflects when water is needed, alongside the raw-water conditions that affect treatment output and softener regeneration.

First, divide your daily treated-water requirement by the hours available for water production to establish an hourly requirement for assessment. Second, compare that requirement with peak demand and connected equipment; RO standard nominal capacities include 1, 2 and 3 T/h, but actual output varies with feed-water quality and temperature. Third, select softener capacity using hardness, required flow, connected equipment and regeneration cycle, including whether water must remain available during regeneration. For example, a commercial laundry should send its daily washing volume, equipment list and peak operating period.

How water treatment supports a steam generator or boiler

Water treatment is a feed-water preparation process that addresses hardness or dissolved solids before water enters your steam generator or boiler. You should check the incoming water and connected equipment requirements because scale forms as hard water is heated and evaporated, insulating heating surfaces and accumulating inside pipework.

First, assess hardness removal to address calcium and magnesium in the feed water, while recognising that a softener does not reduce total dissolved solids. Second, check whether RO is needed to reduce dissolved solids, with suitable pretreatment for its membranes. Third, match treatment flow and regeneration arrangements to your steam equipment; the electric steam generator range has rated steam outputs of 4-500 kg/h, which must be considered alongside your water requirements. For example, a garment-finishing installation can have its feed-water treatment assessed together with its electric steam generator.

What water analysis to send before a quotation

A feed-water analysis is a record of the incoming water chemistry used to assess treatment requirements for your site. You should send it with your water source, temperature and seasonal supply information, because process selection depends on both the substances present and the conditions under which the equipment operates.

First, send total hardness, TDS or conductivity, pH, chloride, iron and manganese, together with silica and turbidity where available. Second, identify whether your supply is municipal, well or surface water, and report water temperature and seasonal changes so these conditions can inform selection. Third, include your required output and target water quality; the RO reference membrane inlet pressure is 0.6-1.0 MPa, a separate parameter from water chemistry. For example, a steam plant using well water can submit its analysis alongside the connected boiler details and required treatment flow.

How steam and water-treatment equipment are quoted together

A combined quotation is a project-specific assessment of your steam equipment and the water-treatment system needed to serve it. You should submit the steam demand, connected equipment and feed-water analysis together so that treatment process, required flow, regeneration arrangements and electrical supply can be considered within the same enquiry.

First, provide your steam equipment list, required steam output and operating pattern, including which machines run simultaneously during peak periods. Second, send the water analysis, source, temperature and required treated-water quality so that softening, RO or a pure-water configuration can be assessed. Third, confirm your electrical supply and installation arrangement; standard RO models rated 1 T/h and above use 380 V / 50 Hz, while steam equipment electrical requirements are confirmed at quotation. For example, a commercial laundry can request steam equipment and water treatment together for washing and garment finishing.

See also: Steam Equipment · All products · Send an inquiry (yeyiyulong@163.com, WhatsApp +852 5762 0371)