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Demineralised Water Plant
With the help of our experts, we have been instrumental in offering our clients an excellent quality assortment of Demineralised Water Plant. This plant mainly consists of mixed cationic resin beds that effectively removes mineral salts from water by using the ion exchange process. Offered plant is designed and manufactured under the strict guidance of our deft technocrats using quality-tested basic components and advanced technology. Furthermore, this Demineralised Water Plant can be availed from us in user-specific standard and customized capacity at most competitive price.
- Highly operational strong cationic& anionic exchange resins
- User friendly, low maintenance and easy to install
- Maximum level of water recovery
- Energy efficient
- Fully automatic system
- Low maintenance
- Reduce total dissolved solids including alkalinity physically without using chemicals
Overview of Demineralization Plant
A Demineralisation Plant comprises of two stress vessels including anion and cation interchange resins. Different sorts of ion interchange resins can be utilized for both the anion and the cation procedure, relying upon the kind of contaminations in the water.
Generally, the cation resin works in the hydrogen series. The cations presents in water (such as magnesium, sodium and calcium) go through the cation interchange resin where they are artificially exchanged for hydrogen particles.
The water then goes through the anion interchange resin where the anions like sulfate, bicarbonate, chloride and nitrate are synthetically exchanged for hydroxide particles.
The finished water from procedure comprises importantly of particles of hydroxide and hydrogen, which is the synthetic formation of uncontaminated water.
The streamlined Derwent demineralisation plant comprises of:
Complex resin vessels with charge of solid anion and cation resin; regulation-board surrounding a conductivity computation, cautions and so on; corrosive and scathing injection provision from mass, partial-mass or carboy cassettes.
What is demineralised water utilized for?
The high-uncontaminated water through a demineralised plant is commonly utilized for high stress boiler feed, pharmaceutical process water, wash water for PC chip manufacture, miniaturized scale electronics and any procedure where high-uncontaminated water is a necessity.
Why are there various sorts of resins utilized in plants for demineralisation?
- The kind of resins utilized and chose depends on several factors:
- Treated water standard needed
- Input water grade
- Presence of natural foulants
- Temperatures of water
- Circulation through plant needed
- Regeneration technique – either co-current regeneration or counter-current
- There is an immeasurable scope of resins to choose from, such as improved capacity resins, consumable clear gel resins, resins to accomplished low silica status, purafine resins, gel polystyrene resins and resins for water including natural matter.
Co-current flow regeneration:
The resin included in the stress vessel has around half free space over the resin (called resin-free panel). This independent space permits discharging, expulsion of any entrained concretes, re-grouping of the resin quaint and it mitigates bed compaction.
Caustic/acid and water recovery is worked out in a down-stream way.
Counter-current flow regeneration:
With counter-stream recovery, the regenerant caustic and acid goes the other way to the service stream water as well as goes through the resin close to the outlet of the part and, henceforth, counter-current stream recovery has bring down spillage to service than the co-current technique.
How would you recover a demineralisation plant?
Our scope of demineralisation plants recover mechanically as indicated by conductivity.
The regenerant for cation particle is hydrochloric chemical (sulphuric chemical can be utilized as an option) and acidic soda for the anion segment.
What is blended bed demineralisation?
Cleaning blended beds come after the anion and cation standard vessels. As the name suggests, they are present there to clean the water. The bed is a personal blend of cation and anion resins. These resins are not recovered at a pre-fix time as per conductivity as well as are not worked to depletion but rather are recovered on volume and time.
What is the nature of the treated water from a demineralisation plant?
The grade of the water relies on upon the sort of plan utilized:
Anion-Cation-Cleaning Mixed Bed
With this design, this sort of plant ought to deliver water of the accompanying quality:
– Conductivity 0.1 µS/cm at 25°C
– Brine 0.01 mg/l
– Reactive silica 0.02 mg/l
Anion-Cation (Counter-Current Recovery)
With ordinary counter-stream recovery, the normal water quality is:
– Energy 0.5 to 1.0 µS/cm at 25°C
– Salt 0.05 to 0.1 mg/l
– Sensitive silica 0.025 mg/l
Anion and Cation (Co-Current Recovery)
With ordinary co-ebb and flow recovery, the outlet quality will rely on upon the regenerant connected, resin utilized and raw water grade.
– Energy 5 to 30 µS/cm at 25 C
– Sodium 0.5 to 3 mg/l
– Responsive silica 0.1 to 0.3 mg/l
How would I measure a demineralisation plant?
For the estimating of a demineralisation plant, a great in-depth water investigation is regularly needed which provides the breakdown of aggregate anions and aggregate cations and any possible natural foulants. The finished needed quality water determination is required, and also stream rate and water utilized every day. In a few conditions, our Water Systems can be "BUDGET SIZE" a demineralisation plant by learning of the aggregate broke up solids and water utilization rates. This is not suggested, in any case, for exact costings and for an ensured outlet water grade.
For help on measuring, please contact our specialized technical support team.
Could our Water Systems benefit demineralisation plants?
Yes. We provide single-day service contracts or services on every water treatment gear. The greater part of water treatment service workers are completely experienced and qualified on the full range of water treatment equipment accessible. We have characterized service feature sheets (accessible on demand) which characterize the correct service plan proposed for plant of demineralisation.
|Product Name -||DM PLANT||Product Code -||DMP 26|
|Brand Name -||Indian Ion Exchange & Chemicals Limited||Certification -||ISO 9001 -2008, Trust Stamp|
|Condition -||New||Payment Terms -||Cash in advance, L/C, T/T|
|Export Markets -||Worldwide||Environmental -||Protection|
|FOB Price -||Sent By Mail||Place of Origin -||Ahmedabad, Gujarat|
|Energy -||Save||Tank MOC -||FRP|
|Technology -||Ro, UF, EDI, mix bed||Operation Mode -||Time control/Flow contro|
|Application -||Pure water for hemodialysis||Medium Material -||ro membrane|
|RO membrane -||auto wash and manual wash||working life -||long|
|Operation -||Easy||Power(W) -||1.5 kw|
|TDS remove rate -||97%||inlet water TDS -||<15000ppm|
|strengthen option -||water softener||sterilizer1 (optional) -||UV lamp|
|Add mineral -||dosing system||Dimension(L*W*H) -||2500X1000X2800|
|Mode -||Automatic||high pressure pump -||nanfang pump|
|Capability -||0.3~13T/h(different model option)||sterilizer2 (optional) -||ozone generator|
|membrane housing -||FRP||Voltage(V) -||380V-600V|
|capacity -||500L/H||ROMA -||Medicament In Machine Pure Water|
|Power -||18KW||OP -||130~220psi, 230psi (max.)|
|Controller -||PLC/PC controller||Pump power -||1KW, 1.5KW, 2.2KW,3.0KW|
|Component -||Optional UV Sterilizer, Ozone & SS Jacket||Design -||Compact|
|Pumps -||Vertical High Pressure||DT -||Electric|
|Weight -||Standard||PT -||Water|
|Maintenance -||Long term||MOQ -||As per buyers|
|OC/LC -||Low||Sand Filter -||FRP Tank with Mechanical Control Valve|
|ASSP -||Engineers available to service machinery overseas||Business Type||Exporter , Manufacturer , Trader , Wholesaler and Supplier|
Packaging & Delivery
- Packaging Detail : Standard Exporting Package
- Delivery Detail : About 30 days