Borehole Water Treatment Plant
- Eliminate different dangerous substances such as silt, rust, germs, viruses
- Decreasing energy usage by over 30% contrasted to traditional water therapy devices
- Created with top notch components and materials, the tools flaunts durable operational stability
- Equipped with an intelligent control system, it enables automatic operation and remote tracking
KYsearo borehold water treatment plant employs multi-stage filtration modern technology (coagulation sedimentation – oxidation adsorption – precision membrane separation) to address difficulties such as high turbidity (≤ 200 NTU), heavy steels (As/Cd removal price > 99.5%), and microbial contamination; with a precision of ± 0.01 mg/L, it sustains remote triggering of flushing and regrowth programs; Structurally designed to fulfill extreme environmental needs– optional 316L stainless-steel tanks (pressure-resistant as much as 1.0 MPa) for shipboard high-salt haze rust, or PE-lined fiberglass for acidic water in mining areas, combined with a small skid-mounted design (footprint < 3 m TWO). The whole system sustains 72-hour customised feedback and life time spare components supply.
- Water Therapy Ability 5– 50 m3/ h (can be customized).
- Filter Precision 0.0001 microns (RO membrane) Preserves viruses/bacteria (size > 0.02 microns).
- Contaminant Elimination Price Hefty steels > 99%, fluoride > 95% Satisfies that consuming water requirements.
- Operating Pressure 0.3– 0.6 MPa Low-pressure startup, energy-saving style.
- Operating Temperature level 5– 40 ° C.
- Power Voltage Air Conditioner 380V/220V 50Hz.
Your Premier Borehole Water Treatment Plant Manufacturer
The borehole water treat,emt system appropriates for various scenarios, whether it is everyday drinking water therapy for country houses, centralized water purification for small areas, or groundwater treatment in agricultural irrigation, it can execute remarkably well. In some industrial production processes where groundwater is utilized as resources or auxiliary water, the system can efficiently remove pollutants and toxins from the water, making sure smooth manufacturing operations.
1. House Drinking Water
– Recommended Configuration: PP Cotton + Activated Carbon + UV + Mineralisation Filter Cartridge (no RO, keeps beneficial minerals).
2. Highly Polluted Well Water (Industrial/Agricultural Areas)
– Required configuration: Sand filter + iron/manganese removal module + RO + UV (to address heavy metals/pesticide residues).
3. Emergency Water Supply (Post-Disaster/Outdoor)
– Portable system: Ultrafiltration membrane layer (0.01 microns) + iodine material disinfection, no electrical energy needed.
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The Working Principle of Borehole Water Treatment Plant
The borehole water treatment plant runs based upon multi-layer filtering and deep filtration innovation, with the following particular process:
Pre-treatment stage: Groundwater first enters the pre-treatment device, where it undertakes screen purification to eliminate huge particles such as sand and stones, protecting against these impurities from harmful succeeding treatment devices.
Purification phase: The pre-treated water enters the purification system, which normally consists of quartz sand filters and turned on carbon filters. Quartz sand filters largely get rid of suspended particles and colloidal compounds from the water, while activated carbon filters adsorb organic substances, smells, and pigments.
Deep filtration phase: The filtered water enters deep purification systems, such as reverse osmosis membrane layer components or ultrafiltration membrane modules. Reverse osmosis membranes effectively remove damaging materials such as liquified salts, hefty steels, microorganisms, and viruses from the water, while ultrafiltration membrane layers largely remove large organic molecules, colloids, and microorganisms.
Post-treatment phase: The deeply purified water enters post-treatment tools such as ultraviolet sterilizers or ozone generators to further remove microorganisms and viruses in the water, making certain the security of the treated water top quality. Furthermore, minerals can be added as required to improve the preference of the water.
How is borehole water treatment plant working process?
Water intake: Groundwater is extracted from the well utilizing a deep well pump and enters the water treatment system.
Pre-trattamento: As described in the pre-treatment phase of the functioning concept, big fragments are removed.
- Mechanical filtration: Multi-stage filter cartridges (PP cotton, sand filter) obstruct sand, rust, and other fragments (precision 5– 50 microns).
- Iron and Manganese Elimination: An oxidation filter transforms liquified iron/manganese right into solid precipitates, which are then eliminated using purification.
Purification: The water goes into the filtration system, going through quartz sand filtration, triggered carbon purification, etc – Turned on Carbon Adsorption: Coconut covering turned on carbon filter cartridges eliminate organic substances, chlorine, and odours, enhancing taste.
- Reverse osmosis (RO membrane layer): High-pressure drives water molecules via a 0.0001-micron RO membrane, removing 99% of pollutants (heavy metals, liquified salts, microorganisms).
- Ultraviolet sanitation (UV): 254-nanometre ultraviolet light damages microbial DNA, attaining chemical-free sterilisation.
Deep filtration: Add a mineralisation filter cartridge (having calcium, magnesium, and other trace elements) to adjust the pH to neutral, enhancing taste and health and wellness benefits.
Post-treatment: Execute post-treatment such as UV sterilisation or ozone sanitation, while additionally including minerals.
Water storage: Shop cleansed water in a clean and sterile pressure container, with a closed-loop circulation system to prevent second contamination.
Water System: Water is pumped from the storage tank to the individual’s water factors by means of a water system pump.
Frequently Asked Questions
1. Succeeds water require to be dealt with?
> Yes. Well water might consist of extreme fluoride (triggering dental fluorosis), E. coli (creating diarrhoea), or arsenic (causing persistent poisoning), so testing and targeted filtration are required.
2. Does the RO system get rid of all minerals?
> RO membranes eliminate dangerous heavy metals and liquified salts, but a mineralisation component can be included in restore calcium, magnesium, and other components.
3. Does the tools call for routine maintenance?
Yes, to make certain typical operation and water top quality, the tools requires regular upkeep. This largely consists of changing filter products, cleansing membrane layer elements, and evaluating the electric system. The details upkeep cycle depends upon the tools’s operating conditions and water high quality, but it is usually recommended to execute maintenance every 3– 6 months.
4. What is the equipment’s service life?
Under typical usage and maintenance problems, the equipment’s service life can go beyond 10 years. Nonetheless, the particular life span may additionally be affected by variables such as water high quality, water treatment volume, and running environment.
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