The EDI (Electrodeionization) borehole water purification equipment is an advanced, chemical-free solution for high-purity water production. It integrates ion exchange resin with electrodialysis, removing ions and impurities efficiently without acid/alkali regeneration.

Ideal for industries like electronics, pharmaceuticals, and power generation, it ensures stable water quality (up to 18 MΩ·cm) with low energy consumption and minimal maintenance. Compact in design, it supports continuous, automated operation, meeting strict industrial purity standards while reducing environmental impact.

Types of EDI System for Water Purification

Industrial RO+EDI System Deionized Pure Water Equipment

Double Stage RO System with EDI System(for Deionized Water)

Customized EDI Ultra Purification Water Equipment

Aquapure EDI Industrial Ultra-Filtration Water Treatment System

Ultrafiltration Membrane Filter Water Purifier Machine

New Type EDI High Quality Water Purification System

EDI WATER PURIFICATION SYSTEM FOR CONTINUOUS DEIONIZED WATER SUPPLY

High-Purity Output

EDI systems produce deionized water continuously via electrochemical processes, delivering consistent high purity (often >15 MΩ·cm) without interruptions, ideal for applications needing steady ultra-pure water.

Chemical-Free & Eco-Friendly

Unlike traditional ion exchange, EDI uses electricity instead of regenerating chemicals, cutting waste and operational costs while supporting sustainable practices.

Low Maintenance & Reliable

With no resin replacement or chemical cycles, it has minimal upkeep needs. Built-in monitoring ensures real-time performance tracking, reducing downtime.

Scalable & Versatile

Adaptable to varying flow rates (lab to industrial scale), edi system for water purification serves industries like electronics, pharmaceuticals, and power generation requiring continuous ultra-pure water.

INDUSTRIAL APPLICATIONS OF EDI WATER PURIFICATION SYSTEM IN WATER TREATMENT

Industrial Applications of Edi Water Purification System in Water Treatment

Project: Export of a Custom EDI Discuss Water Purification System to a German Automotive Manufacturer

Client & Challenge: We provided a solution for a leading German automotive manufacturer seeking to reduce freshwater consumption and wastewater discharge from their high-precision paint shop.

Our Solution: Our company exported and commissioned a customized Electrodeionization (EDI) system, which was seamlessly integrated into their existing wastewater treatment loop.

Technical Role: The EDI unit effectively polished the pre-treated wastewater, consistently producing high-purity water with a resistivity of 15 MΩ·cm, suitable for the final rinse stage.

Key Outcome: This closed-loop system, enabled by our technology, achieved a remarkable water recovery rate of over 70%, drastically cutting the client's operational costs and environmental footprint.

Client Benefit: The ultra-pure water ensured a spot-free, superior paint finish on their vehicles, directly enhancing their end-product quality and supporting their sustainable manufacturing goals.

EDI WATER PURIFICATION SYSTEM WORKFLOW

Pretreatment: Raw water first undergoes multi-stage filtration (sediment filters, activated carbon) to eliminate particles, chlorine, and organic matter, preventing EDI membrane/electrode fouling. Softeners may be added to reduce hardness if needed.

Reverse Osmosis (RO): Pretreated water enters the RO system, where high pressure forces it through semipermeable membranes, removing 95-99% of dissolved solids (salts, heavy metals), lowering TDS to <50 ppm—critical for EDI efficiency.

EDI Processing: RO permeate flows into EDI modules. An electric field drives remaining ions through ion-exchange membranes; water splits into H⁺ and OH⁻ via electrolysis, continuously regenerating ion-exchange resins without chemical regeneration. This achieves ultrapure water (conductivity <0.1 μS/cm).

Storage & Distribution: Ultrapure water is stored in sanitized tanks, then distributed via loop systems with UV disinfection to maintain purity until use.

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An air flotation machine is a vital water treatment system designed for efficient separation of suspended solids, oils, and other contaminants from wastewater. Utilizing a dissolved air flotation water treatment process, it dissolves air under pressure and releases microscopic bubbles. These bubbles attach to solid particles, causing them to float to the surface, where they are removed by a skimming mechanism. This technology is renowned for its high efficiency, compact design, and rapid processing speed. It is widely applied across various industries, including municipal wastewater treatment, food processing, petrochemical, and paper manufacturing, significantly improving water quality and enabling effective water reuse or safe discharge.

TYPES OF AIR FLOTATION MACHINES

DAF Unit Wastewater Treatment Machine

Electro-Coagulation DAF Wastewater Treatment System

Combined Type DAF Wastewater Treatment Unit

Small DAF for Papermaking Wastewater Treatment

AIR FLOTATION MACHINE FOR EFFECTIVE OIL AND SOLID REMOVAL IN WASTEWATER

Principle of Operation

It works by dissolving air into wastewater under pressure. When released at the atmospheric pressure in a tank, microscopic bubbles attach to oil droplets and suspended solids, causing them to float to the surface for easy removal.

Enhanced Separation

The system often uses chemical coagulants and flocculants to cluster fine particles, making them larger and easier for the air bubbles to capture, which significantly improves removal efficiency.

Key Applications

This technology is highly effective for treating industrial wastewater from sectors like petroleum, food processing, and chemical manufacturing, where separating free oils, greases, and suspended solids is crucial before further treatment.

System Advantages

It offers a compact, reliable, and fast separation process, handling high hydraulic loads efficiently. This results in high-quality effluent and reduced biological treatment load downstream.

INDUSTRIAL APPLICATIONS OF AIR FLOTATION MACHINE IN SEWAGE TREATMENT

Industrial Applications of Air Flotation Water Treatment Machine in Sewage Treatment

Dissolved air flotation machine are core equipment for sewage treatment, using microbubbles to adsorb suspended solids, oils, and colloids, then floating them for separation. They excel in low-energy consumption and high efficiency, making them ideal for pre-treatment or deep purification in food processing, textile, petrochemical, and electroplating industries.

Case: A large-scale seafood processing plant in Indonesia purchased our machines. Within 3 months of operation, it reduced wastewater oil content by over 80% and suspended solids by 65%, fully complying with Indonesia’s environmental regulations and avoiding production shutdown risks.

AIR FLOTATION MACHINE WORKFLOW

Water Inlet: Raw wastewater (with suspended solids) is pumped into the flotation tank, and coagulants/flocculants are added to form larger flocs.

Air Dissolution: Compressed air mixes with recycled water in a pressure vessel, creating a supersaturated air-water mixture.

Air Bubble Release: The mixture is released into the tank. Sudden pressure drop generates tiny air bubbles (10-100μm).

Floc Attachment: Bubbles adhere to flocs, forming buoyant aggregates that rise to the water surface.

Sludge & Water Separation: Surface scum (floc-bubble aggregates) is scraped off. Treated water is discharged from the tank bottom.

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Aerator for sewage treatment plant is core in water treatment. It boosts dissolved oxygen in water by aerating to break the liquid-gas interface, inhibiting anaerobic bacteria. Widely applied in municipal/industrial wastewater treatment and aquaculture, it effectively degrades pollutants, improves water quality, and protects aquatic life. Including mechanical and blast aeration, it offers high efficiency, energy saving, stable operation, and adaptability to diverse working conditions. By integrating high-efficiency aeration diffusers wastewater facilities can maximize oxygen transfer rates, significantly reducing the energy consumption associated with the biological treatment process.

TYPES OF AERATION EQUIPMENTS

Fine Bubble Diffuser Disc

Aeration Disk Membrane Bubble Air Diffuser

Membrane Oxygen Diffuser

EPDM Disc Diffusers

THE IMPORTANCE OF AERATION SYSTEM IN SEWAGE SYSTEM

Oxygen Supply

It provides essential oxygen for aerobic bacteria, which efficiently break down and consume harmful organic pollutants in the wastewater.

Mixing

The system keeps solids suspended in the water, ensuring maximum contact between the bacteria and their food source for uniform treatment.

Microbe Growth

It promotes the growth of a healthy microbial community (activated sludge) that is responsible for the core cleaning process.

Odor Control

By adding oxygen and stripping volatile gases, aeration significantly reduces unpleasant and corrosive odors from the sewage.

HOW TO CUT 20% ENERGY COST WITH HIGH-EFFICIENCY AERATION DISCS

How to Cut 20% Energy Cost with High-Efficiency Aeration Discs

High-efficiency aeration discs slash 20% energy costs via advanced porous design, boosting oxygen transfer efficiency (OTE) significantly. Their optimized air dispersion reduces blower workload, minimizing power consumption. Durable materials lower maintenance frequency, combining energy savings with long-term operational efficiency for wastewater treatment and aquaculture.

AERATION EQUIPMENT WORKFLOW

Air Supply: Blowers or compressors generate and force air into the system.

Diffusion: Air is released as fine or micro bubbles through submerged diffusers, maximizing oxygen transfer.

Mixing & Oxygen Transfer: Bubbles rise, mixing the liquid and dissolving oxygen into the wastewater.

Biological Treatment: Oxygen enables aerobic microorganisms to consume organic waste matter.

Process Control: Systems automatically adjust air supply based on real-time demand to optimize treatment and reduce energy use.

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Diffuser for water treatment is a vital component used to introduce air or oxygen into water, promoting efficient gas transfer and supporting biological treatment processes. A diffuser aeration tank is a specialized tank equipped with these diffusers, designed to evenly distribute fine bubbles throughout the water in order to enhance oxygen dissolution and improve overall wastewater treatment performance.

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Packaged sewage water treatment system are compact, pre-engineered solutions designed for efficient and decentralized wastewater management. These all-in-one plants are ideal for remote communities, industrial sites, and commercial facilities lacking access to main sewer lines. Utilizing advanced biological and physical processes, they effectively purify water to meet strict discharge or reuse standards. Their key advantages include a small footprint, easy installation, low operational costs, and reliable performance. This makes them a versatile and sustainable choice for achieving effective, on-site wastewater treatment by products with minimal environmental impact.

Packaged wastewater sludge disposal Treatment Systems for Compact Wastewater Solutions

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Space-Saving

Prefabricated and self-contained, these systems have a compact footprint, suitable for land-limited areas like cities or small sites.

All-in-One Treatment

Integrate screening, biological degradation, disinfection, etc., in one unit to efficiently remove pollutants and meet discharge standards.

Easy Use

Factory-tested for quick on-site installation; automated controls reduce manual work and operational complexity.

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Flexible Scalability

Modular designs allow capacity expansion; customizable for specific water quality needs (e.g., industrial wastewater, irrigation reuse).

Benefits of Using Packaged Sewage Treatment Systems in Remote Areas

Packaged sewage treatment systems are ideal for remote areas, boasting compact sizes that fit limited spaces, quick on-site assembly (often taking days instead of months), and minimal ongoing maintenance—no need for specialized local teams.

In Alaska’s isolated villages, these systems eliminated the need for costly water hauling and unhygienic waste dumping, slashing operational expenses by 30% while boosting community health. Similarly, Australia’s Ulan Mine replaced outdated facilities with them, ensuring compliant wastewater treatment even in its remote mining zone.

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A Enamel water tank is a durable storage vessel, typically made from materials like polyethylene or steel, designed to hold water for domestic, agricultural, and industrial use. Its robust, rotationally molded construction ensures long-lasting, leak-proof performance, safeguarding water quality. These effluent treatment tank are vital for ensuring a reliable water supply for drinking, irrigation, livestock, and various industrial processes. Available in many sizes, they offer a versatile and efficient solution for essential water storage and management needs.

Water Tank Solutions for Storage and Treatment Applications

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Customizable Sizing & Durable Materials

Flexible capacities (residential to industrial) and food-grade, corrosion-resistant materials (PE, stainless steel, fiberglass) ensure water purity and adaptability.

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Versatile Application Reliability

Serves municipal, agricultural, industrial, and emergency use cases, meeting ANSI/ISO standards for safety and performance in all environments.

Integrated Treatment

Often includes systems for mixing, disinfection, or sedimentation as part of the water treatment process.

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Monitoring & Safety

Features like level sensors, access hatches, and protective liners ensure efficient operation and water quality.

How to Select the Right water tank for purifier and Domestic Use

Selecting the right water tank involves assessing usage needs (industrial/domestic), available space, and local climate. Key factors include material (plastic, steel, concrete), capacity, and durability. Ensure the tank is certified for safe water storage, guaranteeing optimal performance and longevity for its intended application.

Water Tank Material

Stainless Steel Water Tank

Stainless steel membrane tank water treatment are highly durable, corrosion-resistant, and hygienic, ensuring safe water storage. They are strong, long-lasting, and require minimal maintenance. Their smooth surface prevents algae and dirt buildup. Ideal for both domestic and industrial use, they offer a reliable and clean water solution.

FRP Water Tank

FRP tank water treatment products excel in corrosion resistance, resisting chemicals and harsh environments to keep water pure. Lightweight yet high-strength, they enable easy transportation and installation with minimal structural support. They have low maintenance costs, a long service life, and good thermal insulation. Non-toxic, leak-proof, and customizable in size, they suit residential, commercial, industrial, and agricultural water storage needs.

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