Engineered around the source.
Delivered around the project.
7standardized solution paths connect the project challenge with a practical equipment combination and a defined treatment objective.
Engineering reference only — the final process train is configured against verified project inputs.
Industrial Pure Water & Ultrapure Water Solution
Overview
KONCHE engineers integrated pure and ultrapure water systems around feed-water quality, production capacity and the required conductivity or resistivity. The treatment train can combine pretreatment, RO, EDI, polishing, UV and point-of-use control.
Application Scenarios
- Electronics and semiconductor manufacturing
- Photovoltaic and new-energy production
- Biopharmaceutical and fine-chemical plants
- Industrial laboratories and quality control
Main Pain Points
- Dissolved ions, particles and organics reduce yield and process consistency.
- Variable feed water makes strict specifications difficult to maintain.
- Different points of use require different purified-water grades.
Recommended Equipment
Treatment Outcomes
- Stable conductivity or resistivity at the specified duty.
- Consistent water quality supports production yield and repeatability.
- Point-of-use control protects high-specification processes.
Electronics & Precision Manufacturing Ultrapure Water Solution
Overview
KONCHE configures electronic-grade ultrapure water trains for semiconductor, PCB, display, photovoltaic and battery manufacturing. Pretreatment, RO, EDI and 185/254 nm UV polishing are integrated with storage and a circulating distribution loop.
Application Scenarios
- Semiconductor packaging and precision electronics
- PCB etching, rinsing and plating
- Display and photovoltaic manufacturing
- Battery and new-energy material plants
Main Pain Points
- Trace ions, particles and organics affect surface quality and yield.
- TOC and microbial growth degrade stored and circulated water.
- Chemical-regeneration downtime interrupts continuous supply.
Recommended Equipment
Treatment Outcomes
- Designed for product water up to 18.2 MΩ·cm.
- TOC can be controlled to 0.5 μg/L at the designed duty.
- Continuous EDI and a UV-protected loop maintain point-of-use quality.
Seawater & Brackish Water Desalination Solution
Overview
KONCHE configures seawater and brackish-water desalination systems for high-salinity sources, remote locations and projects with limited infrastructure. Skid-mounted or containerized plants integrate pretreatment, high-pressure RO, post-treatment and UV disinfection.
Application Scenarios
- Middle East desalination and industrial supply
- Islands, coastal mining and remote facilities
- Field camps and temporary project sites
- Rapid-deployment water supply projects
Main Pain Points
- High salinity prevents direct industrial or commercial use.
- Remote sites may have limited infrastructure and local setup resources.
- Coastal exposure demands corrosion-conscious materials and design.
Recommended Equipment
Treatment Outcomes
- Saline feed is converted to the agreed project-water specification.
- Containerized delivery reduces destination setup and deployment time.
- Modular scope adapts to remote and infrastructure-limited locations.
Drinking Water Purification & Community Water-Supply Solution
Overview
KONCHE provides centralized drinking-water purification systems for communities, institutions and commercial projects. Selection follows raw-water turbidity, salinity, microbiological risk, output and the applicable drinking-water standard, with maintainability prioritized for overseas sites.
Application Scenarios
- Village and community projects in Africa and Southeast Asia
- Mining and construction camps
- Schools, hotels and public facilities
- Commercial drinking-water supply
Main Pain Points
- Turbid water may contain sediment, colloids and microorganisms.
- A stable safe-water supply is unavailable at the project location.
- Limited local resources demand simple operation and maintenance.
Recommended Equipment
Treatment Outcomes
- Sediment, colloids and microbial risk are reduced through a configured barrier train.
- Product water is designed around the applicable drinking-water standard.
- Maintainable operation supports reliable centralized supply.
Food & Beverage Water Treatment Solution
Overview
KONCHE configures process-water systems for beverage, brewing and food production around hardness, microbiological control, product quality and cleaning requirements. RO, UF and UV stages are selected to protect consistency and hygienic operation.
Application Scenarios
- Bottled water and beverage production
- Breweries and fermentation lines
- Food and ingredient processing
- Process-water and cleaning-water supply
Main Pain Points
- Hardness and dissolved solids affect formulation and scaling.
- Microbial risk affects product quality and shelf life.
- Variable feed water disrupts repeatable production.
Recommended Equipment
Treatment Outcomes
- Lower hardness and dissolved solids support stable production.
- UV disinfection provides chemical-free microbial control.
- Configured water quality supports process and cleaning duties.
Industrial UF Pretreatment Solution
Overview
KONCHE uses ultrafiltration as a stable membrane barrier for industrial source water and reuse projects. UF removes suspended solids, fine particles and colloids before downstream RO, helping stabilize feed quality and reduce fouling pressure.
Application Scenarios
- Factory raw-water pretreatment
- Mining and process-water clarification
- RO membrane pretreatment
- Industrial water reuse front end
Main Pain Points
- TSS, sediment and colloids foul downstream RO membranes.
- Frequent cartridge replacement and cleaning increase operating cost.
- Variable turbidity destabilizes conventional pretreatment.
Recommended Equipment
Treatment Outcomes
- UF intercepts suspended solids and colloidal load.
- More stable RO feed protects membranes and recovery performance.
- Reduced fouling pressure lowers cleaning and consumable demand.
Laboratory Water Treatment Total Solution
Overview
KONCHE configures laboratory water systems around feed-water quality, daily demand, instrument sensitivity and test methods. Purification, UV treatment and point-of-use dispensing can provide multiple grades for washing, reagent preparation and high-precision analysis.
Application Scenarios
- University and research laboratories
- Analytical testing and instrument rooms
- Biopharmaceutical R&D
- Quality control and precision testing
Main Pain Points
- Different methods require different purified-water grades.
- Conventional water may not protect sensitive analytical instruments.
- Unstable quality affects blanks, calibration and repeatability.
Recommended Equipment
Treatment Outcomes
- Multiple grades support washing, reagent and analytical workflows.
- Systems can deliver ultrapure water up to 18.2 MΩ·cm.
- Stable water quality improves testing repeatability and instrument protection.