진행워터웨이

Adanced Water System

Jinhaeng Waterway Lineup

Algal bloom Removal System

GT Ionizer

Product Features

Structure of the GT IONIZER

The eco-friendly algae removal system, GT IONIZER, continuously generates hydrogen peroxide using low power consumption to remove algae effectively.
Designed for long service life and environmentally friendly operation.

  • GT IONIZER Product

  • GT IONIZER Drawing

Expected Benefits of Using GT IONIZER

  1. Algae Removal
    Reduction of Harmful Substances

  2. Improved Water Quality
    (Increased Dissolved Oxygen)

  3. Ecosystem Protection

  4. Reduced Water Treatment Costs

Eco-Friendly Algae Removal System GT IONIZER
Eco-Friendly Process
  • Uses ionized REDOX technology
  • UV lamp-based organic matter decomposition
  • Magnetic material-based algae treatment technology
Ecosystem Preservation
  • Long-term operational capability
  • Excellent treatment time efficiency
Cost Efficiency
  • Eco-friendly process
  • No chemical usage
Superior Technology and Cost Reduction Benefits
Technical Stability
  • No release of hazardous substances due to high-purity metal ion processing (KS D 1930:2012, WHO drinking water guideline reference)
  • Zinc concentration maintained below 0.1 mg/L (Drinking water standard: below 3 mg/L)
  • Zinc ion oxidation-reduction mechanism generates hydrogen peroxide through the reaction between dissolved oxygen and zinc ions in water (Continuous generation of hydrogen peroxide)
  • Prevents algae regrowth through oxidation, decomposition, and treatment processes
Cost Minimization
  • Simple installation process minimizes installation costs (Installation possible within 1–2 days)
  • Improved maintenance convenience and reduced operating costs
  • No separate chemicals or additional costs required
  • Long-term use possible through physical ion exchange method (Over 10 years of operation)
  • Indoor and outdoor installation available with no additional facilities required

Product Specifications

Model JH-GT5K JH-GT8K JH-GT10K JH-GT15K
Size 50 mm 80 mm 100 mm 150 mm
Applicable Water Capacity 3,000 Ton 4,800 Ton 6,000 Ton 9,000 Ton
Weight 40 Kg 50 Kg 65 Kg 75 Kg
Effective Range (Radius) 25 M 30 M 35 M 40 M
Set Configuration (When Booster Pump Applied) 0.5 HP 1 HP 1 HP 1~2 HP
Precautions
  • Always follow safety regulations during product installation
  • Install at an accessible location for inspection and maintenance
  • Install at least 50 cm away from the pump inlet to prevent cavitation
  • Check and monitor the system carefully to prevent pump cavitation caused by excessive ion generation from high flow rates
  • Clean and remove accumulated ions inside the product and pump at least once a year

Patents

Where GT IONIZER Installation Is Needed

  • Swimming Pools & Outdoor Water Play Facilities

    Removal of algae and improved water quality
    (No chlorine chemicals required)

  • Various Ponds & Lakes

    Prevention of algal blooms and improvement of water quality

  • Golf Courses (Water Hazards, etc.)

    Algae prevention and removal
    Odor reduction and improved landscape quality

  • Zoos, Livestock Farms & Aquariums

    Removal of algae harmful to animals and livestock
    Improved water quality

  • Aquaculture Farms

    Selective removal of green algae without harming fish or shrimp aquaculture environments

R&D

University of Ulsan Industry–University Cooperation New Industry R&D Voucher
  1. 1. Project: Development of algae removal technology using ionized oxidation-reduction reactions
  2. 2. Supervising Organization: Ministry of SMEs and Startups
  3. 3. Participating Company: Jinhaeng Waterway Co., Ltd.
  4. 4. Joint Research Organization: University of Ulsan Industry-Academic Cooperation Foundation
  5. 5. Development Period: June 1, 2019 – May 31, 2020 (12 months)
  6. 6. Final Report Submission: July 31, 2020
Summary
  • Development of algae removal technology using ionized oxidation-reduction reactions
  • Generation of activated oxygen (hydrogen peroxide, H₂O₂) through oxidation-reduction reactions caused by zinc ionization
  • Continuous generation of hydrogen peroxide in water and its decomposition into oxygen (Ca(OH)₂)
  • Activated oxygen suppresses algae growth and sterilizes microorganisms through oxidation of intracellular components
Conclusion
  • Improves green tide conditions through a physical method without introducing harmful chemicals
  • Eco-friendly technology that preserves aquatic ecosystems and maintains a healthy environment
  • Economical solution with reduced water treatment costs and simple installation, helping prevent and control algal blooms
Technical Stability Cost Minimization

No release of hazardous substances due to high-purity metal ion processing
[KS D 1930:2012, WHO drinking water guideline reference]

Simple installation process minimizes installation costs
[Installation possible within 1–2 days]

Zinc concentration maintained below 0.1 mg/L
[Drinking water standard: below 3 mg/L]

No external power supply required, improving maintenance convenience and reducing costs

KC Certification for sanitary safety

No chemicals required, reducing operating costs

Harmless to humans and preserves ecosystems without chemical usage
[Hydrogen peroxide generated through ionized water reactions]

Long-term operation possible through physical ion exchange treatment

Prevents algae regrowth through oxidation and decomposition treatment processes

Indoor and outdoor installation available without additional facilities
Changes in Green Tide After GT IONIZER Installation
Initial 1–4 Days After Installation of the Algae Removal System
Category Initial Algae Condition After 2 Days After 4 Days
Change
Turbidity (NTU) 31.0 6.25 3.79
Zn²⁺ Concentration (ppm) 0 0.34 0.46

As the algae settled to the bottom, turbidity decreased to approximately one-tenth of the initial level.
It was confirmed that zinc ions dissolved from the GT IONIZER inhibited algae growth.

Before Installation of the Algae Removal System – 10-Day Comparison
Category Before Installation (Day 0) After 7 Days After 10 Days
Non-Installed
(Control Group)
Installed
(Experimental Group)

It was confirmed that algae growth was significantly reduced compared to the control group due to the generation of zinc ions from the GT IONIZER.
The zinc concentration in drinking water was reduced to a low level of 0.46 ppm, which is below the drinking water standard of 3 ppm, confirming stable water quality during GT IONIZER operation.

Water Quality Analysis Results from GT IONIZER Activated Oxygen

(Testing Organization: KOTITI Testing & Research Institute)

Test Item Unit Results
Control Group (Non-Installed) Installed
General Bacteria CFU/ml 87 61
Total Coliforms Count/100ml Not Detected Not Detected
Chlorophyll-a mg/m³ 8.4 1.0
2-MIB mg/L Not Detected Not Detected
Geosmin mg/L 0.002 Not Detected

  • Reduction in general bacteria

  • Significant reduction in chlorophyll

  • Geosmin not detected

※ Chlorophyll is a green pigment produced by photosynthetic organisms and is a major cause of algal blooms.
※ Geosmin is a compound responsible for algae-related odors.

GT IONIZER Experimental Results
  1. 1. Test Target: Harmful algal species Anabaena collected from Hwanggang Reservoir
  2. 2. Test Conditions: Water temperature 20–25°C, equal concentration, 5L culture tank
  3. 3. Test Method: Algae removal experiment using GT IONIZER
Category 0 Day 1 Day 3 Day 4 Day 7 Day 17 Day
Non-Installed
Installed
Experimental Results
  • 50% reduction in algae after 7 days
  • Over 90% algae removal after 17 days