O2&B 기술 및 경쟁력 (MCDI) - 다크 테마
Technology and competitiveness
Core MCDI Desalination Technology: A Next-Generation Water Treatment Technology

1. Overview of MCDI (Membrane Capacitive Deionization) Technology

O₂&B is Development of a modular, fully automatic package system for water treatment processes.We have advanced water technology and are in the process of Electricity 80% savings, SW management without the need for experts, recovery rate 90% or higherWe have MCDI water purification technology.

RO (Existing) VS MCDI (Our Technology)

RO (Reverse Osmosis)

High CAPEX | High OPEX

High pressure process, membrane fouling, periodic replacement, specialist required

MCDI (Membrane Capacitive Deionization)

Much Less Costs

Low pressure, zero chemicals, modularity, low maintenance costs

MCDI desalination technology principle

water purification process

Ionic substances in water are applied to the surface of a carbon electrode. Electrically adsorbedand remove it.

Regeneration process

The direction of the electrode is changed so that the attached substance can be easily separated. disposeIt will work.

2. Core values and products of O2NB MCDI water purification technology

O2NB MCDI water purification technology

  • Low-cost water purification equipment
  • Excellent processing efficiency
  • Easy to install and easy to manage
  • Scalability
  • Eco-Friendly – No Chemicals
  • Low Energy, Low Cost
41,800,000 won

Electrosorption small-scale water purification device package system

Eco-friendly water purification treatment carbon emissions

3. 11 Key Advantages of the MCDI System

No. MCDI System Advantages
1 Since MCDI is a low-pressure system, general pipes, especially vinyl pipes, can be used, and the cost of construction materials is lower than that of existing RO. More than double the savingsIt will work.
2 The modular design and low-pressure piping configuration are highly flexible, allowing easy installation even for cross-operations for backwash or drainage.
3 Because it is a low-pressure system, professional installation and operation are not necessary, and the risk of pipe damage, etc. is extremely minimal.
4 The low pressure system is manufactured in cabinet form. Stacking method even in narrow areasIt can be installed and is easy to operate and manage.
5 In the absence of the operator continuous autonomous drivingThis is possible and reduces costs by minimizing expensive RO valves and computerized control systems.
6 Because repair materials can be installed as general materials in remote areas or overseas, Highest operating yieldno see.
7 It can be installed with general materials (plastic/vinyl, etc.) Air shorteningThis significantly reduces the overall construction cost.
8 Only the membrane filter needs to be installed in a fixed manner and can be supplied in one place as a HEAD type.
9 Because it can operate at room temperature, it only requires a heating system from the HVAC system.
10 Because it operates at low pressure Solar power and ESSIt can be operated stably even in remote areas using .
11 In the event of a pipe failure, the amount of leakage is small, minimizing the risk of loss of life or environmental pollution. (Superior safety compared to high-pressure RO)

4. RO vs. MCDI: Comparison of Operating Costs (Example: 20 tons/day facility, 1 year)

Comparison of CAPEX (capital expenditure)

division water purification equipment Heating, cooling and air conditioning emergency generator Installation work Total cost (ten thousand won) RO contrast
RO 2,610 1,620 2,360 2,470 11,032 100%
MCDI 3,240 170 700 480 5,040 45.7%

※ MCDI shows significant savings in auxiliary facility costs (air conditioning, generator, installation).

OPEX (Operating Expenses per Year) Comparison

division Electricity bill filter Chemicals inspection personnel expenses Total cost (ten thousand won) RO contrast
RO 883 60 65 120 913 2,174 100%
MCDI 250 110 5 120 130 899 41.4%

※ MCDI has a notable effect in reducing electricity bills, chemicals, and labor costs.

5. MCDI's Overwhelming Performance Compared to Global Technologies

Fluoride removal efficiency compared to similar technologies (CDI)

Similar CDI technology

31%

76ppm → 41ppm

VS

O₂&B MCDI

95%

18ppm → 0.26ppm

O₂&B MCDI is World-class fluoride removal performancehas been proven.

Technology History and Performance Comparison

  • Technical History: RO/CDI is a technology that has been around for over 60 years vs MCDI is O₂&B's exclusive technology Next-generation technology.
  • RO vs.: MCDI is Doubled recovery capacity, improved efficiency, and tripled power consumption..
  • CDI Preparation: MCDI is Doubled removal capacity, improved recovery, and doubled power consumption.Overcoming existing limitations.

6. Comparison of Other Advanced Water Treatment Desalination Technologies

technology merit disadvantage
MCDI • Low power/low cost
• Eco-friendly (No Chemicals)
• High-efficiency ion removal
Modularization (Top Technology)
• Concentration limits (overcoming technology)
• Early stage (commercial expansion)
RO • High removal rate
• Proven technology
• High cost (operation/maintenance)
• Chemicals/Environmental Impact
Water waste (wastewater 30-50%)
EDI • High-purity water production
• Minimize chemicals
• High initial/maintenance costs
• High power consumption
UF • Simple operation
• No chemicals
• Ion removal limit
• Membrane contamination problem

※ O₂&B MCDI is an **essential total solution** with overwhelming competitiveness in **efficiency, operating costs, and environmental friendliness**.

7. MCDI package system by industry and size

MCDI unit

Cassette (20-100 ton/d)

  • Low Energy/Cost
  • Excellent efficiency
  • 1/5 of the electricity compared to RO
  • Easy installation/management

village water purification plant

Containers (500-1k ton/d)

  • Mobile, ideal for remote areas
  • Quick installation/operation
  • Solar power connection possible

large-scale plants

Modular (1k ton/d +)

  • 24k ton/d expansion
  • Industrial complex/smart city
  • Cost innovation

Water Station

Standalone (20 ton/d)

  • Carbon Net Zero
  • Supply 1,000 people/day
  • CSR/Carbon Emissions Linkage

O₂&B builds eco-friendly ESG water treatment systems optimized for all environments.