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Compact Water Purification Unit for Safe and Sustainable Groundwater Treatment

193 2025. 7. 21.
Compact Water Purification Unit for Safe and Sustainable Groundwater Treatment

Summary

A South Korea-based company has developed a compact, portable device that purifies groundwater without relying on expensive reverse osmosis (RO) filters. Using advanced capacitive deionization (CDI) technology, this system removes harmful substances such as heavy metals, fluoride, arsenic, and salt, ensuring safe drinking water even in challenging environments.

 

Unlike traditional systems, this unit consumes much less energy, making it ideal for off-grid areas, disaster zones, and humanitarian missions. It can treat up to 2,000 liters per day, with a water recovery rate of 50–90%, helping communities gain access to clean water more efficiently and affordably.

 

The company is actively seeking investment and distribution partnerships with NGOs, international aid agencies, and public-private humanitarian alliances.

Advantages and Innovations

This compact, water purification device removes salt and harmful ions (such as heavy metals, fluorides and arsenics from brackish water using electrostatic force (technology called capacitive deionization, CDI). Ideal for off-grid and disaster-prone regions, it supports safe drinking water supply with minimal energy consumption and no chemical additives.

 

Designed for use by NGOs, local governments, and international organizations, it enables self-sufficient water access in remote or emergency settings.

  • Energy-efficient operation: 100–300 watts per hour, significantly lower than traditional RO systems
  • High water recovery rate: 50%–90%, producing 1–2 m³ per day (approximately 1–1.5 liters per minute)
  • Low maintenance cost: No need for expensive membrane replacements
  • Portable design: Lightweight and compact for easy field deployment

 

This CDI-based desalination unit presents a scalable, low-cost solution for communities facing water scarcity, humanitarian emergencies, or lacking infrastructure for safe drinking water. Its energy efficiency and mobility make it ideal for deployment in both urban peripheries and off-grid environments.

 

With proven field deployments and accolades from CES and the UNESCO, the system has demonstrated at Kenya, (Naivasha Water & Sanitation Co.). The solution is highly competitive due to its portability, ease of use, and compatibility with international aid and development frameworks CES and the UNESCO, the system has demonstrated at Kenya, (Naivasha Water & Sanitation Co.).

Stage of Development

TRL 8 - Pre-Commercial Demonstration

Description

This portable desalination device offers a practical and scalable solution to a range of environmental and humanitarian challenges related to water scarcity. Its compact design and energy-efficient performance make it ideal for deployment in:

  • Coastal regions affected by saline groundwater or contaminated water sources
  • Conflict or disaster zones requiring emergency access to clean drinking water
  • Remote or rural areas with limited transportation infrastructure

Technology Keywords

10.2.9 Water Pollution/Treatment

Market Application Keywords

8.4.3 Water treatment equipment and waste disposal systems

Sector Group

Green Tech (Renewable Energy_Eco Friendly)

Type and Size of Client

Industry SME <= 10

Type and Role of Partner Sought

  • CDI companies which may be interested in ‘compact size and hands on’ CDI unit (e.g Voltea in Netherlands, ORAIPL in India)
  • NGO, Humanitarian Foundations, Institutes, Funds, Initiatives etc. which may be interested in addressing water problem in undeveloped countries by applying ‘compact size hands-on CDI unit’ (e.g. GivePower Project in Kenya)

Type of Partnership Considered

Distribution Services Agreement
Financial Agreement

Company

Solarinno

Internal Reference

BO20250006

Category

BO

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