In 1998, Antonio Kim and SonSeIn came together in a moment of destiny, driven by a shared vision to revolutionize sludge treatment technology.
Antonio Kim brought extensive expertise in sludge properties, while SonSeInn was an inventor who first applied electro-osmosis technology to sludge.
Antonio took charge of design, investment, and marketing, while SonSeInn led research and development efforts
Starting with Hyundai Motor Group in Korea, ELODE quickly gained a solid reputation, serving industry leaders like Samsung Electronics, AmorePacific, LG Chem, and Kolon Industries. ELODE also extended its reach to markets in the USA, Austria, UK, Poland, and Hungary, with installations at over 36 sites globally by 2014. Their collaboration bore fruit after three years of investment, effort, and dedication. In 2001, they introduced the world’s first ELODE (Electro-Osmosis Dewatering Equipment)— a pioneering solution in sludge treatment.
Despite these achievements, the first-generation ELODE had challenges, such as corrosion due to sludge gases and high conductivity, as well as high energy consumption. This spurred further innovation and enhancement.
To address these challenges, the team invested over USD 2 million in R&D. By 2014, they developed the ELODE+NVD Combination System, incorporating advanced phase-controlled electro-osmosis, electrophoresis, and electro-permeation technology. This system reduced energy consumption to 0.45 kWh per liter while achieving 90% dry solids (DS)—setting a new industry benchmark.
Though there was demand for the upgraded ELODE+NVD system, the team focused on rigorous testing in challenging environments. Their perseverance led to the successful commercialization of the EODS-3000 and NVD-3000, capable of 24/7 operation in high-conductivity and high-organic sludge treatment settings with a remarkable efficiency above 80%.
The upgraded New ELODE and NVD systems offer unparalleled durability, with a long-lasting main drum designed to withstand 12,000 µS conductivity sludge. Compared to previous models, energy consumption is reduced by 20%.
In real-world applications, such as installations at SongWon Industries and Dupont® Korea, the systems have run for over three years without failure, even in the most challenging sludge conditions. The result, Lower final cake volumes, faster return on investment, and minimized operational costs.
Our TOP-DOWN NANO technology ensures ELODE's unique drum design remains unparalleled in quality and durability. Competing systems cannot replicate our patented technology or match the efficiency, quality, and durability of ELODE.
As we expand globally to the USA, Europe, and China, the ELODE and NVD systems continue to redefine sludge treatment, contributing to a cleaner planet and sustainable water resources.
Uses less than 0.45 kWh per liter
Achieves up to 90% DS
Operates in high-conductivity sludge environments
Trusted by industry leaders and continuously expanding worldwide.
The key component of ELODE’s electro-osmosis dewatering system is its Main Drum.
In earlier models, when the sludge conductivity exceeded 6,000㎲, sudden current surges led to increased energy consumption. This issue caused risks of explosion, spark generation, and belt filter damage due to gas release.
ELODE's Vision
New ELODE and NVD transform various types of sludge into renewable energy and valuable resources.
They represent an essential system for maintaining clean water and a pristine environment for future generations.
In 2014, two sets of EODS-1500 and EODS-3000 models were installed at SongWon Industries and Dupont® Korea,
respectively, to handle sludge with high conductivity of 11,000㎲, which is notoriously difficult to dewater.
ELODE and NVD have garnered acclaim for their advanced sludge reduction and drying capabilities in the United States,
Europe, China, and other regions, with a steadily growing number of projects and demand.
BLUEWIN’s ELODE and NVD set a new standard for sludge treatment with unmatched technical expertise and reliability.
By delivering reduced operational costs, superior durability, and exceptional environmental efficiency, they provide innovative solutions tailored to meet customer needs while driving sustainable progress for the future.
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