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SungEel HiTech transforming finite
resources into unlimited support

SungEel HiTech, Korea's leading secondary battery recycling company,
takes into account the protection of the green environment and a sustainable tomorrow.

A paradigm shift in
resource use as Eco-friendly Recycler for
the sustainable future of humanity.

SungEel HiTech's full circulatory recycling adds value to waste batteries, realizing zero carbon and
resource recycling. We contribute to creating a sustainable world through
Green material & Recycling, and practice social responsibility for the future

Recycling
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  • TOTALRecycling

    TOTAL Recycling

    WORLD FIRST

    Recover five valuable metals containing secondary batteries

    Recycle all players, regardless of battery supply chains

  • TRUERecycling

    TRUE Recycling

    100% FULL CIRCULATION

    Produce battery materials with a metal recovery rate of more than 95%

    Complete 100% full circulatory system
    (Green Stream)

  • THINKRecycling

    THINK Recycling

    GLOBAL GREEN FACTORY

    People, resources and the future

    Anywhere, anything, anyone

Realize full circulatory recycling

  • Technology innovation for carbon neutrality

    A technology that can reduce 40~67% compared to metals mined in traditional mines and smelting

  • Total Recycle

    Operate pre-treatment plant from 2008 and process all kinds of secondary battery scrap
    Operate hydrometallurgical plant from 2011 → Recove major metals from secondary batteries(Co, Ni, Mn, Li, Cu, Al)

  • Eco-Friendly Process

    Discharge, electrolytic solution treatment, dust minimization, and self-treatment technology of wastewater generated after hydrometallurgical smelting

  • High metal recovery rate

    More than 95% of recovery rate based on metal oxide powder

  • Closed Loop Supply Chain

    Establish a recycling model for re-supply as secondary battery raw materials after recycling (only in Korea)

  • Development of xEV recycling technology

    Develop unique recycling technology against being increased in xEV