Chemicals & Materials Plant

High-Performance Chemical & Materials Plants Driven by Advanced Synthesis Technology

Chemical and materials plants are sophisticated systems designed to produce high-performance materials used across various industries, including electronics, semiconductors, and advanced materials, based on high-temperature/high-pressure reactions and precision synthesis technology. Leveraging our core control technologies for synthesis reactions and extensive engineering experience, Ilshin Autoclave provides stable and efficient production environments by in-house designing and manufacturing the entire plant process—including reactors, heat exchangers, and process control systems.

This advanced synthesis technology offers significant advantages, such as faster reaction speeds and the ability to realize high-quality materials with fine, homogeneous crystalline structures compared to conventional processes. Ilshin Autoclave continues to lead innovation in advanced material production, refining the synthesis processes for high-functional chemical materials and specialized components that serve as the backbone of future industries.


Applications

  • Fine Chemicals, Pharmaceuticals & Bio

    1. Application of precision reaction, catalysis, and purification processes
    2. Production of high-purity chemicals and pharmaceutical intermediates
    3. Process optimization for stable quality assurance
  • New & Nanomaterial Synthesis

    1. Implementation of synthesis technologies for metals, ceramics, and composites
    2. Production processes for nanoparticles and fine powders
    3. Crystal control for the development of high-performance materials
  • Battery, Electronics & Semiconductor Materials

    1. Manufacturing of advanced materials including electrode materials, ceramics, and electrolytes
    2. Design of clean and highly homogeneous production processes
    3. High-quality material solutions based on precision control
  • Oil Refining, Petrochemicals & Emulsion Processes

    1. Application of core processes such as pyrolysis, polymerization, and refining
    2. Construction of production facilities for fuels, lubricants, and additives
    3. Enhancement of efficiency and stability for large-scale chemical processes
  • Environment & Waste Treatment Processes

    1. Technologies for decomposition of waste fluids/pollutants and resource recovery
    2. Eco-friendly treatment and purification systems
    3. Implementation of sustainable environmental processes

Chemicals & Materials Plant Achievements

  • 2015 · Sogang Univ

    Hydrothermal Synthesis Synthetic Resins System

    #Hydrothermal Synthesis #Synthetic Resin Manufacturing

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  • 2014 · S Company

    Hydrothermal Carbonization Process System

    #Hydrothermal Carbonization #Certified by KOSHA

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  • 2013 · Neuropid

    Hydrogenation Catalyst Process System- High Added-Value Powder Production System

    #HydrogenCatalysis #FilterReactor #SystemAutomation #KGSCertified

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  • 2009 · L Company

    Supercritical Hydrothermal Synthesis System CO2 Extraction- Nano Powder Production

    #ContinuousSupercriticalHydrothermalSynthesis #CSHS #FilterReactor #SystemAutomation #KGSCertified

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  • 2003 · Nanolab

    Hydrothermal Synthesis Equipment for Micro-particle Powder Production

    #ContinuousHydrothermalSynthesis #MixingReactor #SystemAutomation #KGSCertified

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