CLEAN
ENVIRONMENT

CONTINUOUS EFFORTS
FOR A CLEANER ENVIRONMENT

Dry Room

  • Clean Environment
  • Dry Room

DR, Dry Room

Ultra-low humidity space (-60℃DP)
to produce secondary batteries

Shinsung E&G provides our customers with a dry room that has an ultra-low humidity environment (-60℃DP) to produce secondary batteries. We have begun developing dry room technology that reduces the operating energy of industrial dehumidifiers through a technical partnership with a company specializing in desicant rotors in 2016. As a result, we have obtained a patent for a dry booth that reduces controlling costs by reducing the amount of air at a low dew point, supplied to the local dehumidification area in the dry room. We are building an optimal environment by controlling humidity perfectly with innovative air control technology, and we are achieving energy efficiency and reduced operating costs through a dry booth. We are continuously conducting technology development to establish an ultra-low humidity environment essential for the production of all-solid-state batteries, and we are actively responding to the increasing global demand for dry rooms by establishing overseas corporations.

Dehumidifier
Dry Room / Dry Booth System Dry Room / Dry Booth System
Dry Room
Space for producing essential equipment for the manufacture of secondary batteries, such as dehumidifiers, BCUs, etc., while maintaining a constant temperature and ultra-low humidity (-40℃DP or lower)
Dry Booth
System that implements ultra-low dew point (-60℃DP or lower) and is optimized for future production of all-solid-state batteries by managing the production line in a separate booth form
Product Composition
Product Features
Dehumidifier Dehumidifier

Equipment that is optimized for an ultra-low humidity (-40℃DP or lower) production environment and demonstrates excellent dehumidification performance by a dry rotor

Product Composition
Product Features
  • 01
    Optimal design of dehumidifying equipment based on dry room design
  • 02
    Control of humidity and temperature depending on the unit configuration
  • 03
    Implementation of the optimal system in any environment with simple design and easy operation
  • 04
    Strong durability and semi-permanent characteristic with a honeycomb-structured rotor
AI Dehumidifier System
VOCs Recovery Dehumidifier VOCs Recovery Dehumidifier

Equipment that maximizes energy savings by removing and reusing VOCs in the dehumidified air used in the dry room and handles VOCs-based chemicals generated during electrolyte injection, membrane process, and coating solution manufacturing process

Product Composition
Product Features
  • 01
    Energy savings of about 20% compared to outdoor air dehumidifiers
  • 02
    Reduced facility capacity for the treatment of VOCs
  • 03
    Patents regarding the application of a new rotor and a proprietary technology
Dry Type N-Methyl-2-Pyrrolidone Recovery System Dry Type N-Methyl-2-Pyrrolidone Recovery System

System that condenses NMP solvent discharged from the cathode manufacturing process of batteries by cooling, concentrates it with a rotor, and performs the dry recovery of it with high purity

Product Composition
Item Wet NMP Recovery System Dry NMP Treatment System
Processed air Installation of large/many absorption towers Increasing the volume of NMP storage tanks Recycling of waste heat in the production line Reducing atmospheric emissions and saving energy consumption for air-conditioning through exhaust recirculation
NMP recovery rate 95% 98% or more
NMP recovery purity 80% 95% or more
Atmospheric discharge concentration ratio THC 40PPM THC < 20PPM
Atmospheric discharge air volume ratio 100% standard 90% reduction (compared to the wet method)
Installation area ratio 100% standard 50% reduction (compared to the wet method)
Product Features
  • 01
    Reducing the manufacturing cost of secondary batteries by recovering 95% or more of NMP, used for the manufacture of secondary batteries, with high purity and refining and recycling it
  • 02
    Minimizing the amount of NMP discharged into the atmosphere by recovering the NMP emitted from the dryer
  • 03
    Reducing refining energy consumption by recovering the NMP of high-purity
  • 04
    Reducing the dehumidifier capacity required for air-conditioning during the manufacturing process by recirculating the processed air
Humidity Auto Control System HACS

Equipment capable of controlling humidity by operating a humidifier to improve the production yield of secondary battery cathode coaters

Product Composition
Product Features
  • 01
    Shortening the over-drying time and improving the occurrence of cracks by controlling and stabilizing the spray amount of a humidifier
  • 02
    Implementation of the optimal manufacturing environment by controlling the amount of outside and return air
By Pass Cooling Unit BCU

Cooling equipment to control sensible heat in the dry room, which can maintain cleanliness and minimize the capacity of the dry room's dehumidification air-conditioning equipment by applying an internal gun coil and applying a HEPA filter for maintaining the class

Product Composition
Product Features
  • 01
    Simplified structure with the sensible heat cooling method in a dry room
  • 02
    Simplified work during on-site installation with equipment modularization
  • 03
    Applicable to return air through the pipe cover in the equipment
  • 04
    Reduced power consumption by applying an inverter compressor