Text Shortcut Main Menu Shortcuts
Core Technologies

PIELDS ENGINEERING

CO₂ Purification Facilities

Solutions & Technical Services

Carbon Capture Utilization and Storage (CCUS) is a technology that captures and either utilizes or stores carbon dioxide.
It is applied for the collection, utilization, or storage of carbon to use it as a resource.
CCUS can be effectively used today to aid the transition towards carbon neutrality.
The IPCC has identified CCS (Carbon Capture and Storage) as an essential technology for reducing greenhouse gases.
The carbon capture and purification process utilizes a Lean Amine Solution (wet method) in the Absorber to capture carbon dioxide from the feed gas
containing carbon dioxide. The absorbed gas is then preheated with a heat exchanger and sent to the Stripper to separate the carbon dioxide.
The amine solution is discharged to the bottom, cooled by a heat exchanger, and circulated back to the absorption tower.
The separated carbon dioxide is dehydrated in the Dryer through a compressor before being moved to the liquefaction process.

[ Figure 1. Capture/Purification Process ]

The liquefaction process collects the carbon dioxide produced from the capture/purification process,
removes impurities (such as water and methane) using an activated carbon (A/C) bed filter, and then liquefies it in a heat exchanger.
Ammonia (NH₃) is used to bring down the temperature of carbon dioxide to the desired level. The liquefied carbon dioxide is then stored in a storage tank.

[ Figure 2. Liquefaction Process ]

Technical Services from Pields Engineering

  • step1

    Process Design
    (Basic & Detailed)

  • step2

    Technical Consulting for
    Factory Optimization
    and Performance Improvement

  • step3

    Factory
    Renovations

  • step4

    Feasibility Studies

  • step5

    Training
    (Operations and
    Operator Training)

  • step6

    Commissioning
    Support

Benefits of Pields Engineering

  • Provides basic design services as part of an EPC package.
  • Applies proven design packages quickly to minimize the overall project schedule.
  • Reduces costs and time with efficient project management capabilities gained through experience with multiple identical projects.
  • The use of standardized designs, materials, and construction methods helps bring down costs and time
  • Experienced in working on projects across multiple disciplines.