Project for recovering CO₂ from tail gas of ethylene cracking unit

Saigon Beer Group Vietnam

Client Name

LG Chem of South Korea

Project Location

Yeosu Petrochemical Complex, South Korea

Commissioning Date

September 2022

Equipment Model

FTR-CHEM300

Core Performance Metrics

Product grade

product grade

Reducing carbon footprint while creating value

Purity of CO₂ recovery

99.97%

Exceeding food-grade quality standards

Energy recovery rate

85%

Compared to conventional systems

Annual recycling volume

150000 tons

Fast return on investment

Sustainable Brewing

This CO₂ recovery system captures fermentation emissions and converts them into a valuable resource, creating a circular economy model for the brewing industry.

Special requirements of the chemical industry

Industry characteristics

  • The composition of cracking gas is complex.

  • "Requirements for High-Pressure Working Conditions"

  • "Food-grade CO₂ required"

Factory site before implementation

A real scene picture of the chemical plant area

The existing fermentation facility with outdated CO₂ emission systems requiring urgent environmental and efficiency upgrades.

Our Solution

CO₂ Recovery System Flow Diagram

Close-up series pictures of the equipment

"PSA Pretreatment Unit" ── "Low-Temperature Distillation Column ── "Catalytic Oxidation Dehydrocarbon" ──"Liquid storage system.

Equipment installation process

Process flow chart

"PSA Pretreatment Unit" ── "Low-Temperature Distillation Column ── "Catalytic Oxidation Dehydrocarbon" ──"Liquid storage system.

Completed equipment setup

Technical breakthrough

──"Trace Sulfur Removal Technology" ──"Three-stage Compression System" ── "APC Advanced Control"

Project Results

Economic Benefits Analysis

Benefit Category Value Impact
CO₂ Product Value $120/ton Additional revenue stream
Steam Recovery $2M/year Waste heat utilization
Payback Period 3.2 years Fast ROI
Carbon Credits $450k/year Environmental compliance
Client representative
"This CO₂ recovery system has revolutionized our petrochemical operations. By converting our ethylene cracking byproducts into high-purity CO₂, we've achieved both environmental compliance and created a new profit center. The system's ability to handle complex gas compositions while delivering 99.97% purity has surpassed our most stringent quality requirements."

Nguyen Van Minh

Operations Director, Vietnam Beverages Ltd.

Project Acceptance
Project acceptance ceremony

Equipment Technical Parameters

FTR-CHEM300 Technical Specifications

Parameter Specification Technical Notes
Gas Processing Capacity 15,000 Nm³/h For ethylene cracking flue gas
Operating Pressure 2.5-3.8 MPa High-pressure process optimized
Hydrocarbon Content <5 ppm Advanced catalytic oxidation
Liquefaction Capacity 20 t/h High-efficiency cryogenic system
System Availability ≥96% Redundant design for reliability
Energy Consumption 1.05 kWh/kgCO₂ With heat recovery system