Capabilities

Engineering Capabilities

From process design to commissioning — a project-oriented structure connecting engineering, manufacturing, and field execution.

Integrated Execution Capability

One partner, from process design to operational handover.

Process and thermal system engineering

ENGINEERING

Process engineering
Thermal system design
Mechanical layout & interface design

QA and CE / ATEX compliance documentation

QA / COMPLIANCE

Inspection & test records
CE / ATEX readiness documentation
Documentation control for third-party review

In-house heavy fabrication and modular assembly

MANUFACTURING

Heavy fabrication coordination
Modular assembly planning
Supplier & sub-vendor integration

Integrated project execution from design to handover

PROJECT EXECUTION

Installation supervision
Commissioning support
Operator training & handover documentation

In-House Manufacturing

Gangjin operates its own manufacturing facility, where core equipment is fabricated and assembled under our direct quality control. From engineering to fabrication, critical components stay in-house — ensuring reliability and eliminating third-party supply chain risk.

Engineering Strengths

Environmental Compliance

Multi-stage flue gas treatment (SCR De-NOx, alkali scrubbing, WESP) engineered to comply with EU IED and international emission standards.

Energy Self-Sufficiency

Recovered NCG from the pyrolysis process provides ~60–70% of reactor heating energy, significantly reducing external fuel consumption.

Comprehensive FEED

Complete Front-End Engineering Design package — from PFDs and P&IDs to HAZOP and SIL assessment — supporting permitting, EPC planning, and procurement.

What We Offer

Two ways we support pyrolysis and rCB plant operators.

New Plant Supply

Complete pyrolysis and rCB production lines, from engineering to commissioning.

Improvement & Optimization

Upgrading and optimizing existing pyrolysis and rCB plants — resolving performance issues and improving output, backed by hands-on field experience.

Project Delivery Framework

STEP 1

Basic Engineering

  • Basis of Design
  • PFD & utility requirements
  • Battery limit definition

STEP 2

Detailed Engineering

  • GA drawings
  • Equipment specifications
  • Control philosophy

STEP 3

Manufacturing & QA/QC

  • Heavy fabrication coordination
  • Supplier integration
  • Inspection records

STEP 4

Installation Supervision

  • Site installation guidance
  • Mechanical & E&I coordination
  • Field issue resolution

STEP 5

Commissioning & Handover

  • Cold/hot commissioning
  • Operator training
  • SAT and O&M handover