CORE SERVICES

From technical studies to project delivery

Four service areas covering early studies, decision support, professional design and implementation assistance.

CORE SERVICES

Technical work organised around project objectives

Service boundaries follow the project stage and actual requirements. By defining inputs, discipline interfaces, deliverable depth and quality review requirements, CORUN prepares technical outputs for decision-making or implementation. The four service models cover process technology R&D, engineering consulting, engineering design and implementation-stage technical support.

TECHNICAL DIRECTIONS

Key Technical Areas

01

Light Hydrocarbons & C4 Utilisation

Process studies and engineering design for high-value chemical products and the efficient use of C4 resources.

  • C4 olefin isomerisation, MTBE and alkylation
  • Isobutane dehydrogenation, isobutylene and propane dehydrogenation
  • C4 saturation/selective hydrogenation and alkane-olefin separation
  • 1-butene separation and butene dimerisation/trimerisation
02

Oil Value Chain & Environmental Treatment

Unit technology and design services for oil upgrading, cleaner production and environmental treatment.

  • Atmospheric and vacuum distillation, reforming, aromatics extraction and naphtha upgrading
  • Naphtha/FCC gasoline hydrodesulfurisation
  • C5/C6 isomerisation
  • Sulfur recovery from H2S and VOCs off-gas treatment
03

Hydrogen Applications & Multi-Feedstock Hydrogenation

High-purity hydrogen production and hydrogenation purification, conversion and product upgrading for multiple feedstocks.

  • High-purity hydrogen and PSA
  • Hydrogenation of naphtha, alkynes and butadiene
  • Hydrogenation of acetone, butyraldehyde and octenal
  • Waste lubricating oil hydrotreating
04

Synthetic Ammonia & Downstream Value Chain

Process technology and engineering design for synthetic ammonia and downstream products.

  • Synthetic ammonia
  • Methylamines
  • DMF and NMP
  • Acetonitrile
05

Fine Chemicals & Other Technologies

Process and engineering solutions for fine chemicals, new materials and environmental needs.

  • Environment-friendly flame retardants and high-grade solvents
  • Triisobutylaluminium and glycol ethers
  • Peroxides and styrene-butadiene/nitrile latex
  • Carbon dioxide purification and VOC treatment

ENGINEERING METHOD

Shared working principles

  1. 01Define objectives and inputs first
  2. 02Coordinate professional interfaces
  3. 03Review quality at key stages
  4. 04Prepare outputs for decisions and delivery

CONTACT CORUN

Discuss your engineering needs

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