Borouge International expands cable materials capacity in Asia, Europe and the Middle East

Key highlights
  • Borouge International plans a semicon compounding facility in Cheonan, South Korea for medium- and high-voltage cable applications.
  • Construction has begun at Stenungsund, Sweden to add production of cross-linked polyethylene (XLPE), including an advanced homopolymer XLPE grade.
  • A new XLPE plant in Ruwais, UAE will substantially increase regional production capacity for cable-insulation compounds.
  • Projects target increased supply of semicon and XLPE compounds to support power-grid expansion and electrification.

Context

Expansion of power grids is driving demand for specialised polyolefin compounds used in advanced cable systems; semicon compounds and cross-linked polyethylene (XLPE) are key for medium- and high-voltage transmission and local distribution.

Cheonan, South Korea

A planned compounding facility in Cheonan will add semicon capacity targeting medium- and high-voltage cable applications to serve regional demand in Asia.

Stenungsund, Sweden

Construction has begun on a new production unit to increase output of XLPE compounds for medium-voltage cable insulation; the unit will produce an advanced homopolymer XLPE grade aimed at reliable electrical performance, efficient processing and reduced carbon footprint through optimized production.

Ruwais, UAE

A new XLPE facility in Ruwais is expected to substantially raise regional production capacity for cable-insulation materials.

Purpose

The projects collectively increase supply of semicon and XLPE compounds to support power-grid build-out and electrification efforts.

Project timeline

Borealis Stenungsund XLPE - Sweden
Planned
2025 Q1
Execution
2025 Q4
Completed
2027
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Project timeline

Cheonan Borouge International Compounding facility - Korea (South)
Planned
2026 Q2
Execution
2027
Completed
2030
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chemXplore Alpha

Project timeline

Ruwais Borouge cross-linked polyethylene (XLPE) - United Arab Emirates
Planned
2026 Q2
Execution
2027
Completed
2030
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chemXplore Alpha
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