Case Study: Chemical Sourcing from Taiwan

How Ask Taiwan navigated Taiwan's petrochemical industry to source specialty chemicals, highlighting industry trends and challenges.

Linyuan Petrochemical Complex Linyuan Petrochemical Complex, Linyuan district office

We recently completed a chemical sourcing project from Taiwan, following up on our earlier analysis of RCEP’s impact on Taiwan’s business landscape. This project involved sourcing three specific chemicals - BOPP, DOTP, and Phthalic Anhydride - from two different suppliers.

Understanding Taiwan’s Chemical Industry

Types of Chemicals

  1. Commodity Chemicals
  2. Fine Chemicals
  3. Specialty Chemicals

Industry Structure

The petrochemical industry is divided into three segments:

  1. Upstream

    • Crude oil
    • Gasoline
    • Diesel
    • Lubricating oil
    • Drilling equipment
  2. Midstream

    • Basic petrochemical raw materials
    • Products from cracking:
      • Ethylene
      • Propylene
      • Butadiene
      • Benzene
      • Phenol
  3. Downstream

    • Processed products:
      • Plastic products
      • Rubber products
      • Detergents
      • Artificial fibers
      • Paint
      • Adhesives
      • Plasticizers
      • Pesticides
      • Cosmetics

Taiwan’s Petrochemical Evolution

Historical Development

  • 1957: Formosa Plastics Group (FPG) established first plant in Kaohsiung
  • Initial focus on PVC production
  • Developed from downstream to upstream capabilities
  • FPG became world’s 6th largest chemicals producer
    • 110,000+ employees
    • US$77.5 billion annual sales

Current Capacity

  • 5 naphtha crackers
  • Total ethylene capacity: 4.0 million mt per annum
  • Key operators:
    • CPC: 2 crackers in Linyuan (1.0 million mt)
    • Formosa: 3 crackers in Mailiao (3.9 million mt)

Industry Overview

Industry Transformation

Environmental Challenges

  • Increasing environmental concerns
  • Public protests against new facilities
  • Population density concerns
  • Shift away from highly polluting operations

Strategic Pivot

Taiwan’s petrochemical industry is transitioning to:

  • High-tech specialty chemicals
  • Performance chemicals
  • Value-added products

Project Details: Sourcing Three Key Chemicals

1. DOTP (Dioctyl terephthalate)

DOTP Applications

  • Properties:
    • Excellent plasticizer
    • Superior electrical properties
    • High thermal stability
  • Applications:
    • Cable insulation
    • Electronics manufacturing
    • High demand due to pandemic-driven electronics boom

2. BOPP (Biaxially oriented polypropylene)

BOPP Production

  • Manufacturing:
    • Derived from Polypropylene (PP)
    • Two production methods:
      • Tenter process
      • Tubular process
  • Applications:
    • Food packaging
    • Labels and stickers
    • Water-resistant printing

3. PA (Phthalic Anhydride)

PA Structure

  • Key industrial chemical
  • Global production: ~3 million tons annually
  • Uses:
    • Plasticizer production
    • Dye manufacturing
    • Pharmaceutical industry

Project Challenges

1. Technical Knowledge

  • Required thorough research
  • Industry-specific terminology
  • Complex product specifications

2. Corporate Navigation

  • Large organizational structures
  • Multiple departments
  • Finding right decision-makers

3. Logistics Issues

  • High sea freight rates
  • Container shortages
  • Price competition with Korean suppliers

Key Learnings

  1. Industry Interconnections

    • Similar patterns across sectors
    • Transferable experience
    • Network value
  2. Relationship Building

    • Supplier cooperation
    • Patient client communication
    • Long-term partnerships
  3. Market Evolution

    • Environmental considerations
    • Technology shifts
    • Value-added focus

Looking Forward

Taiwan’s chemical industry continues to evolve, focusing on:

  • Specialty chemicals
  • High-tech applications
  • Sustainable practices
  • Value-added products

References

  1. Polyvinyl Chloride Industry
  2. Taiwan Petrochemical Industry Outlook
  3. Specialty Chemicals Evolution
  4. Chemical Properties Database