Ethylene Glycol G.I.O Tracker: Plant-Level Capacity and Daily Disruption Tracking & Impact Assessment Since 2015

Overview

The Global Ethylene Glycol GIO Tracker provides real-time, plant-level intelligence on global ethylene glycol production capacity, operating rates, feedstock dependencies (primarily ethylene and ethylene oxide), process technologies, and disruption history since 2015. It enables daily monitoring of planned turnarounds, unplanned outages, force majeure events, feedstock and utility constraints, environmental compliance actions, capacity additions, rationalizations, and restart timelines.

The GIO tracker also evaluates ethylene glycol’s critical role as a key intermediate in the production of polyethylene terephthalate (PET), antifreeze, and industrial fluids, which are widely used across the automotive, textile, packaging, construction, and consumer goods industries. By integrating disruption tracking with downstream demand exposure, feedstock risk assessment, operating rate analysis, and margin monitoring, the tracker supports stakeholders in managing supply risks, optimizing procurement strategies, and maintaining operational continuity across ethylene glycol-dependent value chains.

20+ Countries

100+ Production Facilities

50+ Operating Companies

50+ MMTPA Annual Capacity Tracked

Ethylene Glycol Downstream Impact Mapping

Ethylene Glycol (EG) is a key raw material produced from ethylene oxide (EO), which is derived from ethylene. EG is integral to producing polyester (PET), antifreeze, plastics, and resins, significantly impacting industries such as automotive, textiles, packaging, construction, and electronics. Disruptions in EG production, arising from feedstock limitations (EO or ethylene), plant outages, utility interruptions, or regulatory constraints, can lead to immediate downstream effects like raw material cost escalation, supply shortages, extended procurement cycles, and production inefficiencies.

In the automotive sector, EG derivatives are essential for coolant systems, fuel additives, and lightweight components. In textiles, EG is used to create polyester fibers for clothing and home textiles, while packaging depends on EG-based materials for plastic bottles and containers. Increasing environmental and regulatory pressures related to recyclability, waste management, and sustainability are driving a shift toward bio-based EG production and recycled polyester, influencing long-term demand and value chain dynamics.

Strategic Visibility – Ethylene Glycol G.I.O Tracker

Ethylene glycol (EG) production is capital-intensive and primarily derived from ethylene oxide (EO), which itself is produced from ethylene, making the market highly sensitive to feedstock dynamics. EG production is also vulnerable to operational disruptions, feedstock fluctuations, and cost volatility. Any plant outages, capacity reductions, or regulatory constraints can cause price volatility and supply uncertainty for downstream derivatives such as polyester (PET), antifreeze, plastics, and resins. These materials are vital to industries like automotive, textiles, packaging, construction, and electronics.

The GIO Tracker provides real-time plant-level intelligence and disruption alerts, helping stakeholders anticipate supply shocks, manage procurement risks, optimize margins, and enhance resilience across the global ethylene glycol value chain. This visibility enables businesses to effectively manage market fluctuations.

Schedule Product Demo

Price Watch™ Ethylene Glycol G.I.O Tracker Coverage

Global ethylene glycol (EG) production is reached over 40 million tonnes per annum in 2025, representing an increase of 10% from 2024. Driven by capacity growth and improved operational efficiencies. The EG GIO Tracker provides real-time, plant-level operational intelligence with a focus on downstream market exposure. Monitoring 100+ EG facilities worldwide, especially in Asia-Pacific (China: 25M+ tpa) and North America (USA: +2M tpa), the tracker integrates data on nameplate capacity, operating rates, feedstock dependencies (ethylene oxide, ethylene), and disruption signals. It identifies vulnerabilities in the ethylene glycol value chain, impacting downstream industries like automotive, textiles, packaging, construction, and electronics. By detecting supply risks, outages, and margin pressures, the tracker enables proactive decision-making and supports supply chain stability across global ethylene glycol markets.

Asia Pacific Ethylene Glycol Plant Tracking

The Asia-Pacific Ethylene Glycol (EG) Plant Tracker monitors over 100 EG production facilities across the region, offering real-time insights into operational risks like planned/unplanned shutdowns, feedstock disruptions (ethylene oxide, ethylene), power rationing, environmental regulations, logistics bottlenecks, and extreme weather events. By tracking capacity additions, debottlenecking projects, and regional supply-demand balances, the tracker helps stakeholders anticipate tightness or oversupply in the EG value chain. Given EG’s importance in producing polyester (PET), antifreeze, plastics, and resins for industries such as automotive, textiles, packaging, and construction, the tracker supports proactive risk management and enhances supply chain resilience across regional and global markets.

China Ethylene Glycol (EG) Plant Tracking: Tracks over 50 EG production facilities, representing 25+ million tonnes per annum (Mtpa), accounting for about 55% of global EG capacity. The tracker provides real-time updates on shutdowns, turnarounds, operating rate changes, feedstock constraints Coal and Ethylene oxide, margin shifts, power restrictions, environmental inspections, and new capacity start-ups. These factors impact China’s EG supply-demand balance, exports, and global pricing, supporting informed decisions in procurement, trading, and risk management across downstream sectors like polyester (PET), antifreeze, plastics, and resins.
India Ethylene Glycol Plant Tracking: Monitors around 3 EG facilities, accounting ~5% of global capacity and representing 2+million tonnes per annum (Mtpa). The tracking system provides daily updates on disruptions such as plant closures, unexpected outages, feedstock constraints, and regulatory changes. These signals reflect national ethylene glycol (EG) supply shifts, influencing global EG prices. Real-time insights help stakeholders proactively anticipate risks and make informed decisions.

North America Ethylene Glycol Plant Tracking

The North America EG Plant Tracking System monitors 10+ production facilities, the system provides real-time insights into disruptions like ethylene oxide plant outages, ethylene feedstock issues, maintenance turnarounds, logistical bottlenecks, and regulatory changes. By monitoring factors affecting EG production and downstream polyester/resin supply, stakeholders can anticipate shortages, manage price volatility, and make informed decisions in a dynamic market.

U.S. Ethylene Glycol Plant Tracking: Tracks 10+ EG facilities, representing approximately 10% of global capacity, with capacity of ~3 million tonnes per annum (Mtpa). The system tracks daily developments, including plant restarts, maintenance outages, ethylene feedstock constraints, and operational improvements. With reshoring driving increased demand from the automotive, packaging, construction, and electronics sectors, it assesses downstream integration into polyester (PET), antifreeze, and resin production, enabling stakeholders to manage supply risks and price volatility.

Europe Ethylene Glycol Plant Tracking

Tracks 10+ EG plants across the region and providing visibility into disruptions like ethylene oxide turnarounds, feedstock constraints, logistical bottlenecks, and regulatory changes. These insights help stakeholders anticipate production slowdowns and optimize supply chain planning.

Belgium Ethylene Glycol Plant Tracking: Tracks 1+ facilities representing ~2% of global capacity (0.5M+ tpa). It provides valuable insights into production trends and potential disruptions, enabling stakeholders to foresee challenges such as maintenance issues, market fluctuations, and supply chain disruptions. This allows for early detection, facilitating the optimization of operations and effective risk management within the EG market.
Germany Ethylene Glycol Plant Tracking: Monitors around 3 EG facilities, accounting ~1% of global capacity and representing 0.5+million tonnes per annum (Mtpa). Providing visibility into production trends and emerging disruptions, the system enables stakeholders to anticipate maintenance turnarounds and supply chain constraints. With timely alerts and actionable intelligence, it facilitates proactive decision-making, risk mitigation, and operational optimization across the evolving ethylene glycol (EG) market.

Middle East & Africa Ethylene Glycol Plant Tracking

Tracks approximately 15 facilities region-wide, providing essential visibility into refinery shutdowns, logistical challenges, and regulatory changes that affect both local and global ethylene glycol (EG) supply chains. This monitoring allows stakeholders to proactively identify potential disruptions and adapt their strategies to ensure uninterrupted production and a stable supply of EG.

Saudi Arabia Ethylene Glycol Plant Tracking: Tracks approximately 10 facilities representing ~10% of global capacity (~5M tpa), Offering visibility into production trends and potential supply disruptions, the system enables stakeholders to proactively manage maintenance turnarounds, demand fluctuations, and logistical challenges. Through timely notifications and market insights, it supports informed decision-making, enhances operational efficiency, and helps mitigate risk exposure within the evolving ethylene glycol (EG) industry.

Why Ethylene Glycol G.I.O Tracker

Asset-Level Intelligence Tracks individual facilities by unit type, production process, feedstock, capacity, and operational status. Risk is identified at the plant-level, not diluted in national averages.
Daily Operational Updates Captures shutdowns, restarts, maintenance, force majeure, labor, and logistics disruptions in real time, ensuring supply shifts are visible before official data revisions.
Quantified Production Loss Every disruption is translated into measurable capacity impact and estimated production loss (Mtpa), enabling structured comparison and risk evaluation.
Integrated Price Impact Logic Links plant-level disruptions to regional tightness indicators and historical price behaviour, helping detect early price inflection signals across the value chain.

Ethylene Glycol G.I.O Tracker – Comprehensive Market Coverage & Intelligence Dashboard

Asset-Level Facility Intelligence

Regional Coverage

Asia Pacific

Ethylene Glycol Capacity (Ktpa) At Plant-Level By Feedstock Type And Production Process – Asia Pacific
Ethylene Glycol Capacity (Ktpa) At Plant-Level By Product Type And Unit Type – Asia Pacific
Count Of Ethylene Glycol Plants With Overall Operational Capacity – Asia Pacific
Ethylene Glycol Plants By Capacity (Ktpa) And Current Status – Asia Pacific
Ethylene Glycol Plant Details (Location, Region, Year Of Commissioning) – Asia Pacific
Announced And Upcoming Ethylene Glycol Plants With Capacity – Asia Pacific

North America

Ethylene Glycol Capacity (Ktpa) At Plant-Level By Feedstock Type And Production Process – North America
Ethylene Glycol Capacity (Ktpa) At Plant-Level By Product Type And Unit Type – North America
Count Of Ethylene Glycol Plants With Overall Operational Capacity – North America
Ethylene Glycol Plants By Capacity (Ktpa) And Current Status – North America
Ethylene Glycol Plant Details (Location, Region, Year Of Commissioning) – North America
Announced And Upcoming Ethylene Glycol Plants With Capacity – North America

Europe

Ethylene Glycol Capacity (Ktpa) At Plant-Level By Feedstock Type And Production Process – Europe
Ethylene Glycol Capacity (Ktpa) At Plant-Level By Product Type And Unit Type – Europe
Count Of Ethylene Glycol Plants With Overall Operational Capacity – Europe
Ethylene Glycol Plants By Capacity (Ktpa) And Current Status – Europe
Ethylene Glycol Plant Details (Location, Region, Year Of Commissioning) – Europe
Announced And Upcoming Ethylene Glycol Plants With Capacity – Europe

Middle East & Africa

Ethylene Glycol Capacity (Ktpa) At Plant-Level By Feedstock Type And Production Process – Middle East & Africa
Ethylene Glycol Capacity (Ktpa) At Plant-Level By Product Type And Unit Type – Middle East & Africa
Count Of Ethylene Glycol Plants With Overall Operational Capacity – Middle East & Africa
Ethylene Glycol Plants By Capacity (Ktpa) And Current Status – Middle East & Africa
Ethylene Glycol Plant Details (Location, Region, Year Of Commissioning) – Middle East & Africa
Announced And Upcoming Ethylene Glycol Plants With Capacity – Middle East & Africa

Country-Level Coverage

China

Ethylene Glycol Capacity (Ktpa) At Plant-Level By Feedstock Type And Production Process – China
Ethylene Glycol Capacity (Ktpa) At Plant-Level By Product Type And Unit Type – China
Count Of Ethylene Glycol Plants With Overall Operational Capacity – China
Ethylene Glycol Plants By Capacity (Ktpa) And Current Status – China
Ethylene Glycol Plant Details (Location, Region, Year Of Commissioning) – China
Announced And Upcoming Ethylene Glycol Plants With Capacity – China

India

Ethylene Glycol Capacity (Ktpa) At Plant-Level By Feedstock Type And Production Process – India
Ethylene Glycol Capacity (Ktpa) At Plant-Level By Product Type And Unit Type – India
Count Of Ethylene Glycol Plants With Overall Operational Capacity – India
Ethylene Glycol Plants By Capacity (Ktpa) And Current Status – India
Ethylene Glycol Plant Details (Location, Region, Year Of Commissioning) – India
Announced And Upcoming Ethylene Glycol Plants With Capacity – India

South Korea

Ethylene Glycol Capacity (Ktpa) At Plant-Level By Feedstock Type And Production Process – South Korea
Ethylene Glycol Capacity (Ktpa) At Plant-Level By Product Type And Unit Type – South Korea
Count Of Ethylene Glycol Plants With Overall Operational Capacity – South Korea
Ethylene Glycol Plants By Capacity (Ktpa) And Current Status – South Korea
Ethylene Glycol Plant Details (Location, Region, Year Of Commissioning) – South Korea
Announced And Upcoming Ethylene Glycol Plants With Capacity – South Korea

Taiwan

Ethylene Glycol Capacity (Ktpa) At Plant-Level By Feedstock Type And Production Process – Taiwan
Ethylene Glycol Capacity (Ktpa) At Plant-Level By Product Type And Unit Type – Taiwan
Count Of Ethylene Glycol Plants With Overall Operational Capacity – Taiwan
Ethylene Glycol Plants By Capacity (Ktpa) And Current Status – Taiwan
Ethylene Glycol Plant Details (Location, Region, Year Of Commissioning) – Taiwan
Announced And Upcoming Ethylene Glycol Plants With Capacity – Taiwan

Thailand

Ethylene Glycol Capacity (Ktpa) At Plant-Level By Feedstock Type And Production Process – Thailand
Ethylene Glycol Capacity (Ktpa) At Plant-Level By Product Type And Unit Type – Thailand
Count Of Ethylene Glycol Plants With Overall Operational Capacity – Thailand
Ethylene Glycol Plants By Capacity (Ktpa) And Current Status – Thailand
Ethylene Glycol Plant Details (Location, Region, Year Of Commissioning) – Thailand
Announced And Upcoming Ethylene Glycol Plants With Capacity – Thailand

Japan

Ethylene Glycol Capacity (Ktpa) At Plant-Level By Feedstock Type And Production Process – Japan
Ethylene Glycol Capacity (Ktpa) At Plant-Level By Product Type And Unit Type – Japan
Count Of Ethylene Glycol Plants With Overall Operational Capacity – Japan
Ethylene Glycol Plants By Capacity (Ktpa) And Current Status – Japan
Ethylene Glycol Plant Details (Location, Region, Year Of Commissioning) – Japan
Announced And Upcoming Ethylene Glycol Plants With Capacity – Japan

Malaysia

Ethylene Glycol Capacity (Ktpa) At Plant-Level By Feedstock Type And Production Process – Malaysia
Ethylene Glycol Capacity (Ktpa) At Plant-Level By Product Type And Unit Type – Malaysia
Count Of Ethylene Glycol Plants With Overall Operational Capacity – Malaysia
Ethylene Glycol Plants By Capacity (Ktpa) And Current Status – Malaysia
Ethylene Glycol Plant Details (Location, Region, Year Of Commissioning) – Malaysia
Announced And Upcoming Ethylene Glycol Plants With Capacity – Malaysia

Indonesia

Ethylene Glycol Capacity (Ktpa) At Plant-Level By Feedstock Type And Production Process – Indonesia
Ethylene Glycol Capacity (Ktpa) At Plant-Level By Product Type And Unit Type – Indonesia
Count Of Ethylene Glycol Plants With Overall Operational Capacity – Indonesia
Ethylene Glycol Plants By Capacity (Ktpa) And Current Status – Indonesia
Ethylene Glycol Plant Details (Location, Region, Year Of Commissioning) – Indonesia
Announced And Upcoming Ethylene Glycol Plants With Capacity – Indonesia

Singapore

Ethylene Glycol Capacity (Ktpa) At Plant-Level By Feedstock Type And Production Process – Singapore
Ethylene Glycol Capacity (Ktpa) At Plant-Level By Product Type And Unit Type – Singapore
Count Of Ethylene Glycol Plants With Overall Operational Capacity – Singapore
Ethylene Glycol Plants By Capacity (Ktpa) And Current Status – Singapore
Ethylene Glycol Plant Details (Location, Region, Year Of Commissioning) – Singapore
Announced And Upcoming Ethylene Glycol Plants With Capacity – Singapore

Germany

Ethylene Glycol Capacity (Ktpa) At Plant-Level By Feedstock Type And Production Process – Germany
Ethylene Glycol Capacity (Ktpa) At Plant-Level By Product Type And Unit Type – Germany
Count Of Ethylene Glycol Plants With Overall Operational Capacity – Germany
Ethylene Glycol Plants By Capacity (Ktpa) And Current Status – Germany
Ethylene Glycol Plant Details (Location, Region, Year Of Commissioning) – Germany
Announced And Upcoming Ethylene Glycol Plants With Capacity – Germany

Spain

Ethylene Glycol Capacity (Ktpa) At Plant-Level By Feedstock Type And Production Process – Spain
Ethylene Glycol Capacity (Ktpa) At Plant-Level By Product Type And Unit Type – Spain
Count Of Ethylene Glycol Plants With Overall Operational Capacity – Spain
Ethylene Glycol Plants By Capacity (Ktpa) And Current Status – Spain
Ethylene Glycol Plant Details (Location, Region, Year Of Commissioning) – Spain
Announced And Upcoming Ethylene Glycol Plants With Capacity – Spain

Belgium

Ethylene Glycol Capacity (Ktpa) At Plant-Level By Feedstock Type And Production Process – Belgium
Ethylene Glycol Capacity (Ktpa) At Plant-Level By Product Type And Unit Type – Belgium
Count Of Ethylene Glycol Plants With Overall Operational Capacity – Belgium
Ethylene Glycol Plants By Capacity (Ktpa) And Current Status – Belgium
Ethylene Glycol Plant Details (Location, Region, Year Of Commissioning) – Belgium
Announced And Upcoming Ethylene Glycol Plants With Capacity – Belgium

Poland

Ethylene Glycol Capacity (Ktpa) At Plant-Level By Feedstock Type And Production Process – Poland
Ethylene Glycol Capacity (Ktpa) At Plant-Level By Product Type And Unit Type – Poland
Count Of Ethylene Glycol Plants With Overall Operational Capacity – Poland
Ethylene Glycol Plants By Capacity (Ktpa) And Current Status – Poland
Ethylene Glycol Plant Details (Location, Region, Year Of Commissioning) – Poland
Announced And Upcoming Ethylene Glycol Plants With Capacity – Poland

Netherlands

Ethylene Glycol Capacity (Ktpa) At Plant-Level By Feedstock Type And Production Process – Netherlands
Ethylene Glycol Capacity (Ktpa) At Plant-Level By Product Type And Unit Type – Netherlands
Count Of Ethylene Glycol Plants With Overall Operational Capacity – Netherlands
Ethylene Glycol Plants By Capacity (Ktpa) And Current Status – Netherlands
Ethylene Glycol Plant Details (Location, Region, Year Of Commissioning) – Netherlands
Announced And Upcoming Ethylene Glycol Plants With Capacity – Netherlands

Russia

Ethylene Glycol Capacity (Ktpa) At Plant-Level By Feedstock Type And Production Process – Russia
Ethylene Glycol Capacity (Ktpa) At Plant-Level By Product Type And Unit Type – Russia
Count Of Ethylene Glycol Plants With Overall Operational Capacity – Russia
Ethylene Glycol Plants By Capacity (Ktpa) And Current Status – Russia
Ethylene Glycol Plant Details (Location, Region, Year Of Commissioning) – Russia
Announced And Upcoming Ethylene Glycol Plants With Capacity – Russia

Turkey

Ethylene Glycol Capacity (Ktpa) At Plant-Level By Feedstock Type And Production Process – Turkey
Ethylene Glycol Capacity (Ktpa) At Plant-Level By Product Type And Unit Type – Turkey
Count Of Ethylene Glycol Plants With Overall Operational Capacity – Turkey
Ethylene Glycol Plants By Capacity (Ktpa) And Current Status – Turkey
Ethylene Glycol Plant Details (Location, Region, Year Of Commissioning) – Turkey
Announced And Upcoming Ethylene Glycol Plants With Capacity – Turkey

USA

Ethylene Glycol Capacity (Ktpa) At Plant-Level By Feedstock Type And Production Process – USA
Ethylene Glycol Capacity (Ktpa) At Plant-Level By Product Type And Unit Type – USA
Count Of Ethylene Glycol Plants With Overall Operational Capacity – USA
Ethylene Glycol Plants By Capacity (Ktpa) And Current Status – USA
Ethylene Glycol Plant Details (Location, Region, Year Of Commissioning) – USA
Announced And Upcoming Ethylene Glycol Plants With Capacity – USA

Mexico

Ethylene Glycol Capacity (Ktpa) At Plant-Level By Feedstock Type And Production Process – Mexico
Ethylene Glycol Capacity (Ktpa) At Plant-Level By Product Type And Unit Type – Mexico
Count Of Ethylene Glycol Plants With Overall Operational Capacity – Mexico
Ethylene Glycol Plants By Capacity (Ktpa) And Current Status – Mexico
Ethylene Glycol Plant Details (Location, Region, Year Of Commissioning) – Mexico
Announced And Upcoming Ethylene Glycol Plants With Capacity – Mexico

Canada

Ethylene Glycol Capacity (Ktpa) At Plant-Level By Feedstock Type And Production Process – Canada
Ethylene Glycol Capacity (Ktpa) At Plant-Level By Product Type And Unit Type – Canada
Count Of Ethylene Glycol Plants With Overall Operational Capacity – Canada
Ethylene Glycol Plants By Capacity (Ktpa) And Current Status – Canada
Ethylene Glycol Plant Details (Location, Region, Year Of Commissioning) – Canada
Announced And Upcoming Ethylene Glycol Plants With Capacity – Canada

Iran

Ethylene Glycol Capacity (Ktpa) At Plant-Level By Feedstock Type And Production Process – Iran
Ethylene Glycol Capacity (Ktpa) At Plant-Level By Product Type And Unit Type – Iran
Count Of Ethylene Glycol Plants With Overall Operational Capacity – Iran
Ethylene Glycol Plants By Capacity (Ktpa) And Current Status – Iran
Ethylene Glycol Plant Details (Location, Region, Year Of Commissioning) – Iran
Announced And Upcoming Ethylene Glycol Plants With Capacity – Iran

Saudi Arabia

Ethylene Glycol Capacity (Ktpa) At Plant-Level By Feedstock Type And Production Process – Saudi Arabia
Ethylene Glycol Capacity (Ktpa) At Plant-Level By Product Type And Unit Type – Saudi Arabia
Count Of Ethylene Glycol Plants With Overall Operational Capacity – Saudi Arabia
Ethylene Glycol Plants By Capacity (Ktpa) And Current Status – Saudi Arabia
Ethylene Glycol Plant Details (Location, Region, Year Of Commissioning) – Saudi Arabia
Announced And Upcoming Ethylene Glycol Plants With Capacity – Saudi Arabia

Kuwait

Ethylene Glycol Capacity (Ktpa) At Plant-Level By Feedstock Type And Production Process – Kuwait
Ethylene Glycol Capacity (Ktpa) At Plant-Level By Product Type And Unit Type – Kuwait
Count Of Ethylene Glycol Plants With Overall Operational Capacity – Kuwait
Ethylene Glycol Plants By Capacity (Ktpa) And Current Status – Kuwait
Ethylene Glycol Plant Details (Location, Region, Year Of Commissioning) – Kuwait
Announced And Upcoming Ethylene Glycol Plants With Capacity – Kuwait

Daily Operations Tracker

Regional Tracking

Asia Pacific

Total Operational Capacity (Ktpa) At Plant Level
Total Disrupted Capacity (Ktpa) And Production Loss (Kt) At Plant Level
Plant Outage Duration (Start Date And End Date)
Disruption Cause And Impact On Price
Plant Disruption By Disruption Type (Permanent Or Temporary)

Europe

Total Operational Capacity (Ktpa) At Plant Level
Total Disrupted Capacity (Ktpa) And Production Loss (Kt) At Plant Level
Plant Outage Duration (Start Date And End Date)
Disruption Cause And Impact On Price
Plant Disruption By Disruption Type (Permanent Or Temporary)

North America

Total Operational Capacity (Ktpa) At Plant Level
Total Disrupted Capacity (Ktpa) And Production Loss (Kt) At Plant Level
Plant Outage Duration (Start Date And End Date)
Disruption Cause And Impact On Price
Plant Disruption By Disruption Type (Permanent Or Temporary)

Middle East & Africa

Total Operational Capacity (Ktpa) At Plant Level
Total Disrupted Capacity (Ktpa) And Production Loss (Kt) At Plant Level
Plant Outage Duration (Start Date And End Date)
Disruption Cause And Impact On Price
Plant Disruption By Disruption Type (Permanent Or Temporary)

Country-Wise Tracking

China

Total Operational Capacity (Ktpa) At Plant Level
Total Disrupted Capacity (Ktpa) And Production Loss (Kt) At Plant Level
Plant Outage Duration (Start Date And End Date)
Disruption Cause And Impact On Price
Plant Disruption By Disruption Type (Permanent Or Temporary)

Taiwan

Total Operational Capacity (Ktpa) At Plant Level
Total Disrupted Capacity (Ktpa) And Production Loss (Kt) At Plant Level
Plant Outage Duration (Start Date And End Date)
Disruption Cause And Impact On Price
Plant Disruption By Disruption Type (Permanent Or Temporary)

Japan

Total Operational Capacity (Ktpa) At Plant Level
Total Disrupted Capacity (Ktpa) And Production Loss (Kt) At Plant Level
Plant Outage Duration (Start Date And End Date)
Disruption Cause And Impact On Price
Plant Disruption By Disruption Type (Permanent Or Temporary)

South Korea

Total Operational Capacity (Ktpa) At Plant Level
Total Disrupted Capacity (Ktpa) And Production Loss (Kt) At Plant Level
Plant Outage Duration (Start Date And End Date)
Disruption Cause And Impact On Price
Plant Disruption By Disruption Type (Permanent Or Temporary)

India

Total Operational Capacity (Ktpa) At Plant Level
Total Disrupted Capacity (Ktpa) And Production Loss (Kt) At Plant Level
Plant Outage Duration (Start Date And End Date)
Disruption Cause And Impact On Price
Plant Disruption By Disruption Type (Permanent Or Temporary)

Indonesia

Total Operational Capacity (Ktpa) At Plant Level
Total Disrupted Capacity (Ktpa) And Production Loss (Kt) At Plant Level
Plant Outage Duration (Start Date And End Date)
Disruption Cause And Impact On Price
Plant Disruption By Disruption Type (Permanent Or Temporary)

Thailand

Total Operational Capacity (Ktpa) At Plant Level
Total Disrupted Capacity (Ktpa) And Production Loss (Kt) At Plant Level
Plant Outage Duration (Start Date And End Date)
Disruption Cause And Impact On Price
Plant Disruption By Disruption Type (Permanent Or Temporary)

Malaysia

Total Operational Capacity (Ktpa) At Plant Level
Total Disrupted Capacity (Ktpa) And Production Loss (Kt) At Plant Level
Plant Outage Duration (Start Date And End Date)
Disruption Cause And Impact On Price
Plant Disruption By Disruption Type (Permanent Or Temporary)

Singapore

Total Operational Capacity (Ktpa) At Plant Level
Total Disrupted Capacity (Ktpa) And Production Loss (Kt) At Plant Level
Plant Outage Duration (Start Date And End Date)
Disruption Cause And Impact On Price
Plant Disruption By Disruption Type (Permanent Or Temporary)

Germany

Total Operational Capacity (Ktpa) At Plant Level
Total Disrupted Capacity (Ktpa) And Production Loss (Kt) At Plant Level
Plant Outage Duration (Start Date And End Date)
Disruption Cause And Impact On Price
Plant Disruption By Disruption Type (Permanent Or Temporary)

Netherlands

Total Operational Capacity (Ktpa) At Plant Level
Total Disrupted Capacity (Ktpa) And Production Loss (Kt) At Plant Level
Plant Outage Duration (Start Date And End Date)
Disruption Cause And Impact On Price
Plant Disruption By Disruption Type (Permanent Or Temporary)

Belgium

Total Operational Capacity (Ktpa) At Plant Level
Total Disrupted Capacity (Ktpa) And Production Loss (Kt) At Plant Level
Plant Outage Duration (Start Date And End Date)
Disruption Cause And Impact On Price
Plant Disruption By Disruption Type (Permanent Or Temporary)

Spain

Total Operational Capacity (Ktpa) At Plant Level
Total Disrupted Capacity (Ktpa) And Production Loss (Kt) At Plant Level
Plant Outage Duration (Start Date And End Date)
Disruption Cause And Impact On Price
Plant Disruption By Disruption Type (Permanent Or Temporary)

Poland

Total Operational Capacity (Ktpa) At Plant Level
Total Disrupted Capacity (Ktpa) And Production Loss (Kt) At Plant Level
Plant Outage Duration (Start Date And End Date)
Disruption Cause And Impact On Price
Plant Disruption By Disruption Type (Permanent Or Temporary)

Turkey

Total Operational Capacity (Ktpa) At Plant Level
Total Disrupted Capacity (Ktpa) And Production Loss (Kt) At Plant Level
Plant Outage Duration (Start Date And End Date)
Disruption Cause And Impact On Price
Plant Disruption By Disruption Type (Permanent Or Temporary)

Russia

Total Operational Capacity (Ktpa) At Plant Level
Total Disrupted Capacity (Ktpa) And Production Loss (Kt) At Plant Level
Plant Outage Duration (Start Date And End Date)
Disruption Cause And Impact On Price
Plant Disruption By Disruption Type (Permanent Or Temporary)

USA

Total Operational Capacity (Ktpa) At Plant Level
Total Disrupted Capacity (Ktpa) And Production Loss (Kt) At Plant Level
Plant Outage Duration (Start Date And End Date)
Disruption Cause And Impact On Price
Plant Disruption By Disruption Type (Permanent Or Temporary)

Mexico

Total Operational Capacity (Ktpa) At Plant Level
Total Disrupted Capacity (Ktpa) And Production Loss (Kt) At Plant Level
Plant Outage Duration (Start Date And End Date)
Disruption Cause And Impact On Price
Plant Disruption By Disruption Type (Permanent Or Temporary)

Canada

Total Operational Capacity (Ktpa) At Plant Level
Total Disrupted Capacity (Ktpa) And Production Loss (Kt) At Plant Level
Plant Outage Duration (Start Date And End Date)
Disruption Cause And Impact On Price
Plant Disruption By Disruption Type (Permanent Or Temporary)

Saudi Arabia

Total Operational Capacity (Ktpa) At Plant Level
Total Disrupted Capacity (Ktpa) And Production Loss (Kt) At Plant Level
Plant Outage Duration (Start Date And End Date)
Disruption Cause And Impact On Price
Plant Disruption By Disruption Type (Permanent Or Temporary)

Iran

Total Operational Capacity (Ktpa) At Plant Level
Total Disrupted Capacity (Ktpa) And Production Loss (Kt) At Plant Level
Plant Outage Duration (Start Date And End Date)
Disruption Cause And Impact On Price
Plant Disruption By Disruption Type (Permanent Or Temporary)

Kuwait

Total Operational Capacity (Ktpa) At Plant Level
Total Disrupted Capacity (Ktpa) And Production Loss (Kt) At Plant Level
Plant Outage Duration (Start Date And End Date)
Disruption Cause And Impact On Price
Plant Disruption By Disruption Type (Permanent Or Temporary)

Frequently Asked Questions – Ethylene Glycol G.I.O Tracker

What is the Ethylene Glycol (EG) GIO Tracker?

The Ethylene Glycol (EG) GIO Tracker is an asset-level intelligence platform that monitors global ethylene glycol production capacity, operational disruptions, production losses, and price implications across major EG-producing regions.

What does the Ethylene Glycol GIO Tracker track?

It tracks ethylene glycol production capacity (Mtpa), steam cracker linkages, ethylene oxide feedstock dependencies, plant operating rates, expansions, startups, shutdowns, maintenance turnarounds, restarts, outage durations, and quantified production losses at the facility level.

How often is the data updated?

Plant-level operational status, turnaround schedules, and disruption signals are updated daily to provide timely visibility into global ethylene glycol supply conditions.

How is production loss measured?

Production loss is calculated by assessing affected EG capacity, outage duration, operating rate reductions, and feedstock constraints, providing a structured impact analysis across regional and global EG supply chains.

Does the Ethylene Glycol GIO Tracker cover global or regional markets?

It provides global coverage with detailed regional and country-level insights, including Asia-Pacific, Europe, North America and the Middle East.

Who benefits from the Ethylene Glycol GIO Tracker?

The platform supports ethylene glycol producers, polyester and antifreeze manufacturers, procurement teams, commodity traders, supply chain risk managers, and strategy professionals seeking early signals of supply tightness and price volatility.

How is it different from country-level Ethylene Glycol production reports?

Unlike aggregated national statistics, the EG Tracker monitors individual ethylene glycol facilities, enabling early detection of outages, feedstock disruptions, and capacity shifts.

How does it help manage Ethylene Glycol supply risk?

By quantifying production losses, tracking turnaround schedules, and assessing downstream impacts on polyester (PET), antifreeze, and other EG-based applications, the platform enables proactive procurement, trading, and risk mitigation strategies.

Can I analyse Ethylene Glycol alongside other materials and commodities?

Yes, the Ethylene Glycol GIO Tracker applies a standardized plant-level framework, allowing comparison of EG disruptions, capacity movements, and supply risks with other petrochemicals and polymers for cross-commodity risk assessment.