Saudi Arabia’s SABIC to build thermoplastic compounding plant in China

SABIC considers China a crucial market for its growth, representing more than 40 percent of global chemical sales. SABIC
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Updated 06 August 2024
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Saudi Arabia’s SABIC to build thermoplastic compounding plant in China

  • Deal underscores the company’s efforts to meet the requirements of its local customers in China
  • ‘Agreement marks another significant milestone for SABIC’s growth in China,’ says CEO

RIYADH: Saudi Basic Industries Corp. has signed a potential investment agreement with the Fujian government in China to develop an engineering thermoplastic compounding plant in the Asian nation. 

In a press statement, SABIC said the deal underscores the company’s efforts to meet the requirements of its local customers in China and strengthens the firm’s presence in the country. 

SABIC considers China a crucial market for its growth, representing more than 40 percent of global chemical sales. 

In addition to the planned engineering thermoplastics compounding plant in Fujian province, the Saudi-listed firm operates the SABIC Technology Center in Shanghai, three compounding plants in Guangzhou, Shanghai and Chongqing, and operations in 17 cities across Greater China.

“This investment agreement marks another significant milestone for SABIC’s growth in China and reflects our continued confidence in investing in the country,” said Abdulrahman Al-Fageeh, CEO of SABIC. 

According to the statement, the planned compounding plant will be located in the Gulei Port Economic Development Zone in Zhangzhou, Fujian. 

Thermoplastic compounding is the process of combining a thermoplastic polymer with other materials, such as additives, fillers, and reinforcements to enhance its properties and create a customized material with specific characteristics.

The proposed plant will produce pelletized polycarbonate and CYCOLOY resin blends for use in advanced materials tailored to the needs of industries, including electrical and consumer electronics, automotive, and emerging sectors such as solar energy, electrification, and 5G.

Al-Fageeh added: “By creating synergy with upstream and downstream partners, the project aims to strengthen our supply capability in compounding products and serve this important strategic market with innovative and consistently high-quality material solutions.” 

The new plant is also expected to create synergies with the Saudi-listed firm’s two existing joint ventures in China, which include SINOPEC SABIC Tianjin Petrochemical Co. Ltd. and SABIC FUJIAN Petrochemicals Co. Ltd. — in the delivery of differentiated solutions and products.

Al-Fageeh further noted that SABIC will continue collaborating with its global and local partners and customers to grow in China. 

“The site will include compounding lines, color development capabilities, and advanced equipment that will enable SABIC to work with its customers and partners to create new innovative solutions for engineering plastics,” added SABIC in the statement. 

Headquartered in Riyadh, SABIC operates globally, manufacturing a diverse range of products, including chemicals, commodity and high-performance plastics, agri-nutrients, and metals.

Earlier in August, the petrochemical giant said it witnessed an 84 percent year-on-year surge in net profit to SR2.18 billion ($564 million) in the second quarter of 2024. 

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‘The age of electricity’: WEF panel says geopolitics is redefining global energy security

Updated 20 January 2026
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‘The age of electricity’: WEF panel says geopolitics is redefining global energy security

  • Surging demand, critical minerals, US-China rivalry reshaping energy security as nations compete for influence, infrastructure, control over world’s energy future

LONDON: Electricity is rapidly replacing oil as the world’s most strategic energy commodity, and nations are racing to secure reliable supply and influence in a changing energy landscape.

Global electricity demand is growing nearly three times faster than overall energy consumption, driven by artificial intelligence, electric vehicles, and rising use of air-conditioning in a warming world.

“We are entering the age of electricity,” said Fatih Birol, the executive director of the International Energy Agency, during a panel discussion titled “Who is Winning on Energy Security?” at the World Economic Forum in Davos on Tuesday.

Unlike oil, electricity cannot be stockpiled at scale, forcing governments and companies to prioritize generation, transmission, and storage, making regions with stable infrastructure increasingly important on the global stage.

US-China rivalry

Energy security is increasingly about control and influence, not just supply. The rivalry between the US and China now extends beyond oil to critical minerals, energy infrastructure, and long-term energy partnerships.

“The contrast between the US approach and China’s is stark,” said Meghan O’Sullivan, director of Harvard University’s Belfer Center. “The US, until recently, focused on access, not control. China flips that, seeking long-term influence and making producers more dependent on them.”

O’Sullivan highlighted China’s Belt and Road Initiative, which invests in energy infrastructure and critical minerals across Africa, Latin America, and Asia to secure influence over production and supply chains.

“It’s not just the desire to control oil production itself, but to control who develops resources,” she said, citing Venezuela as an example. The South American nation holds some of the world’s largest crude oil reserves, giving it outsized geopolitical importance. Recent US moves to expand influence over Venezuelan oil flows illustrate the broader trend that great powers are competing to shape who benefits from energy resources, not just the resources themselves.

“There’s no question that the intensified geopolitical competition between great powers is playing out in more competition for energy resources, particularly as the energy system becomes more complex,” O’Sullivan added.

Global drivers of the electricity era

The rise of electricity as a strategic commodity is also transforming global supply chains. Copper, lithium, and other minerals have become essential to modern energy systems.

“A new ‘energy commodity’ is copper,” said Mike Henry, CEO of BHP. “Electricity demand is growing three times faster than primary energy, and copper is essential for wires, data centers, and renewable energy. We expect a near doubling, about a 70 percent increase in copper demand over 25 years.”

Yet deposits are harder to access, refining is concentrated in a few countries, and supply chains are politically exposed.

“The world’s ability to generate electricity reliably will increasingly depend on materials and infrastructure outside traditional oil and gas markets,” Birol said.

AI and digital technologies amplify the challenge with large-scale data centers consuming enormous amounts of electricity. 

The Middle East’s strategic relevance 

While the global focus is on electricity demand and great-power rivalry, the Middle East illustrates how traditional energy hubs are adapting.

Majid Jafar, the CEO of Crescent Petroleum, highlighted the region’s enduring advantages: abundant reserves, low-carbon potential, and strategic geography.

“Geopolitical instability reinforces, if anything, the Middle East’s role as a supplier with scale, affordability, availability, and some of the lowest carbon reserves,” he said.

Jafar emphasized the region’s ability to navigate the growing US-China rivalry.

“Amid US-China global friction, the Middle East has managed to remain on good terms with both sides,” he said, noting that flexible policy and engagement help preserve influence while balancing competing interests.

The region is also adapting to the electricity-driven era. AI data centers and digital technologies are multiplying power needs. Jafar said: “One minute of video consumes roughly an hour’s electricity for an average Western household. Multiply that across millions of servers and billions of people and the scale is staggering.”

Infrastructure investments further strengthen the Middle East’s strategic position. In the Kurdistan Region of Iraq, the Runaki Project has expanded natural gas–fueled power plants to provide 24/7 electricity to millions of residents and businesses, reducing reliance on diesel generators and supporting economic growth.

According to Jafar, the combination of energy resources, capital, leadership, and agile policymaking gives the Middle East a competitive edge in meeting global electricity demand and navigating the complex geopolitics of energy.

While the panel highlighted the Middle East as one example, in the age of electricity, energy security is defined as much by influence and infrastructure as by barrels of oil, with the US-China rivalry determining who gains and who is left behind.