BloombergNEF's Circular Economy Company Rankings: Grading the Chemical Sector's Recyclers

BloombergNEF's latest Circular Economy Company Ranking offers a useful reality check on the chemical industry's transition from a linear “take-make-dispose” model toward recycled and renewable materials. Rather than rewarding companies simply for announcing sustainability ambitions, the ranking highlights how difficult it is to turn circular-economy targets into commercial-scale production.

The latest assessment covered 40 companies — 20 brand owners and 20 plastic producers — and evaluated their circular-economy ambition using publicly announced targets and commitments. The results reveal a sector where progress remains uneven and where economics, feedstock availability and demand are increasingly determining which recycling strategies can scale.

LyondellBasell Shows Why the Leaderboard Can Change

LyondellBasell has historically been one of the strongest performers among plastic producers. In the previous BloombergNEF ranking, it held the top position, supported by an ambitious target to produce 2 million metric tons of recycled and renewable polymers by 2030.

However, the latest ranking shows how quickly leadership can change. LyondellBasell lost its top position after announcing plans to expand virgin plastics production in 2025, despite increasing its recycled and renewable polymer production by 65% to 200,000 tons in 2024.

The lesson is important: circular-economy leadership is increasingly being judged against a company's entire production strategy, not just its recycling investments.

Alpek and Indorama Stand Out

Alpek was among the strongest movers in the latest ranking, rising four places. The company has targeted PET bottle recycling capacity of 300,000 metric tons per year and was also one of the few producers that did not announce new virgin-plastic expansion plans.

Indorama and Braskem also demonstrated strong progress toward their sustainable-material production targets in 2024.

These companies illustrate a potentially more convincing route to circularity: expanding recycled production while limiting additional dependence on virgin polymer capacity.

The Economics of Recycling Remain the Biggest Problem

The biggest obstacle is not necessarily technology. It is economics.

BloombergNEF notes that the chemicals market continues to face a supply glut, particularly as new primary production capacity comes online in Asia. Low utilization rates and weak or negative margins have already contributed to recycling facilities being closed or investments in sustainable chemicals being delayed.

This creates a difficult commercial equation.

If virgin plastic becomes cheaper because of excess capacity, recycled material must compete against a lower-cost alternative. Unless customers are willing to pay a premium or regulation creates additional demand, recyclers can struggle to justify new investment.

Chemical Recycling Is Becoming a Strategic Tool

Chemical recycling remains an important part of the industry's strategy because it can convert difficult plastic waste into feedstocks capable of producing materials with properties closer to virgin plastics.

BloombergNEF previously estimated that announced chemical-recycling projects could bring global capacity to approximately 5.3 million metric tons by 2030 if all projects are completed.

But chemical recycling should not be viewed as a guaranteed growth engine. Projects still need reliable waste feedstock, competitive energy costs, appropriate technology, regulatory acceptance and customers willing to purchase the resulting recycled material.

Companies Are Choosing Partnerships Over Greenfield Plants

Another significant trend is the move away from building every recycling capability internally.

Dow, for example, established a supply agreement with Freepoint Eco-Systems for 65,000 tons of pyrolysis oil, which can be used as feedstock for plastics containing recycled content. Borealis expanded its circular production capacity by 18% in 2024 and processed 221,200 metric tons of circular feedstock, while also acquiring recycler Integra Plastics.

For chemical producers, this model can reduce capital risk.

Instead of spending billions developing an entire recycling chain, producers can secure access to recycled feedstock through acquisitions, partnerships and long-term supply agreements.

Demand Is Just as Important as Supply

One of the most important findings from BloombergNEF's analysis is that the recycling industry cannot scale simply by building more plants.

Demand for recycled materials has to grow alongside capacity.

The shortage of suitable high-grade recycled plastic remains a major barrier for brand owners, particularly in applications requiring food-contact quality or specific performance characteristics. BloombergNEF found that some companies have therefore weakened or delayed recycled-content targets because suitable materials remain expensive or difficult to source.

This creates a circular-economy paradox: producers hesitate to invest because demand is uncertain, while buyers struggle to increase recycled content because supply is insufficient.

What This Means for Chemical Procurement

For chemical buyers, the ranking provides several practical signals.

Procurement teams should look beyond a supplier's sustainability claims and evaluate:

• Actual recycled-material production volumes

• Secured recycling feedstock

• Long-term offtake agreements

• Certification and traceability

• Production capacity versus utilization

• Exposure to virgin-material expansion

• Regional availability and logistics costs

• Ability to supply consistent quality at scale

A supplier with a large 2030 target but limited current production may carry more execution risk than a producer already operating commercial recycling assets.

The Emerging Winners

The strongest chemical-sector recyclers are therefore not necessarily the companies with the most ambitious slogans. They are the companies connecting technology, feedstock, production capacity and customers.

Alpek's recycling expansion, Indorama and Braskem's progress toward sustainable-material targets, and Borealis' combination of capacity growth and acquisitions demonstrate different approaches to building circular-material supply.

At the same time, LyondellBasell's ranking decline demonstrates that continued virgin-capacity expansion can complicate a company's circular-economy positioning even when recycled production is growing.

Outlook

BloombergNEF's ranking ultimately shows that the chemical industry's recycling transition is entering a more difficult phase.

The early stage was dominated by targets and commitments. The next stage will be dominated by economics and execution.

Recyclers and chemical producers must prove that they can secure waste feedstock, operate plants economically, produce consistent recycled materials and find customers willing to purchase them at sustainable prices.

For the chemical industry, the real measure of circular-economy leadership will therefore not be how many tons companies promise to recycle by 2030. It will be how many tons they can profitably recycle today — and how quickly that commercial capacity can scale.