Catalytic Generators
Catalytic Generators

Catalytic Generators

Cooling and CA

Catalytic Generators offers in situ ethylene production amid industrial supply uncertainty

Tightening supply conditions and rising price volatility are highlighting the dependency of ripening operations on petrochemical-based ethylene, a commodity primarily produced for large-scale industrial uses, with fruit ripening forming part of a wider range of downstream applications. As global energy markets face increasing disruption, market conditions in some regions are becoming less predictable, exposing the vulnerability of supply chains that rely on external sources. In response, operators across fresh produce and related supply chains are reassessing their supply strategies and exploring new approaches to safeguard ethylene supply and maintain consistent ripening outcomes, with growing interest in solutions that offer greater control and reduced exposure to market fluctuation

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19 May, 2026
Cooling and CA , Measurements

Global geopolitical tensions are disrupting petrochemical and energy markets, making ethylene supply less stable and more expensive. In some regions, especially Asia, supply is tightening and prices are already rising. This is creating uncertainty for industries that depend on a reliable supply of ethylene, including fresh produce ripening operations.

Industrial ethylene used in conventional cylinder-based ripening systems is produced from oil and natural gas through petrochemical processes. Most global ethylene production is prioritised for large industrial sectors such as plastics and chemicals, with fruit ripening representing only a small downstream use.

Because ethylene is essential to the ripening process, any disruption in supply can directly impact ripening operations. Since fruit ripening is only a small downstream use of ethylene, supply is largely determined by the needs and priorities of much larger industries. During periods of market disruption, this can lead to shortages, rising costs, and uncertainty for ripening businesses that rely on a consistent ethylene supply.

Greg Akins, president and CEO of Catalytic Generatos explains:

“Industrial ethylene is primarily produced for large-scale petrochemical applications, with fruit ripening requiring a relatively small amount. This means that ripening operations rely on a supply chain driven by other industries, which can make them more vulnerable to disruption when market conditions shift.”

In this context, there are essentially two ways to approach ethylene supply. One is to continue relying on externally sourced, petrochemical-based ethylene, which remains exposed to fluctuations in availability and pricing driven by broader industrial and geopolitical dynamics. The other is to generate pure ethylene directly on-site, allowing operators to produce the gas within the ripening room and reduce reliance on external sourcing.

Against this backdrop, ripening operators are increasingly reassessing their supply strategies. According to Akins, there is growing interest in some regions where the use of conventional cylinder systems persists. Users want greater supply reliability and security, either by transitioning to alternative solutions or by maintaining their current system while introducing a second source of ethylene. Catalytic has received enquiries from some Asian markets affected by recent supply constraints. This shift reflects a broader awareness of the risks associated with reliance on industrial ethylene, particularly in times of geopolitical and market instability.

 

Building a more resilient ethylene supply strategy

For ripening operators, the priority is not only to secure ethylene, but to ensure that it is ready when needed in the ripening process. Building resilience therefore means reducing exposure to supply disruptions, improving planning certainty and ensuring that ethylene is ready to be used when fruit is ready to be treated.

In this context, solutions based on on-site ethylene generation are gaining attention as a way to strengthen supply reliability. Catalytic Generators, with more than 50 years of experience in ethylene application, offers systems such as its Easy-Ripe® generators, which produce pure ethylene on demand directly within the ripening room using Ethy-Gen® II, a formulation derived from renewable, sustainable sources.

Easy-Ripe® generators

This approach allows operators to produce ethylene on demand for ripening, exactly when it is needed, reducing reliance on external supply chains where industrial ethylene is primarily used as a feedstock for plastics and chemicals production. By generating ethylene onsite, operators can maintain consistent ripening performance without being exposed to supply disruptions or competing industrial demand.

The systems are also simple to install and operate, with a proven international track record and global support network that provides reliable service and technical support.

Akins concludes:

“With ethylene playing a critical role in the ripening of fruits such as bananas, avocados and citrus, ensuring consistent availability is essential. Increasingly, this means having solutions in place that allow operators to maintain control and reduce dependency on industrial ethylene.”

 

About Catalytic Generators

With over 50 years of experience, Catalytic Generators is a family-owned company dedicated exclusively to ethylene application systems and known for making ethylene easy, safe and cost-effective. Based in Norfolk, Virginia, USA, it operates across the globe, supplying fresh produce companies, grocery distribution centers, and growers with the tools to ripen avocados, bananas, tomatoes, and more. It helps customers simplify operations and achieve consistent, predictable results with its high-purity ethylene solutions backed by professional support, local distribution, and customized services. Catalytic Generators’ commitment to quality and customer partnership ensures a reliable and timely supply of ethylene for customers worldwide.

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Plan de Recuperación, Transformación y Resiliencia Financiado por la Unión Europea