Fuel Insecurity and the UK Poultry Industry: How Low-Carbon Solutions Can Help Producers

Rising oil and gas prices have become a major issue for the UK economy in recent years. What began as a sharp energy shock in 2021–2022 has evolved into a prolonged period of volatility. This leaves many sectors exposed to what can be described as commercial fuel insecurity: a persistent risk of high and unpredictable energy costs.

While manufacturing, logistics, and retail have all felt the strain, the impact is especially clear in the UK poultry industry. Now more than ever, it is vital for poultry farmers to consider renewable energy solutions and energy efficiency systems to use on your farms. This is so you can have more control over your energy usage and bills, while lowering your carbon footprint.

We are exhibiting at the Pig and Poultry Fair on the 13th and 14th May 2026! Visit us at Stand 20-172 to discuss how renewable energy and heat recovery can help build resilience against global fuel increases.

An Industry That Relies on Energy

Modern poultry farming is efficient, but it depends heavily on energy at every stage:

• Gas is essential for maintaining precise temperatures in poultry houses, particularly for young birds;

• Electricity is used for lighting and ventilation;

• Fuel is needed to transport feed and finished products;

• Processing plants also use large amounts of energy for refrigeration, packaging, and distribution.

This reliance on energy means that when energy prices rise, poultry producers feel the impact immediately and across multiple cost centres.

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The Impact of Rising Energy Prices

Since 2020, UK gas prices have risen sharply, peaking during the 2022 energy crisis. Although prices have stabilised slightly, they have not returned to pre-crisis levels, and recent geopolitical tensions in the Middle East mean even more volatility. 

For poultry farmers, this means:

• Production costs have risen sharply, driven by heating, electricity, and fuel expenses

• Feed costs have increased, as energy prices push up fertiliser, grain drying, and transport costs

• Processing and distribution have become more expensive, particularly due to refrigeration and diesel prices

Crucially, these cost increases tend to persist. Even when energy prices fall, costs tend to stay high. This puts continued pressure on profit margins across the industry.

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Risk to Food Supply

The implications extend beyond individual producers. Poultry is one of the UK’s most widely consumed and affordable protein sources. As production costs rise:

• Retail prices increase

• Producers face pressure to reduce output

• Imports become more competitive

Over time, this could lead to lower UK production and greater reliance on imports, weakening national food security. In this way, fuel insecurity is not just an energy issue, as it can also negatively impact food supply.

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Renewable Energy as Part of the Solution

To reduce these risks, many poultry farmers are turning to on-site renewable energy to avoid volatile fossil fuel markets. Solar photovoltaic (PV) systems are particularly well suited to poultry farms. Large roof spaces on poultry sheds provide ideal installation sites, enabling producers to generate electricity on-site and reduce reliance on grid power. This can significantly lower operating costs over time while providing greater price certainty.There is renewed interest in biomass heating systems to partially replace gas heating. Fuels such as home-grown straw or recycled woodchip are widely available and are a lower-cost alternative when compared to gas.

• Straw systems offer the highest theoretical ROI due to near-zero fuel cost, but do require strong on-farm logistics and integration with arable operations

• Woodchip systems are often more practical, offering reliable 4-6 year payback periods and a substantial buffer from fossil fuel volatility

The key advantage of renewables is not just cost reduction, but risk reduction. By using home grown/produced fuels, producers are less exposed to global price shocks and supply disruptions.

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Improving Efficiency with Heat Recovery Systems

Alongside renewables, heat recovery technologies offer another powerful tool for improving resilience.

Poultry houses generate substantial amounts of waste heat. Heat recovery systems capture heat from outgoing air in poultry sheds and reuse it to warm incoming air, dramatically improving efficiency. 

The financial and operational impact is significant:

• Heating costs can be reduced by 50-65%

• Gas consumption can fall by up to 60%

• Advanced systems can recover up to 70% of waste heat

Because heating is continuously needed in poultry production, these savings translate into immediate and recurring cost reductions. The result is a lower baseline energy requirement, which directly reduces exposure to price volatility. 

Importantly, heat recovery systems can often be:

• Retrofitted into existing buildings

• Installed at relatively low capital cost compared to full energy system overhauls

• Improve air quality with ventilation improvements to support bird health and productivity

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Taking Back Control of Energy

Renewables and heat recovery are changing how poultry businesses manage energy:

• From passive consumption to active generation

• From exposure to volatility to greater cost control

• From short-term reaction to long-term resilience

Although these systems require upfront investment, they offer a way to stabilise costs in an uncertain energy market.

The UK poultry industry highlights the real-world consequences of fuel insecurity. However, it also points toward a solution.

By investing in renewable energy and improving energy efficiency through heat recovery, producers can reduce their reliance on fossil fuels and build a more resilient, sustainable future.

In the years ahead, managing energy risk may become just as important as producing food itself.

To discuss this in more detail, you can visit us at Stand 20-172, where we can advise on bespoke fuel-efficient, low-carbon solutions for your farm.

Or, visit our Low Carbon Technologies webpage to learn more. https://www.cfeng.co.uk/