Industrial energy efficiency is key to meeting net zero targets – Make UK

Manufacturers have been hit by soaring gas and electricity prices hitting record highs, leaving businesses desperate to cut their energy use, according to a new report published by Make UK and Inspired PLC.

The new research, called “Driving Industrial Energy Efficiencies,” delves into how energy-efficient practices and technologies can help companies save money and boost productivity while at the same time moving towards their Net Zero targets.

Net Zero is a priority for 92% or businesses and 68% have already made investments to start on that journey with 22% planning to in the next 12 months.

Over the past two years, the cost of energy has been highly turbulent, exacerbated by an increase in operational costs. This has left manufacturers forced to operate with a significantly reduced margin, making introducing energy efficiency projects an attractive proposition.

Today’s report shows that businesses have been taking a two-pronged approach reducing energy consumption, from low-cost, low effort measures to more costly investments which deliver equipment and process upgrades. Simple steps such as getting the right energy supplier and securing an advantageous contract is critical. Monitoring energy use through smart metres and sub-metering can further cut consumption, providing more granular detail of unnecessary use. One rubber compound manufacturer saved £62,734 through a better energy contract and over £48,000 by reducing waste through circuit-level (sub-meter) monitoring.

Equipping plant machinery with meter reading tools or sensors, can offer real time data access by connecting it to the cloud (Internet of Things Technologies), enabling faults to be spotted as they happen. Implementing Voltage Optimisation, which only allows the exact amount of energy a business needs to be brought in from the National Grid, can also make significant savings. While overhauling compressors – which account for 10% of all industrial energy used - can cut energy consumption by 50%.

One energy intensive company which galvanises plant equipment introduced digital controls to deliver variable on-demand power to its furnaces, saving £400,000 on energy bills and reducing its carbon output by 1000 tonnes.

Faye Skelton, Head of Policy at Make UK, the manufacturers’ organisation said: “Britain’s manufacturers have made significant steps to cut carbon emissions and move towards Net Zero. But in order to supercharge that journey, business needs Government to play its part in driving the process forward.

“To that end, Government needs to commit to introducing a National Advisory Energy Service similar to the model of Made Smarter which helps SMEs digitalise their production processes. This should provide smaller funding to companies of up to £20,000, include an energy audit, sub metering and an implementation plan as well as helping businesses access the right funding.

“We need to see also an immediate extension of the 12 months of 100% business rates relief on green plant machinery and equipment and building improvements to three years to reflect the business payback period.”

With the abolition of the Energy Efficiency Taskforce (EETF) which had expected to put forward policy proposals to support greater energy efficiency, Make UK is calling on government to use the upcoming Autumn Statement to help companies transition to net zero through energy efficiency measures.

Among these calls included in the report, is for Government to undertake a gap analysis of the tax incentives available on energy efficiency to check no type of business falls between the cracks.

Heat recovery may have the biggest potential to improve energy efficiency, but as yet is almost untapped. It uses the steam or waste heat from machinery (e.g., compressors, ovens/furnaces, galvanisation baths) or high temperature processes, to heat up other parts of the process (low temperature), hot water, or for the space heating of the building. It can also be used to produce electricity via the Organic Rankine Cycle, a type of thermodynamic process which can use low temperature industrial waste heat.

Make UK
www.makeuk.org