Leading provider of precision engineering and CNC machining services, specialising in the production of safety-critical metal components. The company serves high-reliability sectors, including aerospace, pharmaceutical, oil and gas, and nuclear industries.

56

Headcounts

Not applicable

Our emissions reduction targets are aligned with the Science Based Targets (SBT) initiative for global greenhouse gas (GHG) reductions and are benchmarked against our peak emissions base year of 2020. We are committed to reducing our GHG emissions by 50% by 2030 and achieving net zero emissions before 2050, in line with the UK Government’s Net Zero target. To support this goal, we aim to reduce our Emissions Intensity Ratio (EIR) by 5–10% annually. (EIR = Tonnes of CO₂e per £ million of total sales) We are making strong progress and anticipate achieving our 50% emissions reduction target ahead of schedule, by 2026, with full net zero emissions expected by 2044. Responsibility for achieving these targets is led by Rod Wah, Managing Director, in collaboration with the Beverston Green Team Carbon Committee

Yes

No

No

The Scope 3 emissions in our GHG Emissions Tracker are calculated by compiling data from multiple indirect sources, including staff commuting, water usage, and various waste streams such as metals, swarf, oily water, aqueous solutions, paper, recycling, and landfill waste. These emissions are quantified using the latest UK Government carbon conversion factors applicable to the corresponding year. Estimates were used where actual data was unavailable, particularly for waste and commuting, based on employee input and reasonable assumptions. Each category is represented in a dedicated sheet, and calculations are handled within a structured Excel environment. In terms of accuracy, our Scope 3 data provides a comprehensive overview of indirect emissions, but the reliability varies depending on the source. Estimated values—especially for commuting and waste—introduce uncertainty due to potential variability and lack of formal verification. Despite these limitations, the methodology is methodical and consistent, leveraging Excel and tools from carbonfootprint.com to enhance transparency and support offset analysis.

No

No - we plan to in the next 1-5 years

In the reporting year, Beverston experienced an increase in greenhouse gas (GHG) emissions compared to previous years. This variation is attributed to several factors, including updates to emission factors, improved data accuracy, and operational changes such as increased production / turnover. Emission factors used to calculate GHG emissions are periodically revised to reflect the latest scientific understanding, leading to changes in reported emissions even if actual activities remain constant. Enhancements in data collection methods, such as more precise tracking of energy consumption and waste generation, have also contributed to more accurate emissions reporting. Additionally, variations in production levels, energy usage, and transportation activities have impacted GHG emissions. To address these changes, Beverston is committed to using the most current emission factors, investing in advanced monitoring tools and employee training to enhance data quality, and implementing initiatives to optimise energy use and reduce waste, thereby lowering emissions.