Automotive &
Aerospace
Climate action strategies for aerospace and automotive operations with complex processes, demanding standards and ambitious targets. Aerospace decarbonization starts with a FAST assessment: a full decarbonization roadmap in under 8 weeks.
Trusted By Leading Organizations
Aerospace and automotive operations face pressure from every direction: volatile energy prices, OEM and customer ESG requirements, and reporting obligations such as CSRD.
Our engineers work on site to find the savings hiding in your processes, then help you deliver them. We build practical, costed roadmaps aligned with CapEx planning and stay with you through implementation.
High dependency on LPG and grid electricity across a precision repair environment, with the majority of the facility’s footprint sitting in Scope 3, purchased goods, packaging and air freight.
Site metering existed but data quality and system upkeep had slipped, and there was no validated emissions baseline to plan capital investment against.
The parent group held ambitious science-based targets, but the route from a corporate commitment to concrete decisions on a single site was unclear.
Year 1: establish a systematic carbon management framework — develop and certify an ISO 50001 energy management system, deploy advanced metering and the EnergyBee platform for data visibility, and validate significant energy users.
Year 2: deliver high-impact capital projects including heat recovery to displace fossil fuels, compressed-air and cooling upgrades, and a roof replacement to enable on-site solar.
Years 3 to 5: roll out on-site and off-site solar PV, supplemented by a Virtual Power Purchase Agreement for full renewable coverage, alongside a structured supplier engagement programme to address the Scope 3 footprint.
This automotive manufacturer produces turbochargers and supercharger wheels for premium car brands.
The site uses extensive energy in its foundry process. The Significant Thermal Energy Users are Furnaces operating at 2,500 deg F, Dehumidifiers, HVAC Systems and general plant heating.
The site was mature from an Energy Management perspective but was struggling to identify the next key cost and carbon reduction projects.
Climeaction undertook our FAST program followed by implementation of CAaaS.
We focused on furnaces first in a staged manner:
Reduce Energy Demands – implemented O2 trim combustion control to modulate combustion air according to demands and maintain process critical setpoints – reduced energy demands by almost 70%.
Capture Waste Heat from Furnaces – Installed an economizer on the most modern furnace to recover heat at 200 deg F to a hot recovery system to supply heat to HVAC, Dehumidifiers, Offices & Canteen – reduced energy demand of other users by 95%.
Some supplemental heat required when production down.Other Utilities Upgrades – Implemented 15 No small low / no cost measures across Process, Compressed Air, Pumps & Motors – resulting in a 7% reduction in overall site energy demands in year 1 and 5% in year 2.
FAQs
Let’s talk
Tell us about your site, your production constraints and the targets you are working to, and a member of our team will come back to you.
Through a combination of data-driven insights and innovative approaches, we work closely with you to reduce carbon, save energy, and increase profits.
Ireland
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