Unlock energy efficiency excellence through our 3C Assessments: achieve upwards of 30% carbon reduction on your life science sites, with rapid ROI (often under 3 years) while vitally maintaining compliance at all times. We consider Carbon, Cost and Compliance at every stage.
Through our decades of experience in life science sites around the world, we’ve developed an unparalleled approach to identifying and quantifying the best opportunities to decarbonise your site.
Using proprietary technology we examine your site’s data and perform bespoke energy analysis.
With an on-site (or virtual) visit to follow, our team take this opportunity to transfer knowledge of engineering best practice to your site team and begin the construction of a comprehensive roadmap, complete with a step-by-step plan for delivery.
For any of the final opportunities that we propose, our deep understanding of your site enables us to calculate the exact impact – factoring carbon, cost and compliance into every recommendation presented with a 3C Assessment.
As a result, our clients enjoy fantastic savings, with many assessments identifying carbon reductions greater than 30% of a site’s total carbon profile, enabling them to accelerate their net zero ambitions.
Through our 3C approach, sustainability ambitions become sustainable operations.
Focus efforts on your site’s energy profile.
Our team of experts will gain an in-depth understanding of all energy users and how best to tackle each one, resulting in a comprehensive roadmap that not only lessens the carbon intensity of your site but enables you to make informed decisions to reduce your operational expenditure.
Address the full impact of your on-site operations.
Taking into account all water and energy users, we provide you with the pathway to transform your site’s total sustainability performance!
Dive deeper into a key energy user.
It is no secret that in life science, HVAC is a considerable consumer of your site’s energy and budget! This complex but essential technology requires careful expertise to optimise performance without impacting facility operations.