What does Decarbonisation Really Mean for Irish M&E Engineering?

October 2, 2024 Published by Tritech Engineering

Everyone is doing right by the planet lately. Everyone is reducing, reusing and recycling. Everyone is trying to be greener than their competitors. And everyone can’t wait to tell you all about it…

The construction industry remains one of the largest contributors to environmental damage. Issues like energy consumption, waste generation, resource depletion, and carbon emissions continue to weigh heavily on the sector’s environmental impact.

But what can mechanical and electrical engineers actually do to transform this essential industry into one that’s greener, cleaner, and more efficient?

M&E engineers have the power to lead this change. As engineering contractors, our role is to implement sustainable, carbon-reducing methods that go beyond the superficial. Decarbonisation is not just about ticking boxes for recycling or energy efficiency; it’s about embedding sustainability into every stage of a project.

Going Beyond Operational Carbon

Decarbonisation in M&E engineering requires a comprehensive approach to reduce both embodied and operational carbon. Operational carbon, generated during a building’s use, is often the most obvious target. Through heat recovery systems, smart grids, and advanced Building Management Systems (BMS), we can significantly reduce energy waste and cut carbon emissions.

But operational efficiency is only part of the equation. Addressing embodied carbon is just as critical. This refers to the emissions tied to material extraction, manufacturing, and construction processes. This is where Tritech’s focus on off-site modular construction plays a crucial role.

Off-Site Manufacturing for Sustainable Construction

Off-site modular construction enables Tritech to reduce waste and energy consumption by assembling components in controlled environments, ensuring precision and optimising material usage. This approach minimises excess and reduces transport emissions through fewer site deliveries, while shortening on-site installation time to lower the project’s overall carbon footprint.

Streamlining with Technology

Technology plays a crucial role in Tritech’s decarbonisation efforts. By leveraging advanced tools such as AI, virtual and augmented reality, and Modern Methods of Construction (MMC), we streamline processes, reduce errors, and enable real-time carbon emission tracking, allowing for data-driven decisions that minimise environmental impact. Sustainable materials, like recycled aluminium, combined with 3D models in BIM (Building Information Modelling), help reduce waste and rework, contributing to lower carbon footprints. The Reflector Building at Hanover Quay exemplifies this approach, achieving LEED Gold V4 accreditation and A3 BER certification. Using BIM Level 2, Tritech optimised mechanical services and managed the BEMS strategy for efficient asset control, meeting sustainability goals while maintaining flexibility for future tenant subdivisions.

A Long-Term Commitment

Decarbonisation isn’t just a target for the future; it’s a critical and urgent task for today. As ISO 14001 certified M&E engineering contractors, we are dedicated to implementing practical, results-driven solutions that reduce carbon at every stage of the construction process. By optimising methods, minimising waste, and using sustainable materials, we ensure that our projects are environmentally friendly and operationally efficient.

Get in touch to find out more about our commitment to sustainable engineering.