If you have a commercial, industrial, infrastructure or heritage structural repair enquiry, contact us now. We will respond within one working day. Please note we do not provide services for domestic properties.
Business enquiries:
The construction industry is one of the largest contributors to global CO2 emissions. Traditionally, when a building reached the end of its perceived design life or suffered from structural decay, the default response was demolition and reconstruction. However, the “embodied carbon” – the total greenhouse gas emissions generated to produce the original concrete, steel and masonry – is permanently lost when a building is razed. Demolition and new construction create a massive carbon spike that modern sustainability targets can no longer ignore.
The greenest building is the one that already exists. Asset preservation is no longer just about maintenance; it is a critical component of environmental ESG (Environmental, Social and Governance) strategy. By repairing and strengthening existing structures, we can avoid the carbon-intensive process of manufacturing new cement and steel.
The challenge for asset owners is determining whether a building is structurally viable for a second or third lifecycle. Without an engineered plan for preservation, many buildings are prematurely condemned, leading to unnecessary capital expenditure and a devastating impact on the environment.
Structural Repairs provides a high-level consultancy and engineering service to help asset owners transition from “demolish and replace” to “preserve and repurpose.” We combine structural health data with embodied carbon calculations to create a roadmap for long-term building viability.
Embodied carbon is the CO2 emitted during the mining, refining, manufacturing and transportation of building materials like steel and concrete. Once a building is finished, that carbon is “spent.” If you demolish the building, you waste that investment and must emit a massive amount of new carbon to replace it. Asset preservation keeps that original carbon investment working for you.
A typical structural retrofit can save between 50% and 75% of the carbon emissions compared to a new-build project of the same scale. By reusing the foundations and primary structural frame, you eliminate the most carbon-intensive phases of the construction process.
Yes. Through structural “up-cycling,” we can use advanced composites and targeted strengthening to bring old buildings up to modern Eurocode standards. We can increase floor load capacities, improve seismic resistance and fix legacy defects like RAAC or carbonated concrete, making the building as safe and functional as a new-build.
In most cases, yes. While the engineering required for a complex retrofit is highly specialized, the total project cost is often lower than the combined cost of demolition, waste disposal and new construction. Furthermore, with the introduction of carbon taxes and green building certifications, preserving your asset provides long-term financial protection against changing environmental regulations.
