Sustainability isn’t a statement. It’s a direction and a decision. If you’re planning a logistics, industrial or high-tech facility and want to reduce embodied carbon without compromising performance, our engineering team can help.
Sustainability by Design
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Because every square metre matters.
Concrete has a footprint.
We engineer it smaller.
The construction industry has a heavy footprint. It’s time we lightened the load.
Concrete is one of the most widely consumed materials on Earth and with that comes a significant carbon responsibility. At Twintec, sustainability is not a buzzword or an afterthought. It is engineered into every slab we design and deliver.
By optimising our concrete floor slab designs through advanced engineering, we reduce the volume of concrete and steel required without compromising performance, durability, or operational efficiency.
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Better By Design
Design Optimisation is the Key to Sustainability
Design optimisation is essential to sustainability and supports carbon neutral targets. For new logistics or industrial facilities, the concrete floor slab design must be optimised to meet specific operational requirements and sustainability must be considered at the earliest concept stage.
Twintec designs with the full lifecycle in mind:
Optimised slab thickness and reinforcement to achieve the lowest material consumption
Environmentally sustainable materials to reduce embodied carbon
Designed for life cost: longevity and low maintenance
Improved operational efficiency through performance-led design
The Twintec ECO Freeplan® (SFRC jointless concrete floor slab) and ECO Ultimate (seamless slab) combine advanced design solutions with optimised materials and refined construction processes to deliver an overall reduction in embodied carbon.
Key Sustainability Impact
Measurable sustainability outcomes delivered through engineering-led design:
~30% average embodied carbon reduction using optimised slab design compared to traditional mesh-reinforced slabs
Up to 66% lower embodied carbon achievable in select projects through combined design optimisation, reduced slab thickness and repurposed fibre reinforcement
~7% reduction in concrete volume achieved in major slab projects through design efficiency
~71% reduction in steel reinforcement weight achieved compared to conventional reinforcement methods
63% faster construction delivery on some projects, reducing site time and associated emissions
6+ million m² of floor slabs produced annually, engineered with performance and sustainability in mind
Circularity In Action
Turning End-of-Life Tyres into High-Performance Flooring Solutions
Circularity isn’t a future ambition it’s a decision we can make today. End-of-life tyres represent one of the largest untapped circularity opportunities in construction. At Twintec, we actively incorporate repurposed tyre-derived steel into our engineered flooring systems, transforming waste into high-performance reinforcement.
By reusing valuable materials already embedded in end-of-life tyres, we reduce reliance on newly manufactured steel and help lower the embodied carbon footprint of every slab we deliver without compromising strength, durability, or performance.
For our clients, this means sustainability isn’t an added feature. It’s built into the slab from the start.
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with a request body that specifies how to map the columns of your import file to the associated CRM properties in HubSpot.... In the request JSON, define the import file details, including mapping the spreadsheet's columns to HubSpot data. Your request JSON should include the following fields:... entry for each column.
Sustainability In Action
Watch the Twintec Case Study
Want to see how Twintec delivers sustainability through real-world engineering and measurable outcomes?
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with a request body that specifies how to map the columns of your import file to the associated CRM properties in HubSpot.... In the request JSON, define the import file details, including mapping the spreadsheet's columns to HubSpot data. Your request JSON should include the following fields:... entry for each column.
Ready To Reduce The Embodied Carbon Of Your Next Project?
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with a request body that specifies how to map the columns of your import file to the associated CRM properties in HubSpot.... In the request JSON, define the import file details, including mapping the spreadsheet's columns to HubSpot data. Your request JSON should include the following fields:... entry for each column.