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A small electronic system is fixed to each sign throughout this project. When a sign goes down or has tipped due to wind an alert with the location of the sign is sent via SMS to a response crew. The response crew is then able to respond within 20 minutes to address the issue, and a notification is then sent…

This contractor has implemented a recycled alternative for rebar protection. With a cradle-to-cradle feature, these are designed to be sustainable and environmentally friendly from the ground up. Made with materials that are not only durable and reliable, but also recyclable and reusable. This means that once the product has served its purpose, it can be recycled and used again to…

This contractor has implemented the ‘hiper pile’ which reduces embodied carbon by reducing the amount of concrete required to maintain the load bearing capacity of the pile. This permits shorter pile foundations which reduces the amount of spoil on site. Being reduced in depth also reduces the risk of augering into water bearing strata. Material volume is reduced by an…

This contractor and their subcontractors created a new solution to retain existing Vehicle Restraint System (VRS) foundations whilst raising the VRS by 180mm. Typically, to raise VRS by 180mm the existing large concrete foundations need to be excavated and removed. This is a significant activity as existing VRS foundations are mostly large lumps of concrete and vary in shape and…

In collaboration with Leeds College of Building, this contractor has developed SEND Guidance for Construction to support inclusivity in the industry. The guidance helps navigate key acronyms, addresses common concerns around Special Educational Needs and Disabilities (SEND), and offers practical ways contractors can get involved. By engaging with this initiative, contractors can help create meaningful pathways to employment for SEND…