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This contractor is using high strength lasers to clean rust and imperfections from existing steel beams and columns to prepare them ready for new intumescent paint coverings. This is a technique not ordinarily used on construction sites with its primary application in factory’s or workshops. This is quicker than tradition sand blasting, scrapping and buffing away or stripping with chemicals….
This contractor is actively utilising the PEX plumbing system across live residential projects, specifically for apartment heating, hot water supply (HWS), and boosted cold water systems. This advanced system simplifies installation, improves safety, and enhances overall productivity. The system is designed for jointless installation, significantly reducing the risk of leaks. It is lighter than traditional pipework, features colour-coded lagging for…
This contractor installed panels that are prefabricated in a controlled factory environment, ensuring high accuracy, zero weather delays, and superior quality compared to traditional on-site methods. This enables construction of up to 15 storeys with installation rates of under two weeks per floor, significantly reducing project timelines, as well as accommodating complex architectural features such as balconies, cantilevers, pitched or…
This contractor is using Schindler R.I.S.E, which is a self-climbing robot designed to navigate elevator shafts independently while installing components with precision and speed. Equipped with tools to drill holes and install anchor bolts, Schindler R.I.S.E significantly reduces human involvement in this part of the construction process, removing workers from the noisy, repetitive, and dusty tasks of drilling and setting…
This contractor replaced traditional PE100 pipes with Glass Reinforced Plastic (GRP) pipes in steel viaducts. GRP is a newly emerging material that offers superior structural performance, allowing for longer unsupported spans. As a result, the number of pipe hangers required has been reduced from 211 to 102, with supports now only needed at the level of the transoms (transversal beams)…
This contractor is using a lightweight, panelised brick facade system that replicates the appearance of traditional brickwork while delivering significant performance and sustainable advantages. Manufactured without kilns, the panels combine cement, aggregate and other materials producing a class A1 non-combustible, visually identical to a brick. The system reduces wall build up, improves thermal performance and can be installed faster and…
This contractor is implementing long-term structural and geotechnical monitoring to enhance the value of the constructed piles. Fibre optics have been installed in piles and columns over a land and marine environment and soil sensors grouted in beneath the concrete basement slab and pile caps to measure ground bearing pressures. This use of the technology has not been used before…
On this project they have been using Disperse, which is an AI progress tracking system and 360 degree image recognition system capturing site images from a fixed location on a weekly basis. It enables automated progress tracking, detailed reporting, and long-term data retention to support post construction management. Disperse has transformed team collaboration on the project by breaking down information…
In partnership with Net Zero Facades, this contractor developed an offsite method for manufacturing SFS panels, arriving fully assembled with boarding, windows, insulation, brackets, and rails. This controlled factory process improves safety, reduces waste, and ensures precision. Onsite waste and skip exchanges are significantly reduced, along with fewer material deliveries. This initiative supports environmental targets and improves efficiency and marks a…
The site team has developed a formal method for securely fastening concrete lines to aluminium shoring system decks, enhancing the conventional practice of wedging the line between a timber section and a waler secured with Dywidag ties. This improved method eliminates the risk of unintended lateral movement by ensuring the pipe is securely positioned within a designated hanger. Additionally, the…
Measuring complex areas with traditional tools and transferring scribbled data to the clipboard and pen has so much potential for error. This contractor is using Moasure which is a motion-based measuring tool. Built using high performance inertial sensors, packed into a device that fits in the palm of your hand. As you touch down from one point to another this…
This contractor is using the InteWall Intelligent Drylining System which is a pre-panelised internal partition solution developed by British Gypsum. This is designed to integrate (MEP) services within the wall structure itself, reducing the need for secondary fix or disruptive modifications. This streamlines installation and coordination between trades. The system is manufactured off site, improving quality control, reducing on-site labour,…
On this project they have implemented post-tensioned concrete construction to extend existing reinforced concrete slabs. Post-tensioned concrete is one of the most efficient and sustainable types of concrete construction, using 15% less concrete and up to 40% less steel than an equivalent traditional reinforced concrete flat slab. Prioritising low-carbon strategies, the original 1980’s reinforced concrete frame and existing facade are…
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…