Surge Chamber Concrete Repair at UK Nuclear Power Station
Project Requirements Our ongoing nuclear power client had identified concrete damage to the surge chamber within the cooling water system exit. Previous repairs had failed and they required a long-term, durable solution for the structure – the site had recently received an extension to its operating lifetime and it was key that the work met […]
Public Sector Concrete Remediation Works
CSC completes next stage of concrete remediation work at North Tees Hospital As concrete repair specialists in the UK we’ve completed additional planned works at the University Hospital of North Tees, following previous repairs to the main ward block, North Wing and buildings housing plant rooms, specialist operating theatres and recovery rooms. The project As concrete repair specialists UK […]
Sika Repairs at North Tees Hospital
CSC Services used a range of Sika Repair mortar and bonding primers to rectify areas across the building where degradation of reinforced concrete has resulted in spalling due to environmental exposure and water ingress. Sika MonoTop 610, a cementitious polymer modified primer was used to protect exposed areas of rebar, and Sika MonoTop 615 was […]
Concrete Remediation at Hinkley Power Station
CSC Services successfully completed a Concrete Remediation Programme at Hinkley Point B Power Station for client EDF Energy. Over ten tonnes of specialist repair mortars and structural strengthening products were used to rectify the degradation of reinforced concrete at various areas across the station. A combination of environmental exposure, water ingress and the age of […]
Sika Repair Mortars used on NHS Contract
CSC Services have completed a scheme of refurbishment work at University of Hospital North Tees using a range of Sika Repair Mortars. This was completed within budget and to strict timescales. Work was planned to ensure public safety and minimise disruption to patient services. Speaking about the work, the Design and Development Manager at North […]
Epoxy Resin Concrete Repair: Sika Crack Injection Waterproofing
During refurbishment works to the soffit of a Sunderland University building over 170 metres of cracks were identified. The team at CSC Services were tasked with emergency repairs, as well as the wood treatment to protect against future problems. A Sika crack injection system was used to seal and repair the overhead cracks. This particular […]
New phase of concrete remediation work completed at North Tees Hospital
We’ve recently completed the next phase of an extensive planned concrete remediation work at the University Hospital of North Tees, following previous successful phases. For this part of the project, we completed refurbishment works on the building which houses plant rooms, specialist operating theatres and recovery rooms. Due to the sensitive nature of the building we were […]
Concrete Protection at North Tees Hospital
CSC Services have been undertaking a programme of work based on concrete protection at University Hospital North Tees. The age of the buildings combined with environmental factors has resulted in spalling of concrete at various areas across the hospital. Defective concrete has been removed and concrete repairs undertaken using cementitious repair materials. To prolong future use of the […]
Restorative Repairs to Victorian Park
Restorative repair work has been completed at one of South Tyneside’s oldest parks, as part of a £3.2 million scheme of work. Work is underway to restore the historic North Marine Park in South Shields to its original Victorian character using Sika FerroGard 903. As part of this programme, CSC Services have been repairing concrete […]
Waterproofing of University Building
As part of a scheme of work to a University building complex, CSC Services have undertaken specialist waterproofing to a lift shaft. Crack injection of a polyurethane resin was used to halt water ingress of the lift shaft walls at Teesside University’s Printworks building. Injection points of 100mm depth were drilled at the leak source. […]
