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Technocover Ltd

Physical Security for Infrastructure (2016)

Smart innovation and site-efficient solutions to any scale - delivered at lowest cost
By: Terry Batten
Published: October 1, 2016

LPCB certificated SR3 UltraSecure mesh cage system

The physical security of assets on infrastructure sites is reaching new levels of sophistication and technical challenge. Utilities and other critical industries are systemically ‘hardening’ their operations, above and below ground, against identified risks of attack or infiltration by the criminal, saboteur or terrorist. Not only are the challenges growing in scale, clients are also demanding even greater functionality, adaptability and speed of installation from security enclosures, access covers and associated products for protecting vital process, storage and distribution assets.

‘Total service’ providing lowest cost solutions

Above or below ground, new build or retrofit, small or large: Technocover has unmatched design, production and installation capabilities to deliver right-first-time, lowest cost solutions answering every physical protection challenge.

How our ‘Total Service’ works to deliver the lowest cost solution:

  • Early involvement and close collaboration with the project team ensures every opportunity to value-engineer and rigorously plan solutions. This ensures efficient, problem-free installation incurring minimum site impact and asset downtime.
  • System design and manufacture is refined to address the full range of project considerations: identifying and resolving site access and installation constraints addressing health & safety and operational needs.
  • 3D modelling allows design verification of standard and complex assemblies and coordination with the client design teams if required.
  • Flexible build and installation options ensure most efficient solution to suit site logistics – from full factory build complete with M&E services, to part-built systems finished on site for ‘dropping’ over existing assets, or flat pack delivery for traditional installation.
  • With advanced steel fabrication facilities and delivery fleet, we can take on complex and large off-site builds under quality management factory-controlled conditions. This reduces client/subcontractor costs while alleviating site safety and project management risks.
Large UltraSecure drop-on multiple upstand cover

Large UltraSecure drop-on multiple upstand cover

Lowest cost in practice No 1: Value engineered UltraSecure cover installation

The client’s initial layout for this multiple-leaf access cover was overly complicated, with 14 inspection points and 8 personnel access points. Through early consultation with us, we were able to CAD model a much leaner solution, reconfiguring and value engineering the design to provide all required personnel, inspection and plant access without conflicts. This saw a reduction from 32 to 15 covers, resulting in a cost saving to the client in excess of 20%.

Our UltraSecure LPCB approved new generation of modular covers allow unprecedented scope in the size, number of leaves, and provision of inset lids for inspection, personnel entry, spindle valves – all as a standard solution.

Lowest cost in practice No 2: Factory-built, fully fitted UltraSecure enclosures

For this utilities project, four kiosks were pre-built and pre-fitted with electrical and Heating & Ventilation services, tested and certificated under factory-controlled conditions. Through early consultation and careful planning of equipment delivery, lifting and installation was completed in just three days, saving up to five days programme time.

The kiosk build was completed under ISO9000 quality management at our Mid-Wales factory, including service fit-out. With a 27m2+ footprint & weighing 4.6 tonnes, the largest was engineered and constructed in two halves for simple bolt down and connection to site power.

Our factory-assembled, ‘plug and go’ security kiosks are fully fitted-out prior to delivery with all required M&E. On site, they simply need bolting to their foundations and connection to mains power, saving labour and programme time.

UltraSecure drop-over modular building installation

UltraSecure drop-over modular building installation

Lowest cost in practice No 3: ‘Drop-on’ UltraSecure enclosures

These UltraSecure enclosures reduced off-line time on security upgrades at this utilities site from around four weeks to just one day. The larger kiosk was designed to fit with minimal tolerance over the existing asset and with minimal extension of footprint, being assembled on site and craned over.

Reducing installation time and operational downtime provides significant programme benefits – it removes the associated cost, health and safety, and security impacts when extended time is spent on the asset upgrade.

Our large LPCB enclosures have removable roofs, while all enclosures have the option of our new louvre system, which provides excellent yet secure free airflow.

UltraSecure modular building in position over existing structure

UltraSecure modular building in position over existing structure

Loss Prevention Certification Board (LPCB) approved mesh cages

Technocover’s LPCB approved mesh cages provide naturally vented security of plant and visibility of the asset at all times. With extensive size and accessory options, including operational compliant sliding doors, they are a cost and time-efficient way to harden existing assets without dismantling structures and disrupting site operations.

The photograph (below) shows a full five-sided (with security gates and roof) UltraSecure LPCB mesh enclosure hardening the security of chemical storage, with a sliding door to accommodate delivery vehicle access due to site constraints.

UltraSecure mesh cage system with sliding gate

UltraSecure mesh cage system with sliding gate

Our UltraSecure LPCB mesh enclosures provide unlimited sizes within their certification scope: from a simple two-sided structure against an existing building, to a full, stand-alone, multi-sided structure with roof providing secure encapsulation of existing buildings or processes, inside and out.

The photograph shows UltraSecure LPCB vertical partitions with single leaf hinged mesh panel padlocking outward opening doors providing protection of transformer installation.

UltraSecure LPCB certificated vertical mesh partitioning with entry gates

UltraSecure LPCB certificated vertical mesh partitioning with entry gates

Improved features, extensive size options

Technocover is scaling up to the growing security challenges of today’s infrastructure site; and so is the scope of the company’s LPCB certification to the latest LPS1175 test update (Issue 7).

Technocover’s leading range of UltraSecure doors, modular enclosures, cabinets, kiosks, cages systems and access covers offer versatile sizing and configuration options, plus wide choice of locking, operational, and health & safety features for customisation to client needs – all within the scope of their LPCB certification.

UltraSecure covers: Bigger & more versatile

Exclusive to Technocover, the new, wider single span design of our multiple leaf drop-on covers features simplified support structures, meaning less material and installation time. This significant development enhances our lowest cost proposition on large access covers all within the scope of their LPCB certification to issue 7. We also offer greater scoping in the sizes of valve spindle covers and hatches available for multiple cover assemblies.

The photograph (below) shows a large UltraSecure upstand cover assembly, single span multiple ‘drop-on’ access covers with in-line hinged twin leaf personnel inspection access hatch lids.

UltraSecure LPCB certificated SR4 upstand assembly with hinged access covers

UltraSecure LPCB certificated SR4 upstand assembly with hinged access covers

Sentinel LPCB doors: Larger sizes, more accessories

LPCB issue 7 certified single and twin leaf doorsets with optional accessories including head blanking plates and louvre vents – now offering bigger sizing scope. Certified entry and exit locking control systems as well as louvre vents and vision panels.

UltraSecure cabinets: New features, more accessories

Improved functionality is offered by our UltraSecure cabinets under the scope of their LPCB certification to issue 7. These include sloped cabinet roofs, shedding water away from the access doors to the rear, for the comfort of personnel carrying out maintenance and inspection. There are new louvres, lockable cat flaps, cable entry cowls plus padlocking and key entry options.

(left) UltraSecure plug and go walk-in modular security kiosk and (right) UltraSecure drop-over twin door cabinet/enclosures

(left) UltraSecure plug and go walk-in modular security kiosk and (right) UltraSecure drop-over twin door cabinet/enclosures

UltraSecure Sentinel security doors with SR3 & SR4 vision panels

UltraSecure Sentinel security doors with SR3 & SR4 vision panels

Technocover: Your total service partner for lowest cost physical security for critical infrastructure

For over 25 years, Technocover Ltd have refined a total service experience bar none, closely partnering the client’s project team from site survey, early planning and design, through to delivery, installation and in-service maintenance.

This paper was prepared by Terry Batten, Marketing Manager with Technocover Ltd. All photographs are courtesy of Technocover Ltd.
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Lochmaddy WTW (2019)
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Affinity Water Metaldehyde Removal Project (2018)
One of Affinity Water’s long-standing water treatment works (WTW) is to be upgraded following successful completion of industry leading research and development trials. By utilising a pioneering new technology, Affinity Water will be able to continue to deliver a high quality supply of water for customers and communities whilst continuing to operate a robust treatment […]
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Ayrshire Resilience Scheme: Phase 2 Highlees (2018)
During investment period 2016/17, Scottish Water commenced the first phase of construction on a £120m investment project known as the Ayrshire Resilience Scheme, designed to improve the resilience of the drinking water network throughout much of Ayrshire and parts of East Renfrewshire. Once complete, this scheme will benefit more than 200,000 Scottish Water customers. Caledonia […]
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The Elan Valley Aqueduct (EVA) is a Victorian water structure built between 1893 and 1904. The aqueduct transports water entirely by gravity from the Elan Valley in Wales to Frankley Water Treatment Works in Birmingham, and comprises a combination of cut and cover conduits, siphons and tunnels. Over 100 years on and this aqueduct still […]
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Blackpool South Surface Water Strategy (2018)
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Cheddar Pumping Station (2018)
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Cowleigh Distribution Service Reservoir & Lower Wyche Pipeline (2018)
Cowleigh Distribution Service Reservoir (DSR) and Lower Wyche DSR are located to the north and south of Great Malvern, Worcestershire and are overlooked by the Malvern Hills. Cowleigh DSR receives water from Powick Pumping Station and the Southern Strategic Main, whilst Lower Wyche DSR receives water from Bromsberrow WTW which is borehole site. Severn Trent […]
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Deephams STW - A630 Major Upgrade (2018)
Thames Water’s Deephams Sewage Treatment Works (STW) is located in Edmonton, North London and treats a 989,000 population. Three drainage catchment areas of Lea Valley, High Barnet and Tottenham flow to the works, the ninth largest plant in the UK. The original effluent treatment process was built between 1956-1966 and had been updated at various […]
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East Tanfield STW (2018)
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Glascoed WTW (2018)
Welsh Water’s Glascoed Water Treatment Works (WTW) is situated south of the village of Bodelwyddan in the county of Denbighshire. It was commissioned in 1994, with additions made in 1995 and 2009. The works supplies up to 20 Ml/d to customers along the North Wales coast. The works receives its supply of raw water from […]
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Highworth WwTW (2018)
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Irton WTW (2018)
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Melbourne WTW - High Lift Pump Sump Bypass (2018)
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North Wales Sludge Strategy & Five Fords AAD (2018)
Welsh Water set out its vision in its Sewage Sludge Strategy 2040 how it intended to deal with the number one waste management challenge all water utility providers face, the sustainable management and disposal of wastewater sludges. With ever tightening nutrient and heavy metal limits on agricultural usage, and more pressure than ever for companies […]
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Ogston WTW (2018)
Ogston Water Treatment Works (WTW) is located at Stretton, Higham in Derbyshire and it provides treated water to Higham, Ambergate and Whiteborough Reservoirs. The maximum works output is 76 mega litres per day (MLD) with an output for the New works DAF (dissolved air flotation) plant of 50 MLD. As part of the AMP6 coagulation […]
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Preston WwTW (2018)
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Prioress Mill Raw Water Pumping Station (2018)
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Rivelin WTW - Sirofloc Replacement: Part 2 (2018)
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Tynywaun WTW (2018)
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Usk Spillway Upgrade (2018)
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Woodgate Hill Service Reservoir No. 2 (2018)
Woodgate Hill Service Reservoir No. 2 (SR2) was commissioned in 1963, providing a total capacity of 269Ml and a throughput that equates to 20% of the regional water demand. The reservoir was built in to the hillside with an excavation of around 380,000m3. With a footprint of 47,000m2, at the time of construction, Woodgate Hill […]
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Woolston WwT Scheme - Part 3 (2018)
Built in 1966, Woolston Wastewater Treatment Works (WwTW) uses a conventional Activated Sludge Plant (ASP) to treat sewage flows from part of the Southampton conurbation. Serving a population of approximately 62,000, the site occupies an area of 1.26 hectares. The existing sewerage system which feeds into the WwTW collects both wastewater and stormwater from the […]
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Affinity Water Pesticide Removal (2017)
Affinity Water’s largest water treatment works (WTW) is being upgraded as part of their AMP6 business plan to ensure they continue to provide a robust treatment solution for the removal of pesticides from water abstracted from the River Thames. The scope of the works is to increase the granular activated carbon empty bed contact time […]
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Ambergate Strategic Service Reservoir Renewal: Phase 2 (2017)
The existing Ambergate Reservoir was commissioned in 1907 and formed a part of the Derwent Valley Aqueduct receiving water from the Upper Derwent Valley. Water treated at Bamford WTW is delivered to Ambergate Reservoir by gravity via the aqueduct. The existing reservoir had a capacity of 128Ml supplying water to the cities of Derby, Nottingham […]
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Axford & Ogbourne WTWs (2017)
Thames Water Utilities Ltd (TWUL), in consultation with the Environment Agency (EA) committed to cease Kennet Aquifer abstraction at Ogbourne WTW and reduce abstraction at Axford WTW by 31st March 2017. The Ogbourne licence has been reduced to zero whilst the Axford licence has been changed to a sliding scale dependent on flows in the […]
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Beckton to Riverside Sludge Mains Refurbishment (2017)
Thames Water Utilities Limited (TWUL) currently transfer a proportion of the wastewater sludge generated by Beckton Sewage Treatment Works (STW) in East London to Riverside STW using 2 (No.) 8km buried pipelines. These twin pipelines were originally installed in the late 1960s to pump sludge in the opposite direction from Riverside to Beckton where it […]
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Bickerstaffe Pumping Station (2017)
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BRP - Elan Valley Aqueduct (Bleddfa) - Birmingham Resilience Project (2017)
At the height of the industrial revolution, Birmingham’s population was booming. Between 1800 and 1900, the city had grown substantially. An innovative solution was needed to provide its residents and industries with safe drinking water. James Mansergh had identified the Elan Valley as a source for water. With Birmingham located so far in land, the […]
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BRP - PAC Dosing System - Birmingham Resilience Project (2017)
Frankley Water treatment Works (WTW) provides a potable water supply to the metropolitan area of Birmingham, and has done so for over a century. Currently it treats water that is conveyed by gravity from the Elan Valley in Powys, Wales. Severn Trent Water is in the process of upgrading Frankley WTW to accommodate a new […]
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Bristol Road Sewer Pumping Station (2017)
Burnham Jetty is the only ‘poor’ bathing water site in the Wessex Water region as categorised by the EU Revised Bathing Water Directive. Wessex Water has been working with the Environment Agency and committed £39 million to 12 schemes to improve this rating. Bristol Road Sewer Pumping Station (SPS) and Combined Sewer Overflow (CSO) rebuild […]
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Davyhulme WwTW Modernisation Project (2017)
Davyhulme WwTW is United Utilities’ largest wastewater treatment works, which serves over one million people in Greater Manchester; it has been undergoing a £200 million modernisation process, which started on site in 2015 and is now close to construction completion. The upgrade is required to ensure it complies with tighter discharge consents and the impact […]
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Farlington WTW (2017)
Portsmouth Water’s Farlington WTW dates back to 1909 and provides potable water to more than 280,000 people and many businesses in the Portsmouth and Havant area. Farlington’s supply is derived from the springs, which are believed to be the largest spring source in Europe. In April 2015 Portsmouth Water issued a tender based on an […]
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Gorbals Pumping Station and Drumboy Hill DSR (2017)
Scottish Water has undertaken a £120m drinking water improvement scheme in Ayrshire to meet water quality compliance objectives and provide increased resilience of supply to five operational areas. The scheme involves the transfer of water from the Milngavie WTW located north of Glasgow to the Ayrshire region southwest of the city. The scheme makes use […]
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Howden Mini Hydro Electric Project (2017)
Howden Reservoir is the first of three reservoirs owned by Severn Trent Water in the Upper Derwent Valley. The reservoir is bounded at its southern end by Howden Dam which impounds the River Derwent and overflows to Derwent Reservoir which in turn overflows to Ladybower Reservoir. Work commenced on the dam’s construction on 16 July […]
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Masonry Reservoir Spillway Refurbishment (2017)
The innovative use of a spray applied structural concrete ‘shotcrete’ lining is a cost and programme effective alternative to ‘traditional’ in situ or precast concrete repair, or re-construction of masonry reservoir spillways. This construction methodology was used successfully across three masonry spillways of varying geometries to prolong the operational life of the ageing structures, whilst […]
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Mogden STW (2017)
Mogden Sewage Treatment Works is the second largest in the UK. The first phase was built between 1931 and 1935 at a cost of £1.7 million and covers an area of 55 hectares. The facility treats wastewater from a population equivalent of 1.9 million across a 60 square mile catchment area of north and west […]
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Netheridge STW (2017)
Netheridge Sewage Treatment Works (STW) is one of Severn Trent Water’s key sites in the south west of the region serving the city of Gloucester, discharging final effluent to the River Severn. The works currently serves a population equivalent of 197,940 which is predicted to increase to 218,815 by the 2034-35 design horizon. The site […]
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Tamar Lakes ‘Q’ Scheme (2017)
Tamar WTW was constructed in the mid 1970s and is located on the Cornwall/Devon border near Bude/Kilkhampton. Raw water is transferred to site by gravity pipework from Upper Tamer Lakes Reservoir. The works has a maximum output of 9.0 Ml/d and treated water is pumped by 2 (No.) sets of on-site high lift pumps to […]
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Tideway Central - Vessel Relocation (2017)
London’s sewerage system was designed by Sir Joseph Bazalgette in the 1850s, for a population of four million people. Whilst the Victorian sewers are still in excellent working condition, they are struggling to cope with the demands of the city’s growth. Every year, tens of millions of tonnes of raw sewage pour into the River […]
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Tynywaun WTW (2017)
Tynywaun WTW is located at the north end of the Rhondda Fawr Valley, at the base of the Rhigos Mountain, in the village of Tynewydd at an elevation of 1,000 feet. Water treatment works have operated at the Tynywaun site since 1906 and the existing works was last refurbished during the 1990s, with new filters […]
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Woolston WwT Scheme - Part 2 (2017)
Built in 1966, Southern Water’s Woolston WwTW uses conventional activated sludge plant (ASP) to treat sewage flows from part of the Southampton conurbation, serving a population of approximately 62,000 people. The site occupies an area of 1.26 hectares. The existing sewerage system which feeds into the WwTW collects both wastewater and stormwater from the Woolston […]
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Beckton STW (2016)
In May 2015 Thames Water Operations identified emergency works on Activated Sludge Plant (ASP) 2 at Beckton STW in east London. The work was necessary to address the asset health and resilience of the treatment works, meet performance commitments and ensure satisfactory sludge disposal. The project was a fast track design and implementation with early […]
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Bryn Cowlyd WTW (2016)
Welsh Water’s Bryn Cowlyd Water Treatment Works (WTW) is located near Dolgarrog village in the Conwy Valley. The site sits on the eastern side of the Carneddau mountain range on the outskirts of Snowdonia National Park. The existing works on the site was commissioned in 1998 and can deliver up to 46Ml/d of clean water […]
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Davyhulme WwTW Modernisation Project (2016)
Located in the North West of England, Davyhulme wastewater treatment works (WwTW) is United Utilities largest works, serving over 1 million customers across Greater Manchester. The works are currently facing several future challenges, namely (i) the tightening of the ammonia (NH3) permit limit from 3mg/l to 1mg/l to comply with the requirements of the Freshwater […]
case-study
Dundry Reservoir & Pumping Station (2016)
Dundry Reservoir and Pumping Station is located just 6 miles south of Bristol and provides a reliable supply of potable water to a population of circa 8000 located in the villages of Dundry, Highridge and Withywood. The original reservoir built in the 1950s did not have sufficient capacity for operational and emergency storage to meet […]
case-study
Farlington WTW (2016)
Portsmouth Water’s Farlington WTW dates back to 1909 and provides potable water to more than 280,000 people and many businesses in the Portsmouth and Havant area. Farlington’s supply is derived from the springs, which are believed to be the largest spring source in Europe. Raw water is chlorinated at the spring source pumping stations. At […]
case-study
Five Fords WwTW (2016)
Five Fords WwTW is a sewage works just outside Wrexham in north-east Wales blending passive and activated sludge treatment. The works is named because there are five fords crossing the River Clywedog (Afon Clywedog) locally. The works covers a large area of land and is neighbour to fields leased to local farmers. The sewage treatment […]
case-study
Grafham WTW Resilience (2016)
Grafham WTW is located near Huntingdon and serves a population of 829,000, including Northampton, Huntingdon and Bedford. It is estimated that approximately 614,000 of these would be affected by a major outage at Grafham WTW. As part of Anglian Water’s AMP5 Final Business Plan programme, the Grafham WTW Resilience scheme was identified to mitigate the […]
case-study
Highbridge SPS Stormwater UV Disinfection (2016)
Being classed as ‘poor’ quality, the bathing water at Burnham Jetty was predicted to fail under the revised Bathing Water Directive (rBWD). Investigations during AMP5 showed that improvements to sewage overflows at Highbridge and Bridgwater were necessary to improve compliance; with disinfection of the stormwater discharge at Highbridge Sewage Pumping Station (SPS) being identified for […]
case-study
Jackson’s Edge Service Reservoir - Compartment 1 (2016)
Jackson’s Edge Service Reservoir (SR) is a water supply scheme that will provide increased security to the network through the provision of a new 18Ml capacity, twin compartment SR on the site of the existing 103 year old SR. The £7.5m project has adopted a Design for Manufacture and Assembly (DfMA) approach, saving approximately £2m […]
case-study
Lee Tunnel - Flow Transfer System (2016)
Thames Water’s Lee Tunnel will create a cleaner, healthier River Thames by capturing combined sewer overflows at Abbey Mills Pumping Station, preventing 16 million tonnes of stormwater and sewage from being discharged into the River Lee each year. Up to 385,000m3 of stormwater and sewage will be stored in the 7km long tunnel and transferred […]
case-study
Liverpool WwTW (2016)
United Utilities’ (UU) flagship sequencing batch reactor (SBR), constructed in the Wellington Dock heritage site is now complete and in successful operation. The £200mn Liverpool WwTW upgrade scheme has delivered a state-of-the-art works to improve the quality of the water in the River Mersey. The project was part of the £3.6 billion invested by United […]
case-study
Mayflower WTW (2016)
South West Water (SWW) has started construction on a new £60m state-of-the-art water treatment works in Devon, the company’s flagship project in its 2015-2020 business plan. Mayflower WTW will use cutting-edge treatment processes, designed and developed by leading Dutch water technology company PWNT and will serve around 250,000 customers in Plymouth and the surrounding area. […]
case-study
North Tawton STW (2016)
South West Water (SWW) is currently participating in a National Programme of Trials to investigate the feasibility of using new technologies to achieve very low phosphorus (P) levels in final effluent discharged from sewage treatment works. The trials, which are funded under the Phase 4 NEP, are organised by UK Water Industry Research (UKWIR) to […]
case-study
Rivelin WTW - Sirofloc Replacement: Part 1 (2016)
Rivelin WTW provides drinking water for a population of approximately 200,000 in Sheffield. The raw water feeding the works is a blend of water from the Derwent Valley via Ladybower Reservoir and the local catchment via Rivelin Reservoir. The quality of the raw water has deteriorated in the period since the current plant was built […]
case-study
Southport Demand Monitoring Zone Strategy (2016)
Southport is a large seaside town that lies on the Irish Sea coast approximately 20 miles north of Liverpool. With a population over 100,000 Southport is the eleventh most populated settlement in the north-west of England. At the turn of the 19th century the area became popular with tourists due to the easy access from […]
case-study
Sunnyhurst & Earnsdale Impounding Reservoirs (2016)
Sunnyhurst and Earnsdale Impounding Reservoirs (IR) are situated 1.5km to the west of Darwen town centre in Lancashire and are owned and operated by United Utilities. Sunnyhurst IR is one of the raw water sources of Fishmoor WTW, which feeds Blackburn and the surrounding areas (population equivalent of 100,000 people). Earnsdale IR provides compensation water […]
case-study
Turners Road Penstock Chambers Upgrade (2016)
As part of the Thames Water (TW) AMP5 programme of works, it was necessary to remove and upgrade condemned platforms within two interlinked penstock chambers on the Low Level No. 1 (LL1) and Low Level No. 2 (LL2) sewers, which are two of the largest and most important in London. The chambers sit beneath a […]
case-study
Woolston WwT Scheme - Part 1 (2016)
Construction works are now in their second year on Southern Water’s £63 million environmental improvement scheme to redevelop and completely modernise Woolston WwTW. (The first year of the Woolston WwT Scheme was detailed in the 2015 edition of UK Water Projects). The existing works uses a conventional activated sludge plant (ASP), built in 1966, treating […]
case-study
Fleetwood WwTW Stormwater Storage (2015)
In order to help reduce the spill frequency of untreated stormwater on the Fylde Coast in Lancashire, a new storage tank was required to provide an additional storage capacity of 15,000m3. The new tank was to be located at the existing Fleetwood WwTW and was completed within AMP5, delivered on programme and within budget. This […]
case-study
High Security Enclosures for Water Assets (2020)
The security of the UK water network is integral to investment plans and operational management for water companies in the face of an ever-growing hierarchy of threats. These risks range from trespass, vandalism, malicious damage and opportunistic theft, to organised crime, infiltration and sabotage by activists, and terrorist attack invariably intent on causing major disruption […]
innovation
Cardiff Bay Barrage - Access Hatch Solutions (2019)
Completed in 1999, the Cardiff Bay Barrage was designed to regenerate the city waterfront as a vibrant and attractive destination while creating an efficient, two-way control interface between the tidal waters of Cardiff basin and the river estuaries beyond. The challenge of achieving this balance of functionality both sides of the barrage is reflected to […]
innovation
Physical Protection of Assets (2018)
The security landscape within the UK’s water industry has evolved beyond recognition since the advent of dedicated legislation twenty years ago. From the upgrade of service reservoir protection that rolled out from the late 1990s, to the mature and sophisticated levels of security that ramify through today’s network, UK water sets a world-class standard in […]
innovation
Physical Protection of Water Assets (2017)
During two decades of working to legislated levels of security for physical access, the UK water industry has ushered a revolution in certified physical protection. While meeting this critical and immovable benchmark of resilience, solutions in AMP6 are pushing the envelope in design and functionality as never before. Security performance, of course, remains king, but […]
innovation
Physical Security for Infrastructure (2016)
Smart innovation and site-efficient solutions to any scale - delivered at lowest cost
innovation
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