When your business involves sending hundreds of workers out to disconnected sites where they could be exposed to dangerous gases, safety should be a top priority. But how can real-time insights and actionable data help enable you to offer your workforce enhanced protection? This was the challenge facing Cappagh Browne
Yesterday, Perega, one of the UK’s leading structural and civil engineering consultancies, launches its innovative CO2 accounting tool: The Carbon Calculator. Affirming its commitment to sustainable construction, this evolutionary platform empowers Perega’s clients to assess the whole carbon footprint of their projects, from inception to completion. Importantly, it enables them to
Contractors working for HS2 have removed a 4,000 tonne bridge over the M42 to make way for the construction of the new high speed line across the motorway near the Interchange Station construction site in Solihull. A team of 20 demolition experts from Solihull-based firm Armac, working on behalf of
Thompsons of Prudhoe, a leading name in demolition and dismantling, proudly marks 75 years in style with increased turnover and profit for a consecutive year. One of Northumberland’s most established businesses, 2023 also saw the company make some significant investments, positioning itself for sustained success. “There’s no denying we’ve had
A team of 90 specialist engineers have completed the assembly of HS2’s giant tunnel boring machine (TBM) which will start digging the second bore of the 3.5 mile Bromford Tunnel into Birmingham next year. In an assembly operation to move sections of the machine into a 12-metre deep launch pit,
Anglo American and STRABAG UK are delighted to announce that the tunnel at the Woodsmith project near Whitby, in the north-east of England, recently reached 25.8km in length. This breaks the current record for the world’s longest single tunnel boring machine drive. STRABAG UK is working on behalf of Anglo
Spencer Bridge Engineering has been recognised for its outstanding work on two iconic bridges at separate industry awards ceremonies. The company has won awards for projects on Union Chain Bridge and Menai Suspension Bridge. Spencer Bridge Engineering completed a programme of essential works to preserve Union Chain Bridge linking England
It is difficult to imagine improving the incredible views over Lake Windermere, in Cumbria’s Lake District. Yet Kendal-based groundworks contractor Andrew Harvey does just that, providing a range of groundworks services, hard and soft landscaping, external works and construction up to DPC, for many customers in the area. The company
The Institution of Civil Engineers (ICE) has awarded its first Chartered Infrastructure Engineer (CIE) title to Chris Landsburgh, a Decarbonisation Director at infrastructure consulting firm AECOM. Chris has been involved in the infrastructure sector for over 10 years and specialises in decarbonising infrastructure. He provides advice on net zero plans,
hyperTunnel, a technology company innovating underground construction methods, has signed an exclusive distributor agreement (EDA) with AmcoGiffen for the application of its technologies and systems in the UK rail sector. Under the EDA, AmcoGiffen will have exclusive rights to use hyperTunnel technology – including digital twins, robotics, 3D printing and
When your business involves sending hundreds of workers out to disconnected sites where they could be exposed to dangerous gases, safety should be a top priority. But how can real-time insights and actionable data help enable you to offer your workforce enhanced protection? This was the challenge facing Cappagh Browne Utilities Limited, a company specialising in repairing and maintaining wastewater networks across the southeast of England. Learn more about their experience. As managing director of Cappagh Browne, Jeff Birtwhistle plays a key role in helping to keep the sewers of south-east England flowing. With over 30 years’ experience in heavy civil construction, nuclear energy, and utilities, he’s always looking for innovative solutions to help the company improve the service it offers customers – and protect its workforce. So when we introduced our latest generation connected gas connector, the ALTAIR io™ 4 Connected Gas Detector, Jeff was keen for Cappagh Browne to be able to reap the benefits. “When it comes to innovation and new technology, MSA Safety is one of our key and invaluable partners,” he says. The gas detector that is redefining safety management Cappagh Browne was already using a previous generation connected gas detector from MSA Safety that provided certain data for remote monitoring to help protect workers and respond to emergencies. After experiencing those benefits, he wanted to enhance them even further with real-time data. The ALTAIR io 4 Connected Gas Detector does this, helping to give Cappagh Browne the chance to leverage new MSA Safety technology, improve overall business efficiency and response times, and significantly improve safety for workers. Offering immediate, on-site connectivity The power of the ALTAIR io 4 Connected Gas Detector lies in its combination of built-in cutting-edge, CAT-M LTE cellular connectivity and integration with the MSA Grid. Part of MSA Safety’s Connected Work Platform, the ALTAIR io4 Connected Gas Detector can be deployed in seconds, right out of the box. What’s more, no IT is required for updates because they are delivered securely from our cloud to your fleet. When the device is in its dock, it knows when it needs a bump test or calibration to be compliant and immediately starts to run the relevant test. And with industry-leading XCELL® sensors it can stand up to tough use in challenging conditions, resistance to extreme temperatures, the ability to withstand a 25-foot drop and a dust and waterproof IP68 rating. Real-time insights Matt Reid, Head of Fleet for Cappagh Browne, says they are already experiencing the benefits of upgrading to the ALTAIR io 4 Connected Gas Detector. “We have over 350 employees working across various remote sites in potentially hazardous environments. So real-time safety monitoring is important,” he explains. “Now, with the ALTAIR io 4, we’re able to use real-time data to establish who to use on a particular job because we can see what exposure they’ve had over the last week.” “We can send one person out to a job and then, if they need help, we can send another person out with an ID tag to ‘fob on’ to the same device. We can then track both people safely within the seven-day period to make sure they don’t exceed their exposure limit.” Keeping workers safe throughout the day Managing Director Jeff Birtwhistle adds that it’s the ability to get immediate feedback when a worker’s exposure limit to dangerous gases has been reached that is taking the company’s safety management to new levels. “Being able to intervene on a worker’s behalf and pull them out of a job to protect them is fantastic. It means we can keep our most valuable asset –our people – safe,” he says. Improving compliance The real-time data and actionable insights offered by the ALTAIR io 4 Connected Gas Detector are also helping to simplify regulatory compliance for Cappagh Browne and enabling supervisors to identify behaviors that don’t meet safety standards, which can help make workers more accountable. Since introducing the solution, the company has experienced zero safety alarms. However, as Matt Reid explains, a worker was able to use the inbuilt alarm to call for help in an unusual situation. “We had an instance where a guy became physically locked out of his vehicle and didn’t have his phone on him. He pushed the alarm button to call for help and we were able to get a second set of keys over to him to unlock the vehicle and get him on the road again.” The partnership with MSA Safety continues Both Jeff and Matt know that at some point in the future they will inevitably be looking for new safety enhancements that they cannot envisage right now. But they are confident that when that time comes, MSA Safety will be there, just as it has been for real-time gas detection monitoring. For now, they are enjoying the enhanced safety that the ALTAIR io 4 Connected Gas Detector offers their workforce. Fleet manager Matt Reid sums up the benefits. “Using ALTAIR io 4 means we can send our employees home safely to their families every night and that Cappagh Browne can see them again every morning when they turn up for another day’s work.” Keen to see what this technology can do for safety management at your business too? Watch our case study video and find out more about how the ALTAIR io 4 Connected Gas Detector is redefining safety. Watch the video to find out more about Cappa Browne’s experience using MSA Safety’s ALTAIR io 4 Connected Gas Detector. Building, Design & Construction Magazine | The Choice of Industry Professionals
Yesterday, Perega, one of the UK’s leading structural and civil engineering consultancies, launches its innovative CO2 accounting tool: The Carbon Calculator. Affirming its commitment to sustainable construction, this evolutionary platform empowers Perega’s clients to assess the whole carbon footprint of their projects, from inception to completion. Importantly, it enables them to make greener material choices to faster, and better, achieve a more sustainable built environment. The calculator has been developed by the firm’s dedicated, in-house Net Zero Carbon Group and uses a sophisticated algorithmic framework, analysing material emissions data to achieve lower-carbon outcomes. Harnessing the power of the latest digital technology, the calculator seamlessly integrates within the Revit model, offering a comprehensive carbon impact assessment. Key features of the Perega Carbon Calculator include: Commenting on the impact and efficacy of the tool, Perega’s Digital Engineering Lead, James Washbourne, says, “With the built environment responsible for 40% of global emissions, the imperative for lower-emission practices has shifted from optional to essential. Our Carbon Calculator makes another step towards achieving more sustainable projects. Moving away from manually crunching static spreadsheets to a predominantly automated process means better pinpointing of carbon hotspots and empowering our clients to make correct material substitutions during the design phase, without compromising on quality. “Ensuring user-friendliness was crucial, our clients are incredibly busy and need to be able to read and understand the data quickly to make informed decisions. As such, we developed the calculator to deliver clear and simple comparisons for effective decision-making”. For further information about Perega and its groundbreaking carbon accounting tool, please click here. Building, Design & Construction Magazine | The Choice of Industry Professionals
Contractors working for HS2 have removed a 4,000 tonne bridge over the M42 to make way for the construction of the new high speed line across the motorway near the Interchange Station construction site in Solihull. A team of 20 demolition experts from Solihull-based firm Armac, working on behalf of HS2’s main works contractor in the Midlands, Balfour Beatty VINCI (BBV), carried out the demolition in a 52 hour operation. The operation was coordinated in conjunction with National Highways, who were able to open the motorway section between Junctions 6 and 7 on Monday at 1.30am, which was three and a half hours earlier than planned, reducing disruption to road users. The M42 was closed in both directions late Friday evening, 9 February, and the workforce worked throughout the night to prepare the area for the demolition activities. Starting at 7am on Saturday 10 February, the demolition team used a 100 tonne excavator and a further seven 50 tonne demolition excavators to complete the operation, supplemented by numerous breaker and cruncher attachments. Six articulated dumper trucks transported the excavated material to a local stockpile where it will be crushed and reused on HS2’s haul roads and work sites. Once the bridge was demolished at around 3pm on Saturday , the debris was removed, the matting taken away, carriageway cleaned, and central reservation and verge restraint systems reinstated, ready for the motorway to be re-opened at 1.30am on Monday 12 February. It is the second of two 4,000 tonne bridges in close proximity over the M42 which needed to be demolished so HS2 can build a new twin box structure, which will carry the high speed line over the motorway in the future. The operation by Armac to demolish the first bridge took place in August last year. The original plan was to demolish the second bridge next year. However, due to two drivers on the motorway below recently striking the bridge, National Highways asked HS2 to demolish the bridge sooner because it had become unsafe. Alan Payne, Senior Project Manager at HS2 Ltd said: “This operation, delivered by local specialist firm Armac, is another step forward in the construction of HS2 in the Midlands. I’d like to thank the whole team for delivering the bridge demolition ahead of schedule, reducing disruption to roads users.” Oliver Shore, Construction Director at Balfour Beatty VINCI said: “The safe and successful demolition of this 4,000-tonne bridge is another huge achievement for Balfour Beatty VINCI. This was a complex operation, made even more challenging because of the limited time we had to plan and deliver this critical work. I’m really proud of how the team responded, showcasing their skill and experience in these demanding circumstances. “It’s the second bridge removal we’ve delivered along the same stretch of motorway in just six months. Like the previous demolition last summer, every effort was made to minimise the impact on road users through careful planning and close collaboration between HS2 and National Highways.” Noel McLean, Technical Director of Armac said: “We were delighted to work with our partners HS2 and BBV again, for the demolition of the M42 North Bridge. Our primary aim is always to complete the project safely and in a controlled operation. Thankfully, the project was completed well ahead of schedule. Another successful project from the Armac ‘Bridge Busters’ and all of the BBV team.” Frank Bird, National Highways Senior Network Planner said: “We are delighted to have been able to reopen the motorway for the benefit of road users some three and a half hours earlier than planned and thank people for their ongoing patience since the bridge was hit last month. “This has been a challenging task as normally a demolition such as this would be planned over many months. Instead, everyone involved was able to mobilise resources to get it down in a matter of weeks. It has been a terrific collaborative effort with HS2 Ltd and all others involved and one I am sure road users will appreciate with all lanes now open.” This year, the BBV team will start to construct the huge twin box structure, which will carry HS2 trains over the M42. Enabling works commence in March and piling is due to commence in August. This new structure, measuring 300 metres length by 25 metres width will cover around 130 metres of the M42 and will be built in position whilst maintaining three lanes of traffic flowing on the M42. This section of HS2 railway lies between Interchange Station in Solihull and the Delta Junction, a triangular section of the line which enables trains to either travel into Birmingham’s Curzon Street Station or carry on north where trains will join the West Coast Main Line to Manchester. HS2 has already built a new, improved road structure and roundabout in this area, to improve the circulation of traffic around the HS2 railway line and connect the existing road network to the new Interchange Station. Building, Design & Construction Magazine | The Choice of Industry Professionals
Thompsons of Prudhoe, a leading name in demolition and dismantling, proudly marks 75 years in style with increased turnover and profit for a consecutive year. One of Northumberland’s most established businesses, 2023 also saw the company make some significant investments, positioning itself for sustained success. “There’s no denying we’ve had an incredible 24 months within our business, which is testament to the achievements of our team and the support of our clients and wider supply chain – we can’t thank you all enough,” said Managing Director, Nick Shilling. “Whilst we recognise and celebrate this achievement, what we remain focused on is ensuring our business is set up for success for the next 75 years and beyond. “The same ambition and passion that our workforce have shown over the last seven decades is what we take forward into our next phase of growth which is why the reinvestment of profit back into the business through various investments is incredibly significant to help us achieve our goals and continue to innovate within our industry.” The family-run business is forecasting an increase in turnover from £69.7m to £82.7m in its newly published annual report and accounts for the financial year ending March 2023. The company’s strategic, multi-million-pound investments, include two washing plants for quarries at Springwell, Gateshead and Anick Grange, Northumberland (£10m), the acquisition of Lakeland Minerals Ltd, Brampton a sand and gravel quarry and a continued investment updating its 86-strong fleet of wagons and 160-strong plant and machinery. Work is underway at the Anick Grange with investment to carry out bunding, road widening works and create a new welfare unit. Boosting long-term biodiversity, the team are extracting sand and gravel from the site which is situated alongside the Tyne near Hexham. Once complete, it will create a new lake and wildlife sanctuary, and improve public access to the river. Playing an active role within the community is something Thompsons of Prudhoe remain committed to with various activities ran throughout the year to support charities including St Oswald’s Hospice and Tiny Lives as well as the sponsorship of grass roots sports clubs and attending local school and college career fairs. 2023 also saw the team receive international acclaim at the World Demolition Awards in Toronto for its successful demolition of the former Redcar Steelworks site. Completing the project ahead of schedule, under budget and with no incidents, the project included one of the largest single explosions in the past 75 years. Looking ahead, the group remain committed to its core services in demolition, dismantling, earthmoving, quarrying, waste management, recycling and haulage, asbestos and its offshore decommissioning facilities – a joint venture with Port of Blyth. Founded in 1948, the business retains its Prudhoe Head Office and continues to go from strength to strength as one of the UK’s trusted specialist demolition contractors. Building, Design & Construction Magazine | The Choice of Industry Professionals
A team of 90 specialist engineers have completed the assembly of HS2’s giant tunnel boring machine (TBM) which will start digging the second bore of the 3.5 mile Bromford Tunnel into Birmingham next year. In an assembly operation to move sections of the machine into a 12-metre deep launch pit, two 600 tonne cranes lifted the huge 125 tonne cutterhead into place at the front of the 125 metre long machine in the pit bottom. The first TBM, named ‘Mary Ann’ after Mary Ann Evans – the real name of Victorian writer George Eliot who was born in Nuneaton – started digging the first bore from the east portal site near Water Orton in August this year. It has already built more than 500 tunnel rings, which is 0.6 miles of the 3.5 mile long tunnel between North Warwickshire and Washwood Heath in Birmingham. The name of the second TBM will be revealed before it launches in Spring next year. ‘Mary Ann’ is set to break through at the end of 2024, with the second TBM planned to complete its journey in the middle of 2025. Both TBMs will remove 1.87 million tonnes of excavated material, which will be sifted at the on-site slurry treatment plant and reused on HS2’s nearby sites at Delta Junction, where a complex network of nine viaducts is being built. HS2’s Senior Project Manager Catherine Loveridge said: “With the first TBM ‘Mary Ann’ well on her way building the tunnel to take high speed trains into central Birmingham’s Curzon Street Station, it’s fantastic to see the second TBM assembled and being prepared to start digging. “We’re now at peak construction, with over 9,750 people working on HS2 in the West Midlands and around 450 people working on this site, including many from the local area. Launching the second TBM next year means there will be more exciting jobs up for grabs for local people.” The majority of the second TBM, including the gantries and the centre part of the cutterhead, have been re-used from TBM ‘Dorothy’ after completing the one-mile twin bore Long Itchington Wood Tunnel in Warwickshire earlier this year. Disassembled sections of ‘Dorothy’ have been moved to the Bromford Tunnel portal site near Water Orton over the last few months, where they have been lowered and reassembled into the underground launch area. At 8.62 metres in diameter, the Bromford Tunnel is smaller than the 10 metre diameter Long Itchington Wood Tunnel because trains will be travelling slower on the approach into Birmingham Curzon Street Station. For this reason, the TBM needed a new outer part cutterhead and a new shield, which were manufactured by Herrenknecht in Germany. The full Bromford Tunnel programme is being delivered by around 450 people working for HS2’s contractor Balfour Beatty VINCI (BBV). A specialist tunnelling team, including apprentices working for BBV’s sub-contractor Tunnelcraft will operate the TBM 24/7, with each bore taking around 16 months. Jules Arlaud, Tunnelling Director for Balfour Beatty VINCI said: “Completing the assembly of the second tunnel boring machine is another major achievement for the team working on HS2’s Bromford Tunnel – a complex section of the new high-speed railway. “Getting to this stage has required a huge amount of planning and preparation, including the disassembly and transportation of ‘Dorothy’ parts from Warwickshire, which forms the majority of the second TBM. “Over the next few months, the team will be busy testing, checking and carrying out the final preparations, to make sure the machine is ready to start digging in spring next year.” The Bromford Tunnel programme includes designers from Balfour Beatty VINCI’s Design Joint Venture, made up of Mott MacDonald and SYSTRA (MMSDJV). Rosa Diez, Tunnels Discipline Lead for MMSDJV: “Seeing the second TBM in position, ready to start, is a proud moment for our tunnelling team. We have learnt so much from the excavation of the Long Itchington Tunnel by our ‘Dorothy’ TBM, which has helped get ‘Mary Ann’ well on her way through the Mercia Mudstone in the Bromford Tunnel. The learning will continue for this second TBM, which once named and launched next year, will also become part of our family”. A total of 41,594 concrete segments will create 5,942 rings to make the twin bore tunnel, with each ring weighing 49 tonnes. The segments are being produced at Balfour Beatty VINCI’s pre-cast factory at Avonmouth near Bristol. In the concrete mix used at the factory 40% of the cement is replaced with Ground Granulated Blast-furnace Slag (GGBS) which has a much lower carbon footprint than traditional cement. 3D scanning is used in the production process of the segments to guarantee accuracy. Building, Design & Construction Magazine | The Choice of Industry Professionals
Anglo American and STRABAG UK are delighted to announce that the tunnel at the Woodsmith project near Whitby, in the north-east of England, recently reached 25.8km in length. This breaks the current record for the world’s longest single tunnel boring machine drive. STRABAG UK is working on behalf of Anglo American to construct the world’s longest conveyor tunnel for a permanent mineral transport system (MTS) which will transport tens of millions of tonnes of polyhalite from under the North York Moors National Park. Polyhalite is a naturally occurring mineral which will then be crushed and granulated to create POLY4 – a unique multi-nutrient fertiliser which is suitable for organic use. It will be used in worldwide fertiliser programmes to help boost crop yields, plant strength and improve soil structure. World-leading tunnelling specialists, STRABAG, have been boring under the North York Moors National Park since June 2019 using a single (Hard Rock) Herrenknecht tunnel boring machine (TBM) to build the 37km tunnel with an internal diameter of 4.9 metres. The TBM was named Stella-Rose by a local primary school pupil, with Stella, meaning star in Latin, and Rose, after the famous local landmark Roseberry Topping. The former record was set by a water conveyance tunnel project in the Middle East which was also built using a Herrenknecht tunnel boring machine. Once completed, Anglo American and STRABAG will have set a new world record and are expecting this to be confirmed by Guinness World Records. STRABAG UK directly employ 450 staff on the project, 75% of which are local to Teesside, and has also prioritised the use of local construction partners and suppliers, creating many more jobs for the region. Managing Director for STRABAG UK, Simon Wild, said: “We are extremely proud of the team at the Woodsmith project for reaching this incredible milestone and safely passing the current world record set for a single bored tunnel drive. This is another example of our growing presence in the north- east of England and the UK, demonstrating our industry leading expertise.” Andrew Johnson, Woodsmith Project Director, added: “We are delighted to achieve such an incredible milestone in the UK as part of our pioneering project. It is a demonstration of the fruits of teamwork with our partners. We are now focused on looking forward and setting a new world record every day. The Woodsmith tunnel is a fundamental part of our commitment to create a sustainable mine with minimal environmental impact.” Building, Design & Construction Magazine | The Choice of Industry Professionals
Spencer Bridge Engineering has been recognised for its outstanding work on two iconic bridges at separate industry awards ceremonies. The company has won awards for projects on Union Chain Bridge and Menai Suspension Bridge. Spencer Bridge Engineering completed a programme of essential works to preserve Union Chain Bridge linking England and Scotland, which is more than 200 years old. The crossing over the River Tweed from Horncliffe in Northumberland to Fishwick in Berwickshire has a single span of 449ft (137m) and was the longest wrought iron suspension bridge in the world when it opened in 1820. Spencer Bridge Engineering was appointed by Northumberland County Council to dismantle the bridge and carry out a complete refurbishment and rebuild. A key element of the project was to ensure modifications were in keeping with the historical significance of the bridge. This included restoring, rather than replacing, the suspension chains wherever possible and using stone from the original quarry to repair masonry work on the bridge’s two towers. Spencer Bridge Engineering has been named both the ‘Gold Winner’ of the Restoration Project of the Year Award and the ‘Silver Winner’ of the Community Engagement Award for the Union Chain Bridge project at the National Building and Construction Awards 2023. It received the Community Engagement Award for its commitment to working closely with partners and stakeholders throughout. These included Northumberland County Council, the Scottish Borders Council, Museums Northumberland and the Friends of Union Chain Bridge. The Spencer Bridge Engineering team became a part of the community it worked in, taking time to help residents with roof repairs, handing out firewood, building a community bar at a local village hall and even providing medical assistance to a resident living near the bridge. Spencer Bridge Engineering has also been recognised for emergency works carried out on the Grade I listed Menai Suspension Bridge, the second oldest operational vehicular suspension bridge in the world. The bridge crosses the Menai Strait between the island of Anglesey and mainland North Wales and, when opened in 1826, it had the longest span in the world at 176m. It was designed by prolific road, bridge and canal builder Thomas Telford, who became the first President of the Institution of Civil Engineers. The bridge was immediately closed to vehicular traffic on October 21st, 2022 after a safety issue related to potential hanger failure was identified. Spencer Bridge Engineering rapidly designed, procured and installed secondary fail-safes at strategic hanger locations, enabling the bridge to be reopened on schedule on February 1st, 2023. In partnership with UK Highways A55, COWI, and the Welsh Government, Spencer Bridge Engineering has now won both the Infrastructure Project of the Year Award and the Health, Safety and Wellbeing Award at the Welsh Chartered Institute of Highways and Transportation (CIHT) Awards 2023. Luke Fisher, Director of Spencer Bridge Engineering, said: “We’re incredibly proud to have been honoured with these prestigious awards across two separate awards ceremonies. “These awards further reinforce Spencer Bridge Engineering’s reputation as a leading specialist bridge works company. “Our expertise, experience and wide-ranging capabilities across the company mean we’re a partner that can be trusted to deliver for our clients. “I’d like to congratulate the team on their tremendous work that’s lead to this recognition.” Spencer Bridge Engineering is part of Hull-based multi-disciplinary engineering specialists Spencer Group. To find out more about its expertise, visit www.thespencergroup.co.uk/our-work/bridges/ Building, Design & Construction Magazine | The Choice of Industry Professionals
It is difficult to imagine improving the incredible views over Lake Windermere, in Cumbria’s Lake District. Yet Kendal-based groundworks contractor Andrew Harvey does just that, providing a range of groundworks services, hard and soft landscaping, external works and construction up to DPC, for many customers in the area. The company completes that work with a range of compact machines, including the latest 2.5-tonne CASE CX25D and a 9.0-tonne CX90D, both recently supplied by local CASE Construction Equipment dealer Dennis Barnfield of Carnforth. The CASE mini and midi excavators are equipped with Engcon tilt-rotators and the company has a Digitec iDig 2D machine guidance system, that can be used with either model, to maximise versatility and productivity on site. Mr Harvey is no stranger to the CASE Construction Equipment brand. Initially from an agricultural background, he started the groundworks business in 1997, with a CASE 580 backhoe loader and has been using machinery from Dennis Barnfield since that time. “The support from the whole team at Dennis Barnfield over the last 25 years has given us the confidence to specify the machines the way they are today,” said Mr Harvey. “We know from our own experience that we’ve got a reliable product and a dealer that will back us up if there is ever an issue. That in itself is almost priceless to a smaller business in today’s climate.” Both excavators have been built to the company’s own specification, with additional counterweight on the smaller CX25D to offset the weight of the tilt-rotator. The CX90D is equipped with rubber bolt-on track pads, allowing the machine to work on finished driveways. Both machines have extra LED lighting, on top of that supplied by Dennis Barnfield to all CASE excavators, for maximum visibility in poor weather and light conditions. Perhaps most strikingly, the firm has had the side and rear glazing tinted, to prevent glare in the cab on sunny days. This modification has proven so popular with other businesses in the area, that Dennis Barnfield has already been asked if it can provide a similar specification. Mr Harvey’s son Mark, who joined the company four years ago, is also driving forward the use of technology within the business, including the investment in the tilt-rotators and the machine guidance system. The company has a growing range of attachments to suit the Engcon tilt-rotators, including pallet forks and a grading bar, which may soon be joined by a materials handling grab. “It’s just a completely different way of working,” said Andrew Harvey. “We looked at another brand, but we wanted to be sure of dealer back-up. We’d had the CASE machines supplied byDennis Barnfield and they are training up an engineer on the Engcon tilt-rotators, so we will have someone to talk to if necessary.” The company purchased its first 8.0-tonne CASE excavator in 2006 and had moved up to a 13-tonne model in the past. However, the CX90D offers the perfect combination of size, power and reach for Harvey’s mainly residential contracts. Having the main boom mounted in front of the upper structure, with an offset facility, also makes the CX90D ideal for tighter working conditions and, when combined with the tilt-rotator, it is possible to operate a cross a wider envelope around the machine, rather than relocate on the tracks. “The 9.0-tonne machine has bags of reach and it’s really stable,” said Andrew Harvey. “We can lift a full pack of blocks over the side on pallet forks, even with the Engcon tilt-rotator. It’s got the dozer blade as well, which makes it perfect for us.” Mark Harvey added: “The D-Series is a lot lighter on fuel than our previous machine. We are saving 1-1.5 litres an hour against the C Series. It’s fast and it’s smooth, you really can’t knock it.” With five full time staff, the business operates within a 20-mile radius of Kendal, in Cumbria. It has plenty of return business, though there is no intention to expand further in the short term. “We’re lucky, we are well established in Windermere, Ambleside and Bowness and we don’t need to get a lot bigger. We like to have a family relationship with our clients,” said Mark Harvey. It’s a similar story with the CASE dealer, as Dennis Barnfield works closely with the company to ensure that the machines are regularly serviced and maintained. “We’ve been happy with the dealer back-up since 1997,” said Mr Harvey. Quick SpecificationsCX25DOperating weight (with cab): 2,710kgEngine power: 13.7kW (18.6hp)Maximum digging depth: 2,700mmBucket breakout force: 22kNArm breakout force: 14.5kN CX90DOperating weight: 8,360kgEngine power: 50.7kW (68hp)Maximum digging depth: 4,590mmBucket breakout force: 56.9kNArm breakout force: 39.5kN Building, Design & Construction Magazine | The Choice of Industry Professionals
The Institution of Civil Engineers (ICE) has awarded its first Chartered Infrastructure Engineer (CIE) title to Chris Landsburgh, a Decarbonisation Director at infrastructure consulting firm AECOM. Chris has been involved in the infrastructure sector for over 10 years and specialises in decarbonising infrastructure. He provides advice on net zero plans, whole life carbon accounting, and sustainability strategies for governments and businesses. Already a Chartered Environmentalist, he was formerly an ICE President’s Future Leader under past president Paul Sheffield, is an ICE Carbon Champion and was involved in creating the PAS 2080 standard for carbon management in infrastructure. The CIE title is the first new title to be awarded since 1923 when the first Chartered Engineer titles were awarded. What is a Chartered Infrastructure Engineer? The CIE title was acquired by the ICE in response to the recommendations made by Professor John Uff in his 2016 review of UK engineering. Professor Uff observed that a significant number of academically qualified, practising engineers were operating outside the Professional Engineering Institution structure. In the report he recommended these engineers become professionally qualified to help assure the public that the engineers who are delivering the infrastructure they use daily are current, credible, and competent. The CIE title, the introduction of which was approved by members in 2022, allows the ICE to professionally qualify engineers involved in all aspects of infrastructure delivery and welcome them into its membership. The introduction of this new title acknowledges the changing needs of an industry which has been transformed by innovation, new technologies, and a desire to build a more inclusive and sustainable world through multi-disciplinary collaboration. How does someone become a Chartered Infrastructure Engineer? CIE candidates must participate in a similarly rigorous process as Chartered Civil Engineer candidates. The same assessment standard and methodology is applied but tailored towards the CIE candidate’s specialism. This process includes submitting documentary evidence of competence and professional commitment, passing a written communication task and interviewing with at least two professional qualified reviewers. One reviewer is a civil engineer, the other has knowledge of the CIE candidate’s specialism. Chartered Infrastructure Engineers will help society meet engineering challenges Chris Landsburgh said,‘The ICE has been a professional home for several years, and becoming the first Chartered Infrastructure Engineer is an honour. ‘This new title fosters a culture of inclusivity and collaboration and reflects the industry’s commitment to evolve. ‘Drawing on the collective knowledge of many disciplines will set the industry and society up well to navigate the challenges we’re facing such as climate change and the need to decarbonise infrastructure’. ICE President Keith Howells said, ‘I’m delighted to conclude my tenure as ICE President with the announcement that Chris Landsburgh has become the institution’s first Chartered Infrastructure Engineer. ‘Awarding this new protected title follows years of discussion about modernising and broadening the ICE to become a professional home for all those working in infrastructure. ‘The Engineering Council, HM Privy Council and others all required assurance that this new title was needed and that the highest standards of professional review would be met. ‘All believed that introducing the title aligned with the ICE’s mission to ensure that the world has the infrastructure it needs to thrive.’ ‘I look forward to welcoming many more like Chris in the future’. AECOM’s chief executive for Europe & India, Colin Wood said, ‘I know I speak for many in our industry in warmly welcoming the new title of Chartered Infrastructure Engineer. ‘As we collaborate to solve the important challenges of our time, such as decarbonisation and resilience, it is right that we recognise the valuable expertise and experience of our colleagues who haven’t specifically taken a civil engineering route, but whose professional capability is instrumental to the outcomes we are working to achieve. ‘Huge congratulations to Chris on this achievement’. Building, Design & Construction Magazine | The Choice of Industry Professionals
hyperTunnel, a technology company innovating underground construction methods, has signed an exclusive distributor agreement (EDA) with AmcoGiffen for the application of its technologies and systems in the UK rail sector. Under the EDA, AmcoGiffen will have exclusive rights to use hyperTunnel technology – including digital twins, robotics, 3D printing and digital underground surveying, supported by AI and VR – for all enhancements, repair, rehabilitation and monitoring of underground spaces, slopes and track bed infrastructure, including stabilisation and water management. hyperTunnel launched exclusive distributor licensing agreements in 2022. EDAs provide engineering contractors the opportunity to differentiate themselves by offering hyperTunnel technologies exclusively within certain applications, sectors and territories. The solutions, which enable the highly efficient building, enlarging, repairing and monitoring of underground structures, allow license holders to increase their operating margins and grow market share while reducing environmental impact. “Construction and maintenance companies are consumed day-to-day with delivering against contracts on tight margins,” commented Steve Jordan, co-CEO of hyperTunnel. “Yet, at the same time, they need to develop sustainable innovations that will take their businesses forward, potentially leading the next technological leap. “Through this EDA, AmcoGiffen can tap into our approaches and methodologies, R&D investment and industry experts from day one. It is a win-win – our products are commercially ready and in AmcoGiffen we have a partner that will allow us to get robots into the ground quickly and prove the hyperTunnel method in an unforgiving commercial and operational environment.” Owned by Renew Holdings Plc and publicly listed on the London Stock Exchange, AmcoGiffen specialises in the design and delivery of innovative and complex multi-disciplinary engineering, construction and maintenance services across the transport, energy and environmental sectors. Dave Thomas, Operations Director at AmcoGiffen added: “We are convinced that the future of maintaining underground structures lies in robotics and automation. AmcoGiffen is equipped and ready to partner with hyperTunnel to pioneer its approaches in the UK rail sector while being fully aware of the challenges that may lie ahead for an early adopter of such exciting technology. This exclusive contract represents a significant business opportunity for AmcoGiffen and reflects our long-term ambition to lead innovation in the UK rail sector.” To discover more about hyperTunnel and becoming a technology distributor, contact distributor@hypertunnel.co.uk. Building, Design & Construction Magazine | The Choice of Industry Professionals
