Hexagon Announces the Release of CADWorx(R) 23 Plant Design Suite
Hexagon’s Asset Lifecycle Intelligence Division has unveiled the latest release of its flagship product, CADWorx® 23 Plant Design Suite, a comprehensive solution that addresses the challenges faced by industries in computer-assisted design (CAD) and engineering (CAE). The suite enhances productivity through improved compatibility and optimised workflows. The CADWorx Design Suite is a comprehensive software series for plant design that offers integrated intelligent drawing/database connectivity, advanced automation capabilities, and user-friendly drafting tools. This new release empowers engineers and designers with an optimised and efficient CAD experience, seamless compatibility and enhanced functionality. Key Highlights of CADWorx 23 Plant Design Suite Include: Unrivalled compatibility: The CADWorx Plant Design Suite allows users to immediately leverage the benefits and advancements of the latest CAD platforms without any delays and is fully integrated with BricsCAD® v23 and AutoCAD® 2023 and 2024. Functional enhancements: various modules see significant improvements: These enhancements empower engineers and designers to create more intricate and accurate designs that meet industry requirements. Enhanced usability and configuration: this new release offers new capabilities to automate workflows further: Efficiency in design processes: responding to user feedback, this new release adds the ability to inherit process line numbers from PIDVIEW to Plant Modelling, reducing manual effort and ensuring design coherence. Additionally, the PIDVIEW module lets users insert components that match specific types and selected property values, to enhance productivity and accuracy. Wally Elarusi, Product Owner, CADWorx, said: “In today’s competitive landscape, industries face numerous challenges when it comes to CAD design and engineering. This release of CADWorx 23 Plant Design Suite aims to deliver an enhanced CAD environment, addressing industry pain points and empowering engineers and designers with increased compatibility, stability, and optimised workflow capabilities.” Peter Van Der Weijde, Vice President EMIA, Hexagon CADWorx and Analysis Solutions: “This new release fully reflects Hexagon’s customer-centric approach to development. Our customers are allowed to vote to prioritise features we should develop. As a result, we were able to incorporate new, high-value features, provide unrivalled compatibility and place a strong emphasis on responding to customer feedback and addressing bugs or issues promptly, across a large range of industries, for a more reliable and efficient experience.” For a deeper dive into the functionalities and innovations packed in CADWorx 23 Plant Design Suite, Hexagon invites all to join the “What’s New in CADWorx 23: Driving Continuous Improvements in Designs” webinar. Building, Design & Construction Magazine | The Choice of Industry Professionals
Desigo PXC: automation with flexible scalability in building automation
Siemens has introduced the latest additions to its automation stations for the Desigo™ building management systems. Desigo is designed to manage any facility, irrespective of its size or complexity, through a range of systems (Desigo CC, Desigo CC Compact and Desigo Optic) all of which can enhance occupant comfort and productivity as well as improve operational and energy efficiency. With the PXC4, 5 and 7 programmable automation stations a flexible solution is available for every requirement. Features include alarm signalling, time switch programs or trend logging functions. The PXC5 is the most recent and is a perfect complement to the PXC4 and PXC7 stations. It has 24 onboard I/Os with the capability to extend this using Siemens TX I/O modules to offer up to 80 points per controller. The PXC4 controller has 16 onboard I/Os, with the PXC7 utilising the TX I/O modules to offer connection of up to 400 datapoints. Ease of integration is ensured through all of the PXC controllers using the BACnet open communication protocol, with the controllers subjected to stringent hardening tests and prepared for BACnet Secure connect, the addendum to the BACnet protocol. The new licence-free Desigo Engineering Framework enables devices to be seamlessly integrated in the same framework for intuitive engineering, with easy wireless access to facilitate building automation. Alarms can be processed on site or remotely through the user’s wireless access to the controller. Security is a central feature of the design, with certificate handling and signed firmware to prevent cyberattacks from malware and viruses. Future-proofing is ensured through the possibility of easy modifications or extensions, while consistent equipment design offers standard handling, installation, maintenance and replacement which is both quick and cost-effective. An automated HVAC system is key to ensuring energy savings and reduced operations costs, also enabling effective compliance with standards. Desigo and its range of PXC controllers offers high performing automation through the integration of different protocols with no need for additional hardware or software. For further information on Siemens Building Products www.siemens.co.uk/buildingtechnologies For further information on Siemens Smart Infrastructure, please seewww.siemens.com/smart-infrastructure Building, Design & Construction Magazine | The Choice of Industry Professionals
Five Reasons Accurate Measurements leads to Digital Construction Success – Claims Geospatial Expert
by Michael Durnin, Head of Construction, Murphy Geospatial The construction industry is facing big challenges including a shortage of skilled labour, increasing material costs, adverse weather conditions and mounting pressure to hit carbon reduction targets. These pressures not only hinder project timelines but also tighten budgets, which can put the whole project at risk. There are ways to minimise risk and increase margins despite the current market conditions. In this article I explore the top five reasons to explore geospatial data as part of your construction project and the benefits that high-quality geospatial data can provide. According to Autodesk’s research, in Europe 40% of the average organisation’s data is bad, leading to poor decision making 41% of the time, and in the UK 32% of data used by construction companies is bad leading to poor decision making 31% of the time. Data inaccuracy comes from disconnected communication channels where site data is shared, or using outdated information that hasn’t been validated. Geospatial data offers the opportunity to take live projects from build to digital reality, filling the gaps in lost data and streamlining data sharing amongst your team so that everyone has one version of the truth. Geospatial measurements are crucial during construction as it provides the framework for optimal digital delivery, multiple stakeholder collaboration, and is the cornerstone of automation. As mounting pressure to address the construction industry’s impact on climate change rises, there is a growing recognition of the potential offsite construction brings to drive sustainable development and tackle systemic challenges like fragmentation, skill shortages, and outdated construction methods. Modern Methods of Construction (MMC), particularly the rise of offsite modular construction is reshaping the industry in 2023. In place of ad-hoc reworks which take place in situ, MMC has been credited with offering 20% cost savings and 50% faster project timelines*. The success of modular construction hinges on precise location data, accurate dimensions and positioning of structures which can be repeated, offering a ‘fit first time finish’ with no nasty surprises. MMC is also hailed as the method to enhance efficiency, reduce waste, and minimise conflicts, all of which hold significance for stakeholders concerned with both costs and environmental impact. Construction is entering the tech world in a big way following the huge increase in digital working. Now, the next phase of tech advancements in construction are embedding automation, using AI, machine learning, and robotics. The benefits of autonomous workflows have been shown in in Hexagon’s Autonomous Construction Tech Outlook 2023 with the report stating that 60% of industry leaders expect them to impact competitiveness, profitability, satisfaction, and sustainability. Companies using four or more autonomous workflows also report notable improvements, including 58% in sustainability, 55% in collaboration, and 52% in safety compliance. Automation’s evolution necessitates precise alignment and environmental considerations to avoid costly rework. Digital tools, comprehensive mapping, and real-time capture of site conditions all play a pivotal role in achieving successful implementation and reducing errors in the construction process. The construction industry deals with numerous inaccurate assets daily. Harnessing the power of information can reduce rework, errors, and risks. Informed decision-making, enabled by geospatial information, leads to better quality, and enhanced return on investment. The Get It Right Initiative estimates that the construction industry could save between £10–25 billion per annum simply by eliminating error. Experts recognise BIM as a tool that not only shapes the future of construction design but also serves to mitigate risk by identifying and resolving design errors at an early stage. While BIM holds the promise of fostering collaboration on construction projects, its success hinges on effective onboarding, implementation, and cross-functional data-sharing. This becomes especially critical given the persisting challenge of project data standardisation across the industry. Alongside reducing reworks necessary when an error is spotted, finding out there’s a discrepancy early on can help you reduce the need for those awkward conversations that require multiple people to gather in a room and hash out where the blame should sit. Data doesn’t lie and it offers everyone reassurance. With the use of geospatial information during builds, conflicts and errors can be identified and resolved in the digital build environment, rather than the field, reduce costs and risk and improving on quality as well as health and safety. Empowering progress through geospatial management Geospatial management extends beyond specific mapping and modelling techniques but to a collaborative process that considers the unique requirements of any given construction project. Collaboration in this approach reduces errors, leading to enhanced project outcomes and cost savings. Data-driven decision-making and accurate measurement are paramount. By adopting geospatial data and processes, projects can achieve unparalleled productivity, sustainability, and profitability. This transformation will revolutionise construction, creating a more resilient and sustainable built environment for future generations. Building, Design & Construction Magazine | The Choice of Industry Professionals
The Evolving Role of Access Control in Healthcare
Daniel May of Consort reviews the integration of access control systems in healthcare settings, outlining the benefits and key considerations decision makers must make throughout product specification. From patient safety and traversal to the protection of sensitive data and pharmaceuticals, today’s healthcare environments are faced with several operational challenges. And where security remains at the forefront of decision making, modern access control systems may often hold the answers. Hospitals in particular have developed into multi-faceted spaces that house hundreds to thousands of patients, staff and visitors at any one time. In England for example, research has found in the three months leading to June 2023, an average of 44,626 people visited major hospital A&E departments each day, with over 16 million attendances typically recorded over the course of a year – not to mention an additional 9 million logged at other minor units. For any building, this level of sustained footfall can invite severe security tests. With that, the need to deploy effective physical security systems in healthcare is clear. And so, as access control continues to become more readily adopted and new products enter the market, decision makers are reminded to consider the requirements of their building, ensuring they select the solutions most suited to their settings and budget. Security controlled Patient safety will always remain top priority in healthcare settings, and where matters of health and social care come into question, a diverse set of professional regulatory bodies are tasked with setting and maintaining high standards. When it comes to healthcare premises specifically, patient security and perimeter security often come hand in hand and are amongst the most pressing of challenges that decision makers must face. To help address operational planning and potential design concerns in the NHS, the Health Building Note (HBN), provides general design guidance for healthcare buildings under HBN 00-01 – citing the use of access control measures as a way of maintaining security and protecting the safety of patients, staff and visitors. Hospital buildings for example, must control varied levels of access for a number of operational and security purposes. Routine scenarios exist where vulnerable patients are under monitoring and thus refrained from exiting the premises for their own safety, while at the same time, permitted staff must be able to reach their patients and medicines when required. For this, the use of access control is key. Equally, access credentials can also help management teams keep track of those who may be entering or exiting rooms with equipment and pharmaceutical supplies, deterring any unwanted visitors and opportunists in the process. On a similar note, regulations have set a minimum standard for how personal data should be stored and managed in healthcare environments, giving decision makers an added responsibility to regulate staff-controlled areas with patient medical records. While instances of personal data breaches are rare, healthcare facilities and professionals are at legal risk should confidential data be found misused or missing. As such, the incorporation of access control systems has become essential in keeping data storage areas secure, with intuitive online systems capable of permitting access to staff with the correct credentials while simultaneously tracking who has requested clearance at digital entry points. To function effectively, healthcare facilities must always be perceived as a safe place by the people who reside within them. Besides, efficient residential management systems also play a crucial role in ensuring organized care within these specialized environments like group homes for people with developmental disabilities. Such systems integrate various features, including patient monitoring and access control, simplifying the complex web of responsibilities faced by care providers. To function effectively, healthcare facilities must always be perceived as a safe place by the people who reside within them. Besides, efficient residential management systems also play a crucial role in ensuring organized care within these specialized environments like group homes for people with developmental disabilities. Such systems integrate various features, including patient monitoring and access control, simplifying the complex web of responsibilities faced by care providers and as HBN guidance implies, a unified physical security system can help address key safety and security concerns while enhancing patient and staff experience. Opportunely, today’s access control systems are more accessible and adaptable than ever and combine several technologies such as mechanical locks and automatic doors with electronic access credentials in the form of smartphone apps, badge readers and biometric scanners. By integrating these systems into the building’s existing infrastructure, healthcare professionals are better equipped to control the sheer volume of people entering and exiting the premises without impairing the general flow of movement and coordination around the facility. Better by design Despite the clear benefits offered to healthcare facilities, there are a number of considerations to be mindful of when choosing an access control solution. Poorly implemented systems can have an adverse effect on security and functionality – quickly costing healthcare organisations time and budget to rectify and replace the inadequate products that don’t meet the building’s requirements. For that reason, decision makers and design teams are reminded that there is no single solution that fits all healthcare buildings. As such, it’s crucial for decision makers to understand the systems that are being put in place throughout each of the touchpoints in their facility. Clear collaboration is required during periods of specification, where together, teams can ensure the selected product works on all angles, from meeting fire safety and sustainability standards to aesthetics and scalability. Frequently overlooked, scalability is a key area that decision makers must review when selecting access control systems. Such is their diverse nature; healthcare facilities can often change and develop as years go by, and by selecting a system that facilitates growth – such as a cloud-based solution – security and efficiency is long-established. While modern access control products are known for seamless integration, there are some systems that may restrict the ability to use different vendors throughout the remainder of the building’s infrastructure. This, in effect, causes a monopolisation of products throughout the estate, which can have an adverse effect
COWI selected to advise on hydro-pump storage project in Scotland – Cruachan 2
COWI, a leading international engineering consulting group, has been awarded a contract by renewable energy company Drax. COWI, in collaboration with the Owner’s Engineer, Studio Pietrangeli, will provide consultancy services to support works in advance of the Front-End Engineering Design (FEED) of the expansion of Drax’s existing pumped storage hydro-electric generation station located beneath Ben Cruachan in Argyll, Scotland. The expansion of Cruachan (known as Cruachan 2) is set to play a crucial role in strengthening UK energy security by offering long-term, large-scale energy storage to the UK’s electricity system, helping to reduce costs and prepare for a renewable-led future. Cruachan 2 is set to be built within a new, hollowed-out cavern which would be large enough to fit Big Ben on its side, to the east of Drax’s existing 440 megawatt (MW) pumped storage hydro station. The project will bring an additional 600 MW of power – increasing the site’s total capacity to over 1 gigawatt (GW). The new plant could be operational as soon as 2030, with almost 900 jobs created and supported during construction both directly and indirectly across the supply chain. Drawing upon its local expertise in Scotland as well as its UK-wide proficiency, COWI will play an important role in providing technical advice for the geotechnical, jetty / marine structures and tunnelling elements of the project. COWI’s involvement in the project will also extend beyond the power station to the wider Cruachan area by tapping into its extensive experience in rail to support considerations made for the railway line beneath which the new access and tailrace tunnels will run. Cruachan 2 will help support the UK goal of 30 GW of energy storage by 2030. As the UK integrates more renewable energy sources into the grid, storage facilities like this will be vital for balancing supply and demand and providing key services to stabilise the Grid. Andy Sloan, Managing Director at COWI UK comments: “We are delighted to have been selected to support Drax with this project. Scotland is undergoing a hydro-pumped storage renaissance. There’s a profound opportunity for hydroelectric developments in the UK, particularly in Scotland, which will not only address our need for long-term storage in the UK energy market but support our journey to net-zero by 2045.” Steve Marshall, Drax’s Development Manager, said: “Pumped storage hydro plants play a critical role in stabilising the electricity system, helping to balance supply and demand through storing excess power from the national grid. When Scotland’s wind turbines are generating more power than we need, Cruachan steps in to store the renewable electricity so it doesn’t go to waste. With the right support from the UK Government, Drax is ready to invest around £500m to more than double Cruachan’s generating capacity and support almost 900 jobs across the supply chain during construction.” Spanning a period of six years, a comprehensive construction program is expected to start in 2025 with ambitions to complete the project by 2030. Building, Design & Construction Magazine | The Choice of Industry Professionals
Fusion Steel Framing’s Innovative Traxtm System utilised on Hill and L&Q’s major new Brentford scheme
Fusion Steel Framing, the award-winning manufacturer of light steel framing solutions, has been brought on board as a contractor for 5-star housebuilder The Hill Group and L&Q’s large-scale redevelopment of the former Citroen garage, Kew Bridge Rise, in West London. Fusion will be fabricating 13,720 square metres of its innovative TraxTM product to form the steel frame system infill across five buildings of up to 18 storeys on the development. Kew Bridge Rise, located within the heart of the Brentford regeneration area, will deliver 441 new homes, of which 50% will be affordable. Construction of the steel frame system has already begun on site, with the development expected to complete in 2026. Since its foundation in 2000, Fusion has delivered more light steel residential structures than any other European producer and worked with some of the largest contractors and developers in the UK construction industry. In 2022 Fusion was acquired by Hill to advance Hill’s progress in Modern Methods of Construction practises (MMC) and more efficiently integrate light gauge steel frames on developments such as Kew Bridge Rise. Mike Fairey, Managing Director at Fusion Steel Framing, comments: “We are delighted to be providing our industry-leading TraxTM product on this significant residential scheme, and to support our partners at Hill and L&Q in bringing their vision for the project to life. TraxTM’s custom design, high-precision engineering, and exceptional thermal and acoustic insulation mean our product aligns perfectly with their ambition to deliver high-quality residential units across the development.” TraxTM is a highly economical non-load bearing infill system which helps to create rapid dry building envelopes on a range of building types using steel framing. The works at Kew Bridge Rise will involve Fusion forming the openings, applying RCM DensGlas external board, Kingspan K-Roc insulation and fitting of brick tie channels. Fusion expects to be working on-site for around 12 months. Fusion will manufacture TraxTM at the company’s high-grade 80,000ft2 manufacturing facility in Northampton, which has the capacity to deliver over 30,000m2 of light steel each year. The company’s expert engineers will then deliver and install the TraxTM system at the Kew Bridge Rise site. The development will have a concrete frame structure and TraxTM will be used for the infill between floors, sitting on the floor slab up to the ceiling. In addition, Fusion will create the window apertures, providing a complete solution for the project. Cain Peters, Regional Director at The Hill Group comments: “The key advantage of using Fusions’ trail-blazing TraxTM system is the ability to rapidly accelerate construction projects while de-risking the process of installing a structural framework system. The system also reduces fire risk which is always at the forefront of our construction design. This extensive redevelopment project will be an impressive example of the capabilities of delivering pre-fabricated steel frame systems at scale.” Hill and L&Q began on-site in Brentford in September 2022. The project also includes a new public square, alongside significant investment in local infrastructure improvements. The joint venture partnership will also provide a range of social benefits for the local area during construction, including investment in significant employment, training and community focussed opportunities. Building, Design & Construction Magazine | The Choice of Industry Professionals