Projects that are constructed in extreme environments or designed to require extreme engineering, such as oil and gas, petrochemical, heavy industry and nuclear facilities, are often extremely complex and highly demanding. Designing the mechanical and electrical services for these assets requires an accurate specification and excellent spatial data in order to avoid any service route clashes.
Sophisticated 3D modelling programs have helped significantly to manage the complexities of this process, improve accuracy and aid effective collaboration between delivery partners. That’s why Vantrunk has fully integrated our entire cable management portfolio in the latest 3D plant design software, including cable ladder, cable tray and our triple-slotted modular support system.
How Vantrunk Can Help You Model Your Cable Management in 3D
We’re committed to supporting engineers and designers in maximising projects’ productivity and capabilities, working with you to advise on the best cable management solutions, including bespoke items developed by our in-house design team where required. That commitment is the same whether you’re working on a small brownfield upgrade or a huge multi-faceted scheme, and integration of our product range within 3D modelling software is just one example of how we deliver that in practice.
Our products have been integrated with the latest plant design software, including AVEVA PDMS and Everything3D, and Hexagon PPM Smart 3D (formerly known as Intergraph Smart Plant 3D).
The availability of our entire product catalogue in these systems helps you to:
- Reduce design time
- Improve accuracy
- Avoid costly re-working of the design during the site phase
- Prevent potential delays by resolving any issues during the design phase
The Benefits of 3D Digital Modelling in Plant Design
There are several reasons why using a cable management system available within your digital design software can help you save time and costs, improve your design and avoid potential problems during the build phase. Here are just a few of them.
Thanks to our investment in ensuring all our product data is available in 3D digital modelling systems commonly used by engineers and designers, you can not only clearly visualise the cable management systems as you design them, but also gain an accurate understanding of the weight of each component in the cable management infrastructure. This can be particularly beneficial where transportation of building materials to remote or offshore locations is a major cost or logistical consideration, and for projects where the structural loading of the electrical services needs to be controlled.
The digital modelling software can help you plan the routes of cables and cable management with accurate product dimensions embedded in the model thanks to the integration of our product data within the system. Clash-detection and integrity checking are automatic, supporting improved buildability and avoiding costly re-working and potential delays once the project reaches site.
Designing the cable management installation using a 3D modelling program enhances efficiency for all disciplines and helps the team to manage risk, cost and timescales for both new build and refurbishment projects. Potential savings can be identified and plants can start up faster and more safely, meeting mission-critical deadlines and requirements.
It’s not just the design process that’s more accurate when using a cable management system that’s been integrated with a digital modelling program; the Vantrunk data in the system also helps to ensure a smoother procurement process.
Our investment in fully integrating our product catalogue with the most popular digital design software platforms means that you benefit from full part code compatibility with Vantrunk’s ordering system. It also means that drawings, reports and bills of materials (BoM) are produced directly from the digital modelling software, ensuring their accuracy and compatibility with the products in our range.
We know that integration of our products with digital modelling software has made a big difference to the engineers and design teams we work with, because they’ve told us.
Here’s what lead electrical engineer, Gary Hastings, had to say: “Using the Vantrunk catalogue in the Aveva PDMS modelling system during the design phase will prevent clashes with all items that have been modelled, thus significantly reducing any re-work during the construction phase.
“The catalogue has an accuracy of modelling down to 1mm and the precise design produced enables enhanced scheduling and forward planning and the accurate production of MTOs and isometric drawings for construction.”
For more information on designing Vantrunk systems into your project using digital plant modelling software contact our technical team email@example.com.
Operator GDF SUEZ E&P UK Ltd (38.75%) and partners Centrica (48.75%) and Bayerngas (12.5%) were on site to witness the Alpha wellhead platform begin its 123 nautical mile journey to site. It is the first of four platforms for Cygnus, the largest gas discovery in the Southern North Sea in the last 25 years.
The topsides weigh 1,640 tonnes, and at 23 x 23 x 10 metres in size, have taken approximately 16 months to build from the first steel cutting ceremony held in December 2012. In August 2012, GDF SUEZ E&P UK placed a frame contract with Heerema Fabrication Group’s Hartlepool yard for the construction of three topsides, a compression module, two bridges and a flare tower for the four offshore platforms for the Cygnus field.
The compression module as well as the 4,000 tonne process and utilities topside for the Alpha platform are also currently under construction at Heerema, as well as the 3,500 tonne wellhead topsides for the Bravo platform, both with scheduled delivery of April 2015.
Vantrunk as a sub-supplier to MacLean Electrical were awarded a major contract to supply their world renowned Speedway Cable Ladder system to the GDF SUEZ E&P UK operated Cygnus Gas Project.
Deployed at a water depth of 1,600 meters, P-62 is an integral part of the Module 4 project for the Roncador field. Twenty-two wells, 14 oil and gas production and eight water-injection, will be connected to the platform.
The platform, also known as a floating production, storage and offloading unit (FPSO) has the capacity to process up to 180,000 barrels of oil and 6 million cubic meters of natural gas per day.
Oil will be taken off the FPSO by shuttle tankers, and natural gas via a pipeline connecting the FPSO to the Campos Basin gas distribution network.
Vantrunk supplied the stainless steel cable management for the FPSO in conjnuction with Polar Ltda, our Brazillian distributor. The FPSO construction work created 5,000 direct jobs and 15,000 indirect jobs, with local content reaching 63%. The unit’s oil processing and gas compression modules were built in Rio de Janeiro and taken to the Estaleiro Atlântico Sul (EAS) shipyard in Ipojuca, Pernambuco state, where the electrical panels and main power generation modules were built and all modules integrated to the platform’s hull.
To celebrate Vantrunk's 50th Anniversary throughout 2013, the company launched the Xtreme Challenge. The competition offered an Xtreme monthly prize and an Xtreme Trip of a Lifetime. Vantrunk would like to congratulate all competition winners of 2013 and in particular the Trip of a Lifetime Winner Dirk van Koetsveld of Fluor who won the trip of a lifetime to the world famous Ice Hotel in Lapland to see the Xtreme Aurora Borealis.
To celebrate Vantrunk's 50th Anniversary throughout 2013, the company launched the Xtreme Staff Challenge. The competition offered an Xtreme monthly prize and an Xtreme Trip of a Lifetime. Vantrunk would like to congratulate all competition winners of 2013 and in particular the Trip of a Lifetime Winner Michelle Glen, Unitrunk Livingston who won a trip to Lapland during December with her family.