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Better forest management means better timber

Good forest management can both protect the environment and help meet the growing demand for timber from the building trade, argues Nigel Buckley-Ryan, Södra’s UK Sales Director, Merchants. As pressure on the world’s finite resources continues to intensify, timber suppliers face a growing problem: how do we meet the needs

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Drax Becomes First to Capture Carbon Dioxide

Drax, the UK-based power plant, has become the first in the world to capture carbon dioxide from the burning of wood fuel. It has started a demonstration of a new technology that will capture 1 t/day of CO2 from a 100% biomass feedstock. The £400 000 project brings the prospect of

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A wooden Metsä pavilion in Tokyo during the 2020 Olympic Games

Metsä Group and Business Finland are joining forces in building a wooden Metsä pavilion to be used in Tokyo during the Olympic games. The pavilion will be built on the grounds of the Finnish Embassy in the centre of Tokyo, Japan. The Metsä pavilion offers multifunctional facilities which lend themselves to

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Metsä Wood: MIT Architecture contributes to Open Source Wood

Metsä Wood is pleased to announce that a graduate architecture design studio called ‘Mass Timber Mid Rise’ at the Department of Architecture at MIT is contributing to the Open Source Wood initiative – the pioneering open innovation project aimed at facilitating knowledge sharing and growth in modular wood construction. “At

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BDC 319 : Aug 2024

wood

PICK EVERARD AND WOOD FORM CONSORTIUM TO SECURE MAJOR CCS FRAMEWORK APPOINTMENT

TWO leading construction consultancies have formed a brand-new consortium to add to their procurement portfolios with the appointment to one of Crown Commercial Service’s (CCS) major public sector frameworks. Pick Everard and Wood hold reputations as being among the UK’s leading providers and working together will lead to greater success and greater benefits for clients. The formed consortium will bring together the firms’ collective expertise, resources, and skills to support the public sector throughout the whole of the UK – and internationally. Together, the firms have been appointed to five of the six available lots under the RM6165 Construction Professional Services framework covering: Lot 1 – Built Environment and General Infrastructure Lot 2 – Urban regeneration Lot 3 – International Lot 4 – High Rise Lot 6 – Environmental and Sustainability Technical Services The Construction Professional Services framework is the UK’s largest public sector framework of its kind, with a total value of up to £1.7bn. It replaces CCS’s Project Management and Full Design Team Services framework, to which Pick Everard and Wood Group were both previously appointed. Under the new consortium, clients will benefit from the two organisations’ combined forces now serving the appointed lots in collaboration. Crown Commercial Service supports the public sector to achieve maximum commercial value when procuring common goods and services. In 2020/21, CCS helped the public sector to achieve commercial benefits equal to £2.04bn – supporting world-class public services that offer best value for taxpayers. This latest appointment follows a raft of successful framework wins for Pick Everard, including two other CCS frameworks – namely the Estates Management Services and Management Consultancy Framework Three. Managing partner Duncan Green said: “We are absolutely thrilled to be announcing this consortium agreement with Wood, another industry heavyweight. “When working in such close collaboration with another organisation, the cultural alignment is of utmost importance. We have worked closely with Wood throughout recent years and this consortium appointment is the next step in the evolution of our relationship. The complementary expertise and shared client-focussed approach across our businesses will position us well to tackle any project in the public sector, providing the best possible solutions and services for any client. “We’re also really pleased to see the appointment mark us within the top consultancies being successfully awarded more than four lots on the framework, backing up the excellent industry reputations of both businesses. We look forward to continuing our collective work to deliver the excellent, high-quality services and developments for the public sector that we are known for.” The lot appointments will see the two organisations able to support public sector bodies in delivering a wide and varied range of major and minor building and civil engineering projects throughout the UK, as well as internationally under lot 3. This will cover projects that include infrastructure, urban regeneration, and high-rise accommodation typically more than 18m in height, along with the provision of environmental and sustainability technical services. Ian Cromie, senior vice president at Wood, said: “Adding this major framework to our portfolio alongside an industry leader like Pick Everard is excellent news for us at Wood. It brings significant opportunities for our combined and complementary business expertise to create benefits for the wider public sector through our development schemes. “Being appointed to five of the six available lots is a brilliant result, seeing our solutions made available across a wider breadth of the sector through an excellent, compliant and respected procurement route. We very much look forward to working in close collaboration with Pick Everard through this consortium, and to working with our clients on schemes procured through the framework.” Wood is a global leader in consulting and engineering across energy and the built environment, operating in more than 60 countries and employing around 40,000 people. For more information, please visit www.woodplc.com. Pick Everard employs more than 600 staff across its 13 offices, providing a range of project, cost, and design consultancy services. For more information, please visit www.pickeverard.co.uk.

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Better forest management means better timber

Good forest management can both protect the environment and help meet the growing demand for timber from the building trade, argues Nigel Buckley-Ryan, Södra’s UK Sales Director, Merchants. As pressure on the world’s finite resources continues to intensify, timber suppliers face a growing problem: how do we meet the needs of consumers and protect our planet at the same time? In my view, good forest management is the main way to address these apparently conflicting needs. Some may think that trees simply grow on their own and that forests therefore don’t need to be carefully managed. However, innovative and responsible forest management can make a significant difference, both to the environment and to the quality and supply of timber. So, what should good forest management look like? Nurturing healthy saplings As you would expect, it starts at the beginning with the careful selection of the seedlings that, over the next 50-70 years, will grow to maturity, create your forest, and provide the reliable supply of timber on which your customers depend. At Södra, for example, the basis of our Falkenburg nursery (where 35 million saplings passed through last year) derives from some of the best quality trees in the world. The programme does not and has never used genetic modification in any way, but rather helps ensure that all desirable traits of these selected spruce are transferred to the seeds, and then to future trees. This helps produce higher quality trees and ultimately improves the overall quality of the end-product. Encouraging good root growth Saplings themselves should be planted in conditions that will ensure strong, healthy root growth. One way of doing this is to line the pots in which they are grown with copper. This prevents roots from spiralling downwards in a corkscrew shape. Instead, the roots spread out to the edges of the pot. This trait continues when they are finally planted in the forest, which makes them less susceptible to storm damage. Before this stage, once saplings reach a height of about 15cms, they should be trimmed and generally well looked after. Errant branches should be cut off to create a nice straight sapling, maximising its chances of growing into a strong, healthy tree. As they grow, saplings will continue to need careful nurturing to keep them healthy and pest-free. However, this shouldn’t mean resorting to chemicals. At Södra, for instance, we have developed our own chemical-free pest deterrent called Cambiguard. Healthy forests lead to quality timber supply Health forests mean health trees that grow for longer, benefiting the environment as they do by absorbing and locking away harmful carbon dioxide. And typically, longer growth results in bigger, stronger, better quality trees which, in turn, means higher yields of quality timber.  Once saplings are ready to be planted out, good forest management involves planting them in a location that will offer sufficient light, water and nutrients for continued healthy growth. Responsible forest owners measure water tables regularly and make sure they have a good, up-to-date understanding of what their forest actually consists of. Modern technology can help here. For example, many of today’s foresters now use drones to view the forest. Amongst other things, this enables them to identify which areas need to be thinned and which areas will work well left as nature strips. The role of thinning and nature strips Thinning is an essential element of good forest management and consists of removing slower-growing or defective trees, so providing more space and sunlight for the remaining trees. The subsequent improved supply of soil nutrients, water and light results in bigger, healthier trees. Nature strips also play an important role in forest husbandry. These are areas of forest left untouched so that wildlife can flourish, which helps maintain a balanced forest ecosystem and contribute to the overall health of the forest. Conservation and increased production can go hand in hand In my view, a long-term, evidence-based approach is critical to successful forest management. At Södra our systematic approach over the last 20 years has led to both an increase in voluntarily protected areas with high conservation values and greater production. Over the next five years we’re going a step further and aiming to use our ongoing research and development to achieve a 20 per cent higher annual rate of forest growth while still meeting our sustainability targets. This ambition demonstrates that conservation and improved productivity can go hand-in-hand. Indeed, many forest owners find that, in time, less invasive forestry methods lead to forests with better growth and increased wood volume. This translates into the reliable supply that is so important for builders’ merchants and other timber buyers, particularly in the current climate of uncertainty around the outcome of Brexit. Care with harvesting As they mature, trees will continue to need monitoring to make sure they are still receiving an adequate supply of water, light and soil nutrients. Generally, it takes around 50-70 years for a tree to fully mature and reach its full height, and only once a tree has stopped absorbing harmful carbon dioxide (and locked it away forever), will it be harvested. As with the earlier stages of a tree’s life, good forest management can minimise negative environmental impacts at the harvesting stage. For example, it is important to protect the forest floor and reduce soil damage by constructing temporary roadways and laying down branches. It is also important to identify important habitats that should be preserved. The end results By managing forests in the careful, responsible way I have outlined forest owners can make a significant difference to the environment and, at the same time, provide a reliable supply of the sustainable and quality timber that’s increasingly in demand to meet today’s construction needs.

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Drax Becomes First to Capture Carbon Dioxide

Drax, the UK-based power plant, has become the first in the world to capture carbon dioxide from the burning of wood fuel. It has started a demonstration of a new technology that will capture 1 t/day of CO2 from a 100% biomass feedstock. The £400 000 project brings the prospect of a carbon-negative power plant closer to reality, according to Drax. It is the first of several planned bioenergy carbon capture and storage (BECCS) projects planned at the site. “Proving that this innovative carbon capture technology works is an exciting development and another important milestone in our BECCS project. Climate change affects us all so this is of real significance – not just for us at Drax, but also for the UK and the rest of the world,” said Will Gardiner, Drax Group CEO. “The successful deployment of BECCS requires us to identify ways in which the carbon dioxide we’re now capturing can be stored or used in other processes and we’re working with the government and other businesses on that. We’re focused on working together to make the progress required for us to tackle climate change and enable a zero carbon, lower cost energy future,” Will added. The demonstration started by Drax uses a solvent-based technology developed by UK-based C-Capture. The system started being commissioned by engineers in November 2018. The data that is obtained about the CO2 capture process will continue to be analysed throughout the pilot to fully understand the potential of the technology and how it could be scaled up at Drax. Identifying and developing ways to store and use the carbon dioxide being captured is part of it. “Working at this scale is really where the engineering gets interesting. The challenge now is to get all the information we need to design and build a capture plant 10 000 times bigger,” concluded Caspar Schoolderman, Director of Engineering at C-Capture.

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A wooden Metsä pavilion in Tokyo during the 2020 Olympic Games

Metsä Group and Business Finland are joining forces in building a wooden Metsä pavilion to be used in Tokyo during the Olympic games. The pavilion will be built on the grounds of the Finnish Embassy in the centre of Tokyo, Japan. The Metsä pavilion offers multifunctional facilities which lend themselves to many kinds of events: exhibitions, seminars, celebrations and relaxation. It will serve as a meeting place for Finland’s Olympic team during the Summer Olympic Games and the Paralympic Games. The Metsä pavilion is an excellent example of the advantages offered by industrially manufactured wood elements. The building uses Kerto® LVL (laminated veneer lumber) products produced by Metsä Wood, part of Metsä Group. Building with Kerto® LVL elements is fast and the lightness of the material enables construction on top of existing buildings, as is the case in Tokyo. Similar elements can be used also in buildings of larger scale. “The pavilion takes advantage of high-quality wood products – which function as a long-term carbon store – in a variety of ways. The pavilion can be transported to the site as ready elements, unloaded, moved again, and re-assembled. This is in line with Metsä Group’s goal to replace fossil-based products with renewable and recyclable materials,” says Mikko Saavalainen, SVP, Business Development, at Metsä Wood. The Kerto LVL products to be used in the pavilion’s construction are ecologically sustainable and efficient in terms of their material. The production process of the materials and elements generates very little waste. The elements will be pre-assembled at the plant of Metsä Wood’s partner company and, thanks to this, assembly on site will be rapid. The architectural design of the Metsä pavilion will be carried out by Helin & Co Architects. The design is based on the Kerto® LVL-based elements freely available to everybody in Metsä Wood’s Open Source Wood service.

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Structural Timber Awards – Winners Announced – Celebrating the Simply Outstanding

Put it down to perfect timing, with the heightened interest in offsite technology, combined with the abundance of outstanding projects and product innovations it is easy to see why the 2018 Structural Timber Awards surpassed all previous events in terms of the calibre of entries and attendance. Construction professionals gathered at this prestigious award ceremony on October 10, at the National Conference Centre, Birmingham – to celebrate the great, the good and the simply outstanding. The Awards were hosted by compere Mark Durden-Smith and as anyone who has attended this event will know – his infectious humour is just one of the reasons this is a fantastic night out. With nearly 250 outstanding submissions, this year’s Structural Timber Award judges had an onerous job of selecting the winners. The big winner on the night was The Macallan Distillery project, which scooped the Winner of Winners plus two other categories. One of the judges commented: “The Macallan Distillery project and the precision installation of the engineered timber gridshell roof should be highlighted as a case study, par excellence, to the entire structural timber sector”. The head of the judging panel and Chief Executive of the Structural Timber Association, Andrew Carpenter said of the night: “The depth of expertise across all categories was impressive and the exceptional number of entries clearly demonstrates the upturn in the industry. The Structural Timber Awards is a high-point in the construction industry calendar and it is truly inspiring to see so much activity in the sector.” The full list of award winners are: Architect of the Year: Chadwick Dryer Clarke for The Stephen Perse Foundation Sports & Learning Building Client of the Year: Bloomberg LLP for Bloomberg European HQ Commercial Project of the Year: Heyne Tillett Steel & Studio RHE for The Import Building Contractor of the Year: Balfour Beatty for Abbey Wood Custom & Self-Build Project of the Year: STREIF UK for Skyfall Education Project of the Year: Eckersley O’Callaghan for Freemen’s School Engineer of the Year: Arup for The Macallan Distillery Installer of the Year: L&S Baucon GmbH for The Macallan Distillery Low Energy Project of the Year: Ruth Butler Architects for Hampshire Passivhaus Pioneer Award: Urban Splash for HoUSe Private Housing Project of the Year: Barratt Homes Yorkshire East Division for St Wilfrids Walk Development Product Innovation Award: Moduloft for Chippenham Bungalow Project of the Year: AKT II & Fosters & Partners for Bloomberg European HQ Project or Construction Manager of the Year: Barratt Homes Yorkshire East Division – Mark Greenley, Site Manager Retail & Leisure Project of the Year: METSÄ WOOD for Center Parcs, Elveden Forest Social Housing Project of the Year: CCG & Stora Enso for Ellerslie Road Development Best Use of SIPs: Innovaré Systems for Glasdir School Best Use of Solid Wood: METSÄ WOOD for Center Parcs, Elveden Forest Best Use of Timber Frame: Stewart Milne Timber Systems & Barratt Homes Yorkshire East Division for Barratt’s St Wilfrids Walk Development Winner of Winners: Arup, L&S Baucon GmbH, Robertson, Wiehag GmbH & Rogers Stirk Harbours + Partners for The Macallan Distillery There has already been a large amount of attention focused on next year’s awards, which will be returning October 2019. The Awards once again will reward excellence, celebrate expertise in timber technology and the ways it contributes to an attractive, energy efficient and sustainable built environment. For the hundreds of construction professionals who have attended the Structural Timber Awards, there is no need to explain the promotional opportunities that go hand in hand with this event. The Awards provide one of the most effective platforms to promote brands or companies alongside the best of the best. For details on sponsorship packages and promotional opportunities and to register interest to either sponsor the 2019 Structural Timber Awards or to enter your project into the awards, please contact Amy Pryce – amy.pryce@radar-communications.co.uk Please note that the Submission deadline for entries into the 2019 Structural Timber Awards is 31 May 2019.

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Metsä Wood: MIT Architecture contributes to Open Source Wood

Metsä Wood is pleased to announce that a graduate architecture design studio called ‘Mass Timber Mid Rise’ at the Department of Architecture at MIT is contributing to the Open Source Wood initiative – the pioneering open innovation project aimed at facilitating knowledge sharing and growth in modular wood construction. “At a moment when many coastal US cities face the challenges of urbanization, innovating and so testing ideas for green urban hybrid housing is more essential than ever. Our MTMR studio explores new models of mid-rise affordable housing utilizing mass-timber technologies and Metsä Wood’s Open Source Wood initiative provides us valuable insight into wood construction and prefabrication technologies”, says Professor Andrew Scott of MIT Architecture. The Open Source Wood initiative aims to speed up the growth of modular wood construction by making wood element designs freely available for all. Only a fraction of urban construction today is wood, partly because knowledge and expertise in wood construction have been difficult to find. Open Source Wood gathers innovations in modular wood construction from all corners of the world and makes them available for all, free of charge. “We are excited to work with the design studio at MIT Architecture and I look forward to what we can achieve together”, says Mikko Saavalainen, SVP Business Development Metsä Wood. The MIT group participates today in an Open Source Wood Hackathon in Finland together with Metsä Wood and students from Aalto University. Learn more about Open Source Wood and how you can participate: www.metsawood.com/opensourcewood

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