The Weinstein Company office at 99 Hudson before  and after the renovation, Photo: Camila Amaral

The Weinstein Company’s offices at 99 Hudson Street have sat vacant since 2018 following widespread allegations of sexual misconduct against its founder, Harvey Weinstein. The space has deep roots for Harvey and his brother Bob, who built Miramax from inside its walls years before TWC was created. Now, with their remaining assets sold off and Harvey Weinstein in prison, there are 13,000 square feet of newly renovated commercial real estate with a dark past up for grabs in Tribeca.

Earlier this year, Barbara Kavovit, founder and CEO of Evergreen Construction, beat out three male-owned competitors for the privilege of ripping apart the Weinstein Company’s former headquarters. “I felt that I was doing something for female empowerment by ridding the space of bad karma and the things that went on in that organization,” the CEO, author, and former Real Housewife of New York says.

The redesign of 99 Hudson represents what Kavovit calls “a #MeToo–inspired shift in office culture.” The new space prioritizes transparency, with an open floor plan and glass walls instead of opaque office doors. Although the efficacy of open plans—particularly for female employees—has been hotly debated, Kavovit’s approach represents a stark contrast to what she calls Weinstein’s “closed-off…gloomy, ominous space.” Bright light now pours in from multiple angles. She describes “a big open kitchen where people can hold meetings. You can be in an office 75 feet away and still see what’s going on in the kitchen…everything is very transparent and light to really foster a safe work environment.”

Barbara Kavovit, founder and CEO of Evergreen Construction,

‘I felt that I was doing something for female empowerment by ridding the space of bad karma’

 

There’s no questioning that COVID-19 has forced many to rethink open offices altogether, but Kavovit emphasizes the layout’s adaptability. “Whoever leases that space is going to come in and take COVID prevention to the next level,” she says, referring to the plexiglass dividers and additional glass walls a future tenant might install. As for the construction process itself, which started in March 2020, safety was of the utmost importance. “Personal protective equipment was used throughout the project, and everybody was maintaining social distancing, wearing masks, and sterilizing,”

For Kavovit, this project was about more than just winning a bid or crafting a well-made space. “It was a very emotional feeling for me because I look at myself as being a very brave woman who’s had to stand up to an onslaught of different situations over the past 25 years,” she says. “I felt like I had a similar trajectory to the women that stood up in the courtroom, so it was important for me to represent all women within the #MeToo movement.”

Working in a male-dominated field, Kavovit “knows what it means not to be taken seriously,” and she’s passionate about helping other women navigate the construction industry. That passion was clearly reflected on the Weinstein project, where the “star project manager is a woman and probably 25 women at any given time were doing electrical work, demolition, and sprinkler work.” She took videos on-site, she explains, “because it’s so important to show women that they can break through the glass ceiling and this old boys’ network. We just have to keep chipping away.”

 

 

Evergreen Construction completed the renovation of 99 Hudson this month, and the office is now up for lease by its owner, Olshan Properties. The question remains whether prospective tenants will be able to overlook an office space famously associated with sexual misconduct, but Kavovit isn’t concerned. “Knowing that there was so much determination and resilience and grit that went into this beautiful space…it was about so much more than just taking a sledgehammer to it,” she says. “It’s turning over a new leaf on where we were and where we are going in the world.”

 

Source: Vogue

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Neste is launching a new product, Neste RE, a 100% renewable and recycled raw material for plastics and chemicals production. It is a product for tackling climate change through reducing the need to use virgin fossil resources, while it also provides a new solution to the end-of-life related challenges the polymers and chemicals industries are facing today. Neste RE can be used in a wide range of plastics applications, from sports gear to toys, even in sensitive applications such as high-performing medical equipment. Neste RE makes it possible to use bio-based waste and residues and waste plastic in the manufacture of high-quality products.

The world’s economy is only 8.6% circular today (source: Circular bioeconomy study, 2020, WBCSD & BCG). The urgency to move towards a truly circular economy is high (source: IPCC Global warming report) and will deserve a variety of different technologies. Neste has a decade-long experience in developing and producing renewable and circular solutions for transportation, and is now extending its offering to the polymers and chemicals sectors. With this, Neste supports the reduction of crude oil dependency by providing more sustainable alternatives to the currently used virgin fossil-based feedstock in plastics and chemicals production.

“We need to take drastic action to achieve the necessary change towards a circular economy in materials. With Neste RE, we combine the best of renewable and recycled materials, to serve as a sustainable feedstock alternative for the polymers and chemicals sectors. This new product provides a new solution for the industry to close the circle of material flows. Neste RE is available globally, and together with like-minded partners, we can use Neste RE as a tool to change and revolutionize plastics,” says Lars Börger, Vice President of Renewable Polymers & Chemicals at Neste.

 

A fresh start for plastics

Neste RE is both renewable and recycled: the product’s renewable components can be produced from waste and residue oils and fats and sustainably-produced vegetable oils. The recycled component is produced from chemically-recycled plastic waste that cannot be recycled mechanically, such as colored, multilayer or multi material packaging.

The more fossil resource based content is replaced with content from renewable or recycled origins, the better for our planet. In 2018, over 29 million tons of post-consumer plastic waste was collected, and of this, only 9.4 million tons was directed to recycling (source: Plastics Europe) – even less actually recycled. Furthermore, the share of global oil production used to produce plastics, which is currently 6%, may reach 20% by 2050 (source: New Plastics Economy, Ellen MacArthur Foundation). To tackle these numbers by accelerating the plastics industry’s transformation towards a circular bioeconomy, urgent action is required, collaboration among some of the industry forerunners playing a key role.

Neste’s collaborations are already bearing fruit: In 2019, Neste collaborated with LyondellBasell to produce the world’s first commercial-scale volumes of renewable, bio-based polypropylene. And in March 2020, Neste collaborated with Borealis to produce renewable polypropylene with renewable propane at a propane dehydrogenation facility for the first time in history. Clariant added an entire range of additives based on Neste RE. Together with Recycling Technologies and Unilever, Neste combines expertise to test and validate systems to chemically recycle waste plastics. In a strategic cooperation with Covestro, Neste is promoting the use of sustainable raw materials in plastics production, particularly in the production of polycarbonates. And, together with Jockey, Neste has a collaboration with a target to develop the market for rigid packaging from sustainable renewable and recycled materials for food and non-food applications.

Neste RE is available worldwide to the polymers and chemicals value chain including brands wishing to add bio-based and recycled content to their offering. Neste RE is a drop-in solution compatible with existing polymers and chemicals production infrastructures. Materials produced with Neste RE are of high quality – identical to plastic products made out of virgin fossil feedstock, e.g. recyclable similarly to their virgin fossil counterparts.

 

 

Neste in brief
Neste (NESTE, Nasdaq Helsinki) creates solutions for combating climate change and accelerating a shift to a circular economy. We refine waste, residues and innovative raw materials into renewable fuels and sustainable feedstock for plastics and other materials. We are the world’s leading producer of renewable diesel and sustainable aviation fuel, developing chemical recycling to combat the plastic waste challenge. We aim at helping customers to reduce greenhouse gas emissions with our renewable and circular solutions by at least 20 million tons annually by 2030. As a technologically advanced refiner of high-quality oil products with a commitment to reach carbon-neutral production by 2035, we are also introducing renewable and recycled raw materials such as waste plastic as refinery raw materials. We have consistently been included in the Dow Jones Sustainability Indices and the Global 100 list of the world’s most sustainable companies. In 2019, Neste’s revenue stood at EUR 15.8 billion, with 82% of the company’s comparable operating profit coming from renewable products.

 

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By Andrew Gillard, Sika Business Unit Manager – Industry and MMC

 

This year has seen events that have re-shaped the world we live in. The world around us has seen generational shifts, with rapid transformations in IT, and advances in technology. Modern Methods of Construction (MMC) continues to move towards the heart of our construction industry in the UK. We understand that, for the offsite constructor, finding ways to increase PMV for the client, but keeping the manufacturing process as efficient as possible, can be challenging. We believe that it is the responsibility of key suppliers to assist this process, in whichever way possible. At Sika, we have the technology to support all areas of manufacture.

Sika can support the advancement of PMV, by providing unique and high-performing solutions. We can demonstrate high levels of technical knowledge, and support in many applications, from the floor, through to roof; these being interior and exterior applications for volumetric, panelised or pod manufacture. Our approach is to define ways to reduce build-time, simplify bill of materials, and increase quality as well as life expectancy, whether it be timber or steel framed construction.

It is necessary for the offsite manufacturers to rely on the technical support and product know-how of their supply partners. Technical support and training are a key requirement of a professional partner. We can support the offsite manufacturer with advice on Process Failure Mode Effects Analysis (PFMEA) and, where necessary, aid with training and upskilling of the client’s workforce.

We go beyond the supply of materials – we can assist with the development, testing and design, through to supporting a manufacturer’s implementation and process optimisation in modular building production.

 

Interior Applications

In the context of interiors, we can support with clever materials for cementitious bases through floor coatings, to Luxury Vinyl Tile (LVT) adhesives and good solutions for wood floor bonding, as well as traditional floor tile adhesive systems.

We can also support with joint sealants, whether it be sanitary or aesthetic. Our passive fire protection range can assist in making units safer. Our reduced dust, low emission wall levelling compound meets all the latest EHS requirements, and gives class-leading finishing characteristics. Our high green strength adhesive can be used to reduce the requirement for mechanical fixings, which can create Noise, Vibration and Harshness (NVH) issues. Pretty much, we can help you look at applications in new ways.

 

 

Exterior Applications

We understand the need for water tightness and with our weather-proofing solutions for roofing, walls and windows, etc., we aim to assist you to deliver units, with minimal retro repair, and reduced zip-up costs. Our robust solutions will reduce transit damage of volumetric units, and our ideas to reduce weight will lower CO2 from transportation requirements.

Our innovations to improve structural rigidity of units can mitigate flex in transit, and the subsequent repairs. Our membrane systems can assist with keeping the weather out, whilst the units wait to be slotted into the final building. Whichever exterior wall finish is used, Sika can support our customers. From renders to adhesives for brick slip bonding, to wood adhesives and bonded panelised systems.

 

Pod Manufacture

Our solutions for Bathroom Pods and wet rooms can reduce waiting time for curing. Whether it be for the concrete base or ETAG022 systems for wetroom walls and floors, for tile bonding with automated solutions, or fast curing stiffener bar attachment, we are able to help.

To summarise, in the last year, Sika has been learning about the challenges that face the MMC arena. To be able to support the required PMV levels, offsite and modular constructors warrant additional levels of service and innovation. After identifying key applications, Sika has leveraged its huge product range to come up with some great solutions, to improve rigidity, reduce noise transfer, improve fire performance, reduce cycle time, lower costs, enhance sustainability, boost quality and provide a one-stop-shop from basement to roof.

 

For more information on how we can assist you, contact James Taylor on 01707 363893 or visit our website here:

 

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Professor Gabriela Medero with the K-Briq

 

A new recycled brick, made using a tenth of the energy of a standard clay brick, has been named STEM Research Project of the Year at the UK’s Times Higher Education awards.

The brainchild of academics at Heriot-Watt University in Edinburgh, the K-Briq was recognised by competition judges as an ‘important contribution…to sustainable construction worldwide’ and ‘a potential game changer’.

Up to 90% of the the K-Briq’s constituents come from building-site waste, with the unfired production process said to take two to three minutes, as opposed to up to 40 hours for traditional fired bricks. The process has also been shown to reduce C02 emissions by 90%.

A spin-off company, Kenoteq, has now established a production process with a goal of manufacturing as many as 3 million K-Briq’s by the end of the year.

Meanwhile, a flagship project has been established for 2021, with the new Serpentine Pavilion in London set to use the new bricks in its construction.

The university project that resulted in the development of the K-Briq was led by Professor Gabriela Medero from the School of Energy, Geoscience, Infrastructure and Society, and Dr Sam Chapman, managing director of Kenoteq.

Professor Gabriela Medero, said, “We set out to create a building product that could embed sustainability at the heart of the construction industry. Globally, construction accounts for 39% of the world’s total CO2 emissions so tackling this challenge will have a huge impact on the sustainability of the sector as we push towards net zero targets. This award is testament to the tireless work of our interdisciplinary team of civil, structural, chemical and mechanical engineers, architects, chemists and geologists who have collaborated for more than a decade to bring K-Briq to market.”

 

Source: Construction Europe

The British Automatic Fire Sprinkler Association (BAFSA) welcomes the changes to Fire Safety : Approved Document B (ADB) which come into force today, 26th November 2020

However we do question does the measure go far enough?

The changes with regard to the mandatory installation of automatic fire sprinklers in England, affect new build, material alteration, material change of use and extensions. The main points being

The height threshold for the provision of sprinklers is reduced from 30m down to 11m.

BS9251 or BS EN 12845 continue to be recommended for sprinkler system installations in flats.

There will be no recommendation for sprinklers to be provided in common areas when these are fire sterile (lacking in combustible materials.)

The new provisions will apply to extensions so that sprinkler protection and wayfinding signage will be necessary in any newly formed accommodation in buildings with a floor 11m or more above ground level.

BAFSA questions whether the requirement should have been extended to all new built flats, no matter the height. Evidence has shown that automatic fire sprinklers protect residents of flats from fire, they limit fire spread protecting means of escape for residents, they also protect Firefighters who attend such fires.

It is also a proven fact that automatic fire sprinklers reduce property and contents damage from fire by extinguishing or controlling the fire in its early stages.

This evidence applies equally to flats below 11 metres as well as those above that height, perhaps an opportunity missed?

 

However, this legislation will help to protect both the lives of future occupants and also help to preserve much needed accommodation for our growing population.

BAFSA is dedicated to making sure that sprinkler systems are installed to the highest professional standards. When properly installed by competent contractors, automatic fire sprinkler systems have a well proven track record for reliability and effectiveness; and BAFSA prides itself that all installer members must be certificated by one of the United Kingdom Accreditation Service’s approved third party certification schemes.

 

BAFSA

 

Fluor team to design nuclear plants for NuScale’s small modular reactors

American engineer Fluor has partnered with energy firm Sargent & Lundy to design and build future American nuclear power stations for NuScale, the small modular reactor company that it part owns.

Fluor will design the turbine island and balance-of-plant facilities and Sargent & Lundy will cover the nuclear island.

Thomas White, Sargent & Lundy’s president, said: “The opportunity to team with NuScale and Fluor for the design and construction of SMR plants further extends Sargent & Lundy’s history of being at the forefront of nuclear new generation design.”

Alan Boeckmann, Fluor’s executive chairman, said: “This collaboration … further solidifies the opportunity to bring new carbon-free energy to the US and North America.”

NuScale was formed in 2007 to commercialise the American SMR market, and is currently the only manufacturer to gain design certification approval from the US Nuclear Regulatory Commission (NRC).

In September 2020, the NRC issued a final safety evaluation report for NuScale’s SMR design after three years of investigation.

 

Source: Global Construction Review

A Cumbria County Council committee has asked to be included in a new working group exploring the suitability of Copeland for the site of an underground radioactive waste facility.

The council’s local committee for Copeland agreed on Tuesday to submit a request to Radioactive Waste Management to join its newly-formed working group, exploring the viability of siting a Geological Disposal Facility in Copeland.

The facility would provide deep underground long-term storage for nuclear waste, and the Government is now looking for viable potential sites for the construction of such a facility.

Copeland Council is already a member of the working group.

Conservative county councillor for Cleator Moor East and Frizington, Arthur Lamb, proposed to the committee on Tuesday that it express an interest in joining the working group, “to make sure that all tiers of local government are represented.”

The suggestion was unanimously agreed.

Also at Tuesday’s meeting, cabinet member for economic development and property, Labour’s David Southward, provided an update on recent developments in the nuclear landscape, which could prove to have a profound effect on Copeland’s future.

He explained that the much-anticipated energy White Paper will soon be published by the Government, which is expected to outline its position on the degree of support it will give to new nuclear power station projects in future.

This could have significant consequences for the future of the Moorside project, which may see a new nuclear power station built close to the Sellafield site.

 

 

Another avenue Mr Southward said may be explored in the White Paper is the role advanced modular reactors could be set to play in the Government’s future energy strategy.

He said it was now “clear” that Rolls Royce is the preferred provider for such technology.

“They’ve said clearly they would need to build 16 as a minimum to make the project viable,” he said.

“Those who are closer to Government than I am suggest there may be four allocated to the Moorside site.

“If that’s the case, it can only be good news.”

Mr Southward added that an alternative to advanced modular reactors at Moorside contributing to the national grid would be that “one or more of these AMRs would be build in conjunction with something like a hydrogen plant, which would make it a ‘one-stop shop’ for hydrogen.

“That sort of thing is being looked at.”

He added progress on this is likely to be several years in the making.

“I would remind people that as far as I know, the generic design assessment for the AMRs has still to be completed. That is frequently a two or three year process.

“After that, under the nationally significant infrastructure project regime, there would be a pause again, for perhaps three years, for development consent orders.”

He added that the “most crucial” result he hoped for from the White Paper was an indication on Government’s attitude is towards financing these projects.

Mr Southward said funding for AMRs would be easier to source than for conventional power stations.

“Clearly because of their size, there are only about an eighth or a ninth of a conventional power station, the funding for an AMR would be easier to raise on the market,” he said.

“It would still be, I would guess, something in the order of £2bn to £3bn.

“It’s not pocket money.”

 

Source: News & Star

 

On October 28, 2020, Hilti introduced its first robot, Jaibot, a semi-autonomous mobile ceiling-drilling robot. The Hilti Jaibot will help MEP installation contractors tackle productivity, safety and labor shortage challenges. With this new robotic solution Hilti makes a further step toward the digitization of construction sites.

Hilti Jaibot – ceiling drilling robot

The Jaibot executes its tasks based on building information modeling (BIM) data. The robot is a completely cordless and easy-to-use system that doesn’t require expert skills. It locates itself accurately indoors, drills the holes dust-controlled and finally marks them according to the trade. This is what makes the solution ideally suited for the mechanical, electrical and plumbing trade (MEP).

“The productivity of the construction industry has been lagging behind other sectors for years. Margin pressure and shortages of skilled labor are already facts of life in our industry and make it increasingly difficult to overcome productivity shortfalls. But leveraging the opportunities offered by digitization will compensate for it. We do this by intelligently linking processes, teams and data,” said Jan Doongaji, Member of the Executive Board, Hilti Group. “With Jaibot, and in close collaboration with our customers, we are further stepping towards realizing the efficiency that digital transformation can and will bring to construction sites.”

 

 

Paradigm shift in the construction industry underway 

Time and budget overruns are common, especially for large construction projects. Significant productivity gains are possible with digitally planned construction projects and their realization with the help of robotic solutions. BIM-enabled robotic solutions also make the construction process more transparent with improved execution speed, constant performance and fewer errors. Daily progress can be reported from the field to the project office via cloud computing. Potential conflicts between the trades involved on a jobsite also can be detected at an early stage and then limited, resulting in more projects delivered on-time and within budget.

Helping workers with the most physically demanding tasks

Safety played an important role in the development of the Jaibot. It is designed to assist tradespeople in physically demanding, repetitive installation tasks such as drilling numerous holes overhead for many mechanical, electrical or plumbing installations. It is navigated by the worker via remote control and uses reference data from a robotic total station, the Hilti PLT 300. Holes within reach are drilled automatically.

“We looked at which routine work on the construction site is among the most stressful, and that is primarily overhead work,” said Julia Zanona, Product Manager for Robotics at Hilti. “From the beginning, it was important to us to develop a robotic solution that supports our customers where it is most needed. The Hilti Jaibot takes over the most strenuous and exhausting tasks, working alongside the installation team.”

Source: Hilti

 

The UK Treasury said yesterday it is important to consider large-scale nuclear projects in addition to Hinkley Point C (HPC) if the country is to meet its net-zero by 2050 target. This assessment rejects the advice of the National Infrastructure Commission two years ago that the government should not agree support for more than one nuclear power station beyond HPC, before 2025.

The Treasury outlined its position towards new nuclear in two documents – Response to the National Infrastructure Assessment and National Infrastructure Strategy Fairer, faster, greener. These followed the Ten Point Plan for a Green Industrial Revolution the government unveiled last week and which includes nuclear power.

According to the Ten Point Plan, the government will provide up to GBP525 million (USD700 million) to bring forward large-scale nuclear and invest in the development of advanced nuclear research and development, including up to GBP385 million in an Advanced Nuclear Fund for small modular reactors and advanced modular reactors. This is alongside GBP220 million for nuclear fusion.

In its response to the NIC report of July 2018, the Treasury said the government agrees with the assessment of the importance of developing a flexible electricity system and the significant role of renewable generation in delivering a low cost, stable, reliable and low carbon electricity system. The government also recognises the NIC’s view that a large degree of uncertainty remains which affects what the optimal mix of electricity generation technologies might be in 2050. Since the NIC assessment was published, however, the government has legislated for a target of net zero greenhouse gas emissions by 2050.

 

 

In its infrastructure strategy, the Treasury says: “Nuclear is a proven, value-for-money source of reliable low carbon power which can complement renewables. The government is pursuing large-scale nuclear projects, subject to clear value for money for both consumers and taxpayers and all relevant approvals, with further details to follow in the Energy White Paper.”

It adds: “Last year, the government consulted on a nuclear Regulated Asset Base (RAB). The government is considering the responses to this consultation and expects to publish a response in due course. Alongside considering the RAB model the government will also continue to consider the potential role of government finance during construction, provided there is clear value for money for consumers and taxpayers.”

Tom Greatrex, chief executive of the UK’s Nuclear Industry Association, welcomed the Treasury’s assessment of new nuclear.

“Meeting net zero by 2050 is incompatible with the flawed analysis offered by the National Infrastructure Commission,” Greatrex said. “It is right that the UK government have rejected [NIC Chairman] John Armitt’s group in clear and stark terms – nuclear alongside other low-carbon technologies will be required to decarbonise, and it was never a sound position to suggest otherwise. The focus now must be on delivering the infrastructure required to meet net zero – and avoiding wasting further time, effort and attention in seeking to pit low carbon technologies against each other.”

 

Source: World Nuclear News

 

Roofspace Solutions’ innovative off-site manufacturing (OSM) product i-HouseTM – which guarantees a waterproof dwelling in five days – is being implemented in a Lovell Homes site in Norwich. The result is a 35% timesaving compared to traditional building methods.

 Leading partnerships housing expert, Lovell Homes, prides itself on transforming communities across the UK. As part of its commitment to innovative residential construction and regeneration projects, it chose to embrace i-HouseTM OSM technology by Roofspace Solutions during the building of its latest development.

Crown Meadows in Norwich comprises two, three- and four-bedroom homes. Construction began in June 2020 and is planned to complete in two years – or possibly sooner as Roofspace Solutions’ i-House can create a watertight standard house shell in under a week, while combining quality, speed and safety.

In addition to speed, Lovell Homes specified i-House in 15 of the 69 Crown Meadows plots as part of its aim to reduce waste and dust, while also minimising the risk of accidents.

 

 A new way of working

The i-House uses a bigger and lighter variant of the aircrete block, which are lifted by crane and assembled in a similar sequence to a timber frame build. This results in a much faster construction process than a traditional build.

Intended for domestic property construction of up to three storeys, i-House consists of inner leaves of external cavity walls, separating walls, floors, lintels, cavity closures, insulation and roof trusses, with the inclusion of soffit and fascia for the internal skin of the property.

Roofspace Solutions is working alongside supplier H+H to design and produce the large-scale Celcon Elements, which are manufactured from the same material as the aircrete blocks. This gives them the same advantages, such as outstanding thermal performance and reduced heat loss at thermal bridges.

Manufactured with a width of 600mm and a thickness of 100mm, Elements are designed to be craned into place onto a bed of mortar on standard foundations. Blocks are joined using thin-joint mortar with 2mm (3mm) joints, providing an extremely airtight finish.

The fact that the solution is manufactured off-site, and larger elements are constructed prior to being delivered to the site in Norwich, means less waste and dust is created for workers. This results in a safer and cleaner working environment. Furthermore, workers on site are not exposed to chemicals.

Crucially, as the homes are watertight in under a week, it has increased Lovell Homes’ construction programme, allowing internal trades to begin their work sooner than with a traditional build.

With the additional consideration of building during the time of Covid-19, the OSM solutions enhance Lovell Homes’ stringent social distancing protocols. At the Crown Meadows site, approximately four builders will be able to build six houses in four weeks, with i-House increasing the output per person.

The i-House package also includes floor cassettes and JJI-Joists provided by Pasquill, sister company of Roofspace Solutions, due consistency of quality and supply and a nationwide delivery service. A total of 60 cassettes will be provided to the same 15 OSM plots on the Crown Meadows development, with each home’s first floor containing an average of 3-4 cassettes.

The Pasquill cassettes, which are made with chipboard and softwood, are ideal components to work alongside the i-House as they facilitate faster timescales and dramatically speed up the erection process. This increasingly popular method allows the contractors to install the floors in one day with little on-site work required.

The cassettes are also installed with Pasquill’s JJI-Joists, also known as I-beams, to create ‘quiet’ floor solutions and consistent dimensions provide extra stability. They do not need insulation to gain compliance with Building Regulation Part E (sound) when installed at 400mm centres and above. They are lightweight, stable, easy to run services through and cost effective.

 

 

Building better results

Paul Terry, Managing Director of Roofspace Solutions, said: “The construction industry is facing many challenges. The only way we will be able to ‘build back better’ and meet government and industry targets for housebuilding is by working together and embracing new technologies.

“The Crown Meadows development is coming along well, and we’re glad that Lovell Homes is already experiencing the time-saving benefits from i-House and Celcon Elements. We’re enjoying working on this project with a developer who has such high standards and look forward to seeing the site completed.”

Chris Gray, Senior Construction Site Manager at Lovell Homes, said: “I believe Crown Meadows will be a much quicker build, from start to finish. Of course, it’s difficult to compare like-for-like, but recently a plot went from being a concrete pad to us laying the roof tiles within two weeks – everything fits like a Lego set!

“Based on the success so far, it’s now our ambition to bring in the development a few months ahead of schedule. For the construction industry, it’s another tool to help us get the job done well and meet the demand for housing – while reducing waste and accidents on site.

“The fact it allows us to make a property watertight so quickly has immediate benefits, such as completing the show home quicker, allowing us to drum up local homebuyer interest sooner. Overall, I think this is a flexible solution that would have really useful applications during the winter or further north, where it typically rains more.”

Roofspace Solutions has been part of the Saint-Gobain Group since 2018, as part of its Off-Site Solutions division.

For more information on i-House, click here