Housebuilder acquires land to continue North East expansion

 

North East housebuilder Homes by Carlton is pushing ahead with its expansion strategy as the company acquires land to develop and complete its single largest site.

The award-winning County Durham developer, which has successfully delivered 50 homes on phase one of its Middleton Waters site in Middleton St George, has acquired the remainder of the land to complete the 198-unit scheme.

Middleton Waters, surrounded by ponds and country fields, is being developed in four phases over several years. Demand has been strong for the recently completed phase one with only one home remaining for sale.

Homes by Carlton will soon be launching phase 2, which will comprise 68 luxury 2,3, 4 and 5-bedroom homes, designed to a high-quality specification and with the family in mind. Construction is due to begin in the coming weeks.

Simon Walker, managing director of Homes by Carlton, said:

“With recent investment into infrastructure and transport links, such as the transformation of Teesside International Airport – which is just a six-minute drive from our Middleton Waters development – Middleton St George and the wider area of Darlington is becoming an increasingly attractive place to live.

“The remaining phases of this scheme will be delivered over a four to five-year development programme and forms part of our commitment to invest over £60 million in delivering high quality homes throughout the North East. We’re excited to bring these homes to market and once again showcase our bespoke designs and high specification.”

 

Emma Worth, development manager at Homes by Carlton, added: “This 198-unit scheme will be the largest to-date for Homes by Carlton. We’re delighted to be expanding our footprint throughout Tees Valley and County Durham, creating a bespoke product that will fill a gap in the market for prospective buyers looking for something different in the North East.”

The housebuilder has a series of sites already well under development including Thorpe Paddocks at Thorpe Thewles; The Langtons in Redmarshall; and Eastfields in Whitton. Other potential sites are already in planning.

Homes by Carlton – supported by regional investment firm Growth Capital Ventures – is creating a significant pipeline at key locations across the North East and aims to deliver more than 500 new homes over the coming years.

UK construction company appointed to deliver £150m mRNA manufacturing hub

A UK construction company that was recently ranked amongst Europe’s fastest growing businesses, has announced that it has been appointed by Harwell Campus, to build a new £150m mRNA manufacturing hub in Oxfordshire.

Glencar will begin construction of the Moderna Innovation and Technology Centre (MITC) this year, with the facility expected to become operational in 2025, subject to planning and regulatory approvals.

The investment will create hundreds of jobs across Oxfordshire and the UK and it will cement Harwell Campus as a national health tech hub for the pioneering research and development of mRNA and other nucleic acid therapeutics.

Eddie McGillycuddy, CEO of Glencar, said:

“Life science and pharmaceutical projects are complex, controlled environments that require significant design and engineering ability to ensure they are delivered correctly. We have expanded our specialist team to push forward and make these facilities a cornerstone of our continued growth in the coming years.

“We very much look forward to working with the team at Harwell, Moderna and Merit to develop this important new facility and further expand the thriving health tech cluster at Harwell.”

Darius Hughes, UK general manager at Moderna, commented: “We are delighted to reach this important milestone with Harwell and our lab build partners, Merit and building contractors Glencar. We look forward to joining the Harwell Campus health tech cluster and contributing to the UK’s science and innovation community through investments in R&D.”

Stuart Grant, chief executive of Harwell Campus, added:

“mRNA technology has the capability to transform how we treat a variety of diseases and enhance UK resilience against future pandemics. I’m delighted to welcome Moderna to Harwell Campus, and our thriving health tech cluster.”

“Another government green flop” as boiler replacement scheme fails to hit target

Full year figures for the Government’s much-publicised Boiler Upgrade Scheme show it has failed to meet the target of boilers replaced by taxpayer-subsidised heat pumps.

The scheme had a budget of £150 million to fund 30,000 heat pump installations. At the end of its first year, under 10,000 households had received their £5000 subsidy voucher.

The scheme’s unspent budget will now be returned to the Treasury.

Commenting on the scheme’s failure, Mike Foster CEO of the trade body the Energy and Utilities Alliance (EUA) said:

“It takes a certain type of genius to fail to give away £150 million of taxpayers’ money and this wretched scheme looks like it has done just that. When will the Government actually listen to the people, the majority of whom simply cannot afford a heat pump, subsidised or not.”

“The scheme is simply a taxpayer handout to those who don’t need it, to keep the secretly funded heat pump lobby quiet. It does little for carbon saving compared to investment on insulation. It does not help people keep bills low. It takes from the poor to give to the wealthy and it is an embarrassment of a policy.”

“More taxpayer-subsidised heat pumps have probably been fitted in Cornish holiday homes than the whole of Britain’s second city, Birmingham. That is shameful. People are still hurting with high energy bills, insulating the homes of those most in need should be the priority, not giving hard-earned taxpayers’ cash to those who were going to buy a heat pump anyway. It’s utterly wasteful.”

“There was a time when a Conservative Government took pride in being fiscally prudent with taxpayers’ money. Now they just ladle out the cash on a green spending spree. What makes this profligacy even worse is that insulation measures could save more carbon, keep bills down and provide a sound economic investment for the Treasury.”

 

Academics urge caution over prospects for heat pump cost reductions – government needs to act to make low carbon heat affordable

 

Research published today finds that in the last 10 years there has been little or no reduction in the average cost of a heat pump installed in the UK.

With heat pumps being a cornerstone of the government’s plans to decarbonise heat, and cost reductions factored into this policy ambition, academics call for a renewed focus on policies to help reduce costs for households.

 

Researchers from the UK Energy Research Centre (UKERC) undertook a systematic review of UK and international trends in the installed cost of heat pumps.[1] This finds that although some countries have successfully aligned market growth with reduced costs, overall cost reductions have been modest. And whilst there are now realistic prospects for prices to fall in the UK, these are unlikely to be at the scale and speed envisaged in government plans.

 

The Heat and Buildings Strategy has ‘clear ambition’ for reduced costs of 25-50% by 2025 and price parity between the installation and running of heat pumps and gas boilers by 2030. Yet most forecasts suggest a decline in the purchase and installation costs of 20-25% by 2030, which is roughly half the government’s ambition, with price parity a long way off.  And given rising international demand and supply side challenges, costs could yet rise.

 

The cost of new domestic boilers and heat pumps vary widely, typical estimates are around £3,000 for a gas boiler and £10,000 for an air-to-water heat pump.[2] Achieving installed cost parity would require a 70% reduction, and whilst the UK Government’s Boiler Upgrade Scheme, now extended to 2028, effectively halves the cost of a heat pump through grants of up to £5,000, parity requires a further 40% reduction – higher than all published forecasts in our review.

 

However, installed costs are only one aspect of total costs. UKERC research published last week,[3] finds that if electricity prices were to come down relative to gas prices, heat pumps could be cheaper to run than boilers. The recent government announcement that it plans to rebalance the cost of gas and electricity in household bills are therefore welcome.

 

Heat pumps can also offer wider benefits including reductions in overall energy demand, improved energy security due to reduced reliance on fossil fuels, and local economy and job opportunities. Over time, particularly if electricity supply becomes less reliant on gas, they also offer households lower and more stable heating costs.

Government should therefore develop a more supportive policy environment to ensure that milestones are met, and strengthen the UK supply chain, whilst doing more to remove affordability barriers.

 

 

Dr Phil Heptonstall, co-author said:

“This research highlights how it is important to consider the evidence and draw on international experiences and lessons from other technologies. By doing so it is possible to develop policies that will drive high quality and lower cost heat pump installations in the UK”.

 

Dr Mark Winskel, co-author said:

“The upfront cost of the UK’s net zero transition is an understandable policy priority, but it should not be the only concern. Our review highlights the need to align policy aspiration and targets with a realistic assessment of evidence, while also considering the wider benefits involved.”

 

Professor Rob Gross, UKERC Director said:

“To realise the low-carbon heating transition it is vital that government focuses effort on bringing heat pump costs down. Well-designed and sustained policy support will be a critical enabler of deployment growth and price reductions. A key action that could be taken right away is to bring forward the proposed shift of legacy charges from electricity to gas, reducing heat pump operational costs.”

 

The Royal Institution of Chartered Surveyors (RICS) has responded with disappointment towards the UK Government’s revised energy strategy, Powering Up Britain. The government’s revised strategy arrives in the wake of a 2022 High Court ruling that the previous plan did not provide enough detail on plans to tackle climate change.

The strategy now outlines key areas of activity for the government in progressing towards net zero but, importantly, contains little in the way of new announcements or funding. Given the significant role surveyors have in supporting the decarbonisation of the built environment, RICS has eagerly anticipated this announcement.

Key points from the revised strategy include the following:

  • Launching the Great British Insulation Scheme that will see up to 300,000 homes become more energy efficient
  • Phasing out of new and replacement gas boilers by 2035
  • The continuation of the Boiler Upgrade Scheme and £30 million towards boosting the manufacturing of heat pumps
  • Significant investment in carbon capture and nuclear technologies, as well as offshore wind farm infrastructure

Sam Rees, Senior Public Affairs Officer for RICS, said:

“While RICS welcomes any investment in the decarbonisation of the UK, RICS is disappointed by the lack of ambition or indeed any major new announcements – especially in light of the publication of the Independent Review of Net Zero led by Chris Skidmore MP. With an estimated 15 million homes needing a form of energy efficiency improvement work, the insulation policy targeting 300,000 homes falls well short of the ambition needed.

“Powering Up Britain contained little in the way of incentives for the majority of consumers and businesses to create low-carbon, energy-efficient properties. Further expected announcements by the government look set to push back decarbonisation of the built environment, including a now 12-year phasing out of gas boilers and delays to create higher EPC-rated homes.

“RICS will continue to work with UK Government, the Energy Efficiency Taskforce and Net Zero Coalition to push for greater resources towards creating a low-carbon UK, recognising the important role surveyors have in supporting the net zero transition.”

 

Transitioning to a circular economy is key to helping reduce our global resource use and will help to reach net zero and reduce our impacts on biodiversity and nature. UKGBC’s system enablers for a circular economy report listed Metrics, benchmarks, and indicators and one of the 8 enablers which will help the build environment transition to a circular economy.  

Over the past 2 years members of the UKGBC Circular Economy Forum have formed a working group to investigate current circular economy metrics and collate their thoughts on how they could practically be used on built projects. This deep dive is the result of an industry review of best practice guidance, tools and indicators, which has formed the basis for the building circularity metrics discussed in this paper. 

Currently there are no widely agreed circular economy metrics for the build environment. This paper aims to stimulate the conversation on consistency in measuring and reporting circular economy metrics by collating some of the suggested metrics for the building level.  

There are many benefits of measuring and benchmarking circular economy as outlined in this metrics report, including helping to establish what successful circular economy implementation can look like. This report looks at seven potential metrics for the building level and why it is an important consideration at a building level.  

  1. Dematerialisation (Upfront,), Kg/m2 GIA 
  2. Dematerialisation (Life Cycle), Kg/m2 GIA 
  3. Design for Disassembly & Re-use, % (tonnes) 
  4. Material: 
  5. Re-used % (tonnes) 
  6. Remanufactured % (tonnes) 
  7. Recycled % (tonnes) 
  8. Material Database and Passport % (tonnes) 
  9. Design for adaptability % (Area) 
  10. Embodied Carbon (kgCO2e/m2 GIA) 

UKGBC Circular Economy Forum 

This deep dive has been created by members of the Circular Economy Forum, a group of industry experts convened by the UK Green Building Council to facilitate peer-to-peer knowledge exchange. The findings and insight enclosed within this report represent the views of the report authors. 

 

Source: UK Green Building Council

Construction group Galliford Try’s building business has been appointed to a £75m contract to deliver a new build-to-rent (BTR) residential building at Brent Cross Town, north London.

The company was appointed by Related Argent and Invesco Real Estate, the global real estate investment manager, acting on behalf of a US separate account client.

Galliford said the new BTR homes are part of the 180-acre Brent Cross Town regeneration scheme, which is being delivered in partnership by Barnet Council and Related Argent, and will see the creation of 249 new homes for private rent and amenity areas across three new blocks.

Chief executive Bill Hocking said:

“The private rental and wider residential sectors are an integral part of our Sustainable Growth Strategy, particularly when we have the opportunity to work with respected repeat clients like Related Argent and Invesco Real Estate.

“We look forward to continuing our collaboration with them and all the stakeholders involved to produce more high-quality homes for the local community.”

Holmwood House was opened in 1922 as a boy’s school by Mr and Mrs E F Duggan with the aim ‘to develop the individuality and abilities of each child, to make them self-reliant and adaptable’. The world has changed a great deal in the school’s first century, but it still upholds those underlying values.

Except for wartime evacuation, the school has remained on the same site, two miles from the centre of Colchester. In 1985 Holmwood House began accepting girls, and in 2006 the nursery was opened in Great Horkesley. The site needed to upgrade and update its hot water delivery system. The new hot water delivery system – comprising of 3 x Rinnai N Series 1600i units – was installed by SDF Mechanical.

Shaun Fuller, who started SDF in January 2018 has been working within the HVAC industry since he was 17 years old and has gained a wide range of experience over the last 13+ years. From working on domestic boilers within households to large industrial steam boilers in factories, he has a wide range of skills to meet all requirements throughout all sectors. Since starting the business Shaun has progressed SDF Mechanical Services into having a large customer base in all sectors in the industry and built close relationships with them. SDF Mechanical Services are Gas Safe and Oftec Registered and have a wide range of qualifications to be able to carry out various different types of work to the highest of standards.

For Rinnai Harry Barton commented,

“The diminutive size, lightweight nature (less than 30kg) and high performance of 960 litres per hour at a 50 degree rise ensured that the Rinnai solution was an ideal system for this project. Having run some capital expenditure, operational expenditure, and carbon modelling, we also saved the school money and reduced its carbon footprint. “

Rinnai’s hot water heating units have been certified by the British Standards Institution (BSI) for use as hydrogen blends ready. The range was subjected to rigorous testing and analysis by the BSI and the product range is ‘Hydrogen BLEND 20% ready’ with the I2HY20 gas category certificate for all its products.

All Rinnai continuous flow condensing water heaters are guaranteed to provide limitless volumes of temperature accurate hot water (in excess of 1500 litres per hour) this is combined with market leading turn down ratios (13-1) and 96% efficiency.

Extensive testing also demonstrates that multiples of its existing ranges are retrospectively compatible with future hydrogen blending including all N series models already installed in the UK.

The Rinnai Sensei N Series continuous flow hot water heater range offers a more compact, enhanced combustion design that allows for easier installation, superior operational performance as well as ease of serviceability.

The Rinnai Sensei N Series is the first ever continuous flow hot water heating unit manufactured with stainless steel heat exchangers to be available in the UK – this gives a greatly extended working life at optimum performance to each of the four models in the range. Added to this are the market leading extended warranties, that accompany the hydrogen Blend-ready and Bio-LPG ready instantaneous water heaters.

 

The four models are:

 

-the N1600i giving 954 litres per hour (at 50 degrees)

 

-the N1600e (external) also giving 954 litres per hour (at 50 degrees)

 

-the N1300i giving 775 litres per hour

 

-the N1300e also giving 775 litres per hours of temperature controlled hot water at 50 degrees.

 

The two 1600s have load profiles of XXL and are water efficiency class A rated, while the 1300s are load profile XL and are also water efficiency class A rated.

 

All the range is also low-NOx (Less than 26ppm meaning they gain additional points under BREEAM) and the futureproofed continuous flow water heater utilises Rinnai’s patented advanced burner technology with a 13-1 turn down ratio – the largest on the market combined with 96% efficiency rating. Integral controls on the units enable the water heater to achieve high efficiencies because of advanced burner control and high modulation ranges.

This wide range of modulation means that energy usage is completely optimised as the water heater through smart inbuilt controls will only heat the water to the temperature required thus preserving energy.

RINNAI’S H3 DECARBONISATION OFFERS PATHWAYS & CUSTOMER COST REDUCTIONS FOR COMMERCIAL, DOMESTIC AND OFF-GRID HEATING & HOT WATER DELIVERY

www.rinnai-uk.co.uk/about us/H3

Rinnai’s H3 range of decarbonising products include hydrogen / BioLPG ready technology, hybrid systems, and a wide range of LOW GWP heat pumps and solar thermal. Also, within Rinnai’s H3 range is Infinity hydrogen blend ready and BioLPG ready continuous flow water heaters which are stacked with a multitude of features that ensure long life, robust & durable use, customer satisfaction and product efficiency.

Rinnai’s range of decarbonising products – H1/H2/H3 – consists of heat pump, solar, hydrogen in any configuration, hybrid formats for either residential or commercial applications. Rinnai’s H3 range of products offer contractors, consultants and end users a range of efficient, robust and affordable decarbonising appliances which create practical, economic and technically feasible solutions. The range covers all forms of fuels and appliances currently available – electric, gas, hydrogen, BioLPG, rDME solar thermal, low GWP heat pumps and electric water heaters.

Rinnai H1 continuous water heaters and boilers offer practical and economic decarbonization delivered through technological innovation in hydrogen and renewable liquid gas ready technology.

Rinnai’s H1 option is centred on hydrogen, as it is anticipated that clean hydrogen fuels will become internationally energy market-relevant in the future; Rinnai water heaters are hydrogen 20% blends ready and include the world’s first 100% hydrogen-ready hot water heating technology.

Rinnai H2 – Decarbonization simplified with renewable gas-ready units, Solar Thermal and Heat Pump Hybrids. Rinnai H2 is designed to introduce a practical and low-cost option which may suit specific sites and enable multiple decarbonisation pathways with the addition of high performance.

Rinnai H3 – Low-GWP heat pump technology made easy – Rinnai heat pumps are available for domestic and commercial usage with an extensive range of 4 – 115kW appliances.

Rinnai’s H3 heat pumps utilise R32 refrigerant and have favourable COP and SCOP.

Rinnai is a world leading manufacturer of hot water heaters and produces over two million units a year, operating on each of the five continents. The brand has gained an established reputation for producing products that offer high performance, cost efficiency and extended working lives.

Rinnai’s commercial and domestic continuous flow water heaters offer a limitless supply of instantaneous temperature controlled hot water and all units are designed to align with present and future energy sources. Rinnai condensing water heaters accept either existing fuel or hydrogen gas blends. Rinnai units are also suited for off-grid customers who require LPG and BioLPG or rDME.

Rinnai products are UKCA certified, A-rated water efficiency, accessed through multiple fuel options and are available for purchase 24/7, 365 days a year. Any unit can be delivered to any UK site within 24 hours. Rinnai offer carbon and cost comparison services that will calculate financial and carbon savings made when investing in a Rinnai system. Rinnai also provide a system design service that will suggest an appropriate system for the property in question. Rinnai offer comprehensive training courses and technical support in all aspects of the water heating industry including detailed CPD’s. More information can be found on Rinnai’s website and its “Help Me Choose” webpage.

 

 


Creating a Healthier Way of Living


CLICK HERE TO VISIT RINNAI UK

 CLICK HERE to email Rinnai UK

CLICK HERE For more information on the RINNAI product range visit

 


 

Despite having very little public support, HS2 continues to tear its way through our countryside and villages, destroying countless habitats and displacing people from their homes. Those in favour estimate it to create 22,000 jobs over the next few years, while opponents claim it will destroy almost that many jobs. Is the rationale for what has eventually been labelled “a vanity endeavour” still applicable in a post-Covid world? Buildingspecifier.com’s Joe Bradbury discusses:

High Speed 2 (HS2) is currently being funded unwillingly by taxpayers throughout the United Kingdom. The proposals for it were made public in 2010, near the end of the previous Labour administration, and the first phase is scheduled to open in 2026. Yet, it is both over budget and behind schedule. Toxic mix… Nevertheless, opposition to the project is growing, owing to its poor economic case, negative environmental consequences, and better suggestions as to how to spend the money set up for HS2.

A study conducted by the ITV Tonight programme back in 2016 discovered that:

  • Only 15% felt that HS2 is worth £56bn
  • 58% didn’t think it’s a price worth paying
  • 77% of people would prefer that the money was spent in other areas, like the NHS
  • Nearly three-quarters of people thought HS2 would lead to price rises for train tickets
  • 60% said they would not pay more to ride on HS2
  • Only 7% would be prepared to pay increased prices for the high speed line
  • 80% said they felt sympathy for people who may lose their homes to HS2, even though they may be compensated
  • A mere 11% of people thought the high speed rail link would actually benefit the majority of commuters

 

That was 7 years ago. Since then, it has even harder to build a case for HS2.

For many years, politicians insisted that HS2 was on time and within budget. Skeptics referred to the Elizabeth Line (previously Crossrail), which appeared to be “on time and on budget” until a few months before it was scheduled to begin. This all changed in a matter of months, with billions added to the Crossrail budget. Worse, the launch date was pushed out from December 2018 to possibly 2021 in the summer of 2018.

Now, according to the HS2 website, Phase One will open sometime between 2029 and 2033… so place your bets!

Spiralling costs

Transport Secretary Grant Shapps published the Stocktake document by incoming HS2 Ltd Chair Allen Cook at the start of the Parliamentary term. This confirmed what opponents Stop HS2 had long predicted: HS2’s expenses and schedule were woefully behind schedule.

Parliament had been told by ministers that the budget for HS2 was £55bn. However the cost for HS2 officially went from £55bn in 2015 prices to £81-£88bn in 2019 prices (£72-78bn in 2015 prices).

When a new high speed railway was first presented as an alternative to expanding Heathrow airport, the suggestions were that this would cost about £18billion. However when the HS2 proposal was firmed up and made public, Phases 1 and 2 were expected to cost £33billion in total, with Phase 1 opening in 2026 and Phase 2 in 2033. By 2013, this had risen to £42 billion, excluding the cost of the trains. A further review set the funding envelope for delivery of the full HS2 scheme of £55.7bn at 2015 prices.

The overall cost of completing HS2 has now ballooned from £33bn a decade ago to an estimated £100bn in 2023. That’s almost double the original quote, and significantly more than the £18bn posited at its first suggestion.

Bad for the environment

Despite their best efforts to dress HS2 up as an ecologically sound project, the environmental case for HS2 fails to hold water; the operation of HS2 will cause increasing carbon emissions, well into the 22nd century, in addition to any embedded carbon from construction. There will be negligible modal shift from cars and planes, there will be massive damage to the natural environment, including sensitive wildlife sites and HS2 Ltd’s mitigation efforts are failing.

Even when HS2 was first suggested, the carbon case was at most neutral, with the operation of HS2 potentially balancing the carbon cost of construction over decades. Yet, things have deteriorated substantially since then.

Building HS2 will result in embedded carbon emissions, which HS2 Ltd predicted in 2019 to be roughly 1,451,000 tCO2e tonnes.

However, as of February 2019, the carbon case massively worsened, with the latest figures from HS2 Ltd showing that after 120 years of operations, HS2 would be increasing carbon emissions rather than reducing them.

Habitat destruction

HS2 Ltd has not given a comprehensive list of wildlife locations that will be directly or indirectly impacted by HS2, however it is known to number in the hundreds.

An examination by the Independent on Sunday way back in 2013 discovered that Phases 1 and 2 had already affected over 350 sites: they reported: “Among the sites that could be directly damaged or indirectly affected are a national nature reserve, 10 county wildlife trust reserves, about 50 ancient woods, 30 river corridors, 24 Sites of Special Scientific Interest (SSSIs, the highest level of protection) and hundreds of other wildlife habitats. Among the rare or scarce species at risk are the small blue butterfly, long-eared owl, stag beetle, great crested newt, purple hairstreak butterfly and Bechstein’s bat.”

More recently than the IoS report, the Wildlife Trusts condemned the HS2 Phase 2b draft Environmental Statement saying: “HS2 Ltd’s own figures for the latest phase of the Phase 2b route show it will have a devastating impact on important places for wild plants and animals. 12 highly protected areas for nature conservation known as Sites of Special Scientific Interest, 111 Local Wildlife Sites and 19 ancient woodlands will be seriously damaged.

“HS2 Ltd’s work on this latest phase of the HS2 route is derisory in its assessment of the environmental impact. It is incomplete, there isn’t enough detail, there are significant omissions, it lacks sufficient proposals to compensate for nature’s loss, and to make matters even worse, there’s very little information about the impact on species. On the evidence, we have been given, this phase will result in an unacceptable level of damage to wildlife along the route.”

The Independent also reported on effects from the operation of HS2, saying “The toll on individual animals will be great. A Spanish study found that high-speed trains kill about 36 animals per kilometre. If that was applied to both phases of HS2, this would result in some 20,000 mammals, reptiles and amphibians being killed on the line every year.”

Even their best efforts are a blunder

Even where HS2 Ltd has attempted to prevent animal loss, it has failed to do so. Here are a few examples:

  • Trees planted in 2018 to replace destroyed woods were allowed to die, according to HS2, because watering them was too expensive.
  • To build a “biodiversity zone,” HS2 Ltd destroyed an existing County Wildlife Park.
  • Berkshire, Buckinghamshire, and Oxfordshire Wildlife Trust (BBOWT) barred HS2 contractors from entering Calvert Jubilee Nature Reserve because HS2 planned to destroy wildlife habitat before replacing it, leaving wildlife with nowhere to go in the meanwhile. Luckily BBOWT were there…

In summary

I always try to keep an open mind, but it’s impossible to remain neutral on a topic as divisive as HS2. It appears that in 2023 (13 years after HS2 was conceived), it is significantly easier to argue against HS2 than for it. How alarming then, that this fact doesn’t seem to make a jot of difference to the outcome. We’re getting it… whether we like it or not.

…Are we truly that powerless? In spite of widespread objection from the British public and multiple members of parliament, the project ploughs ahead; through fields, pastures, homes, gardens, habitats and nature reserves. Will it all be worth it? Or are we tearing our country and its economy to shreds?

Construction wood RPS to end as ‘less than 1%’ is hazardous

The Wood Recyclers Association (WRA) has welcomed the Environment Agency’s decision to withdraw the regulatory position statement (RPS) relating to hazardous waste wood from the construction industry later this year.

The association said the Agency confirmed to its members at their spring meeting earlier this month that ‘RPS 250’ will be withdrawn as intended on 1 September 2023 and won’t be extended.

Introduced in July 2021, RPS 250 currently allows potentially hazardous ‘amber’ waste wood items from the construction and demolition waste stream to be moved and processed as non-hazardous while testing has been carried out.

The WRA however has said that from September this year, “the Environment Agency has confirmed this will be withdrawn”.

List of wood items

From then, ten items from pre-2007 buildings will automatically be classified as hazardous and will not be able to be sent to wood recyclers.” Instead, they will require specialist hazardous waste disposal, unless they are sent for a test to demonstrate that they are not.

These items are:

  • Barge boards;
  • external fascia;
  • soffit boards;
  • external joinery;
  • external doors;
  • roof timber;
  • tiling cladding;
  • tiling battens;
  • timber frames;
  • and timber joists.

The WRA has estimated through its sampling work that the estimated hazardous content of waste wood from C&D activities, which includes these amber items, is less than 1%, representing an insignificant proportion (0.08%) of total UK waste wood arisings, approximately 4,000 tonnes. As demolition stock moves to newer buildings over time and testing continues, the WRA says these amber items are also expected to reduce further.

‘Delighted’

Julia Turner, executive director of the WRA, said:

“We are delighted that the work we’ve carried out has provided clarity that the majority of waste wood is non-hazardous.

“While we still have a number of items to test, end user testing of C&D material has indicated a hazardous content of less than 1% – representing a tiny proportion (0.08%) of UK total waste wood arisings, at around 4,000 tonnes.

“We believe the potentially hazardous items can be reduced further with more testing and could be easily accommodated by existing hazardous outlets. Therefore this will not impact on the industry’s role of providing recycling and recovery outlets and security for local authorities, waste management companies and biomass plants going forward.”

Producers

The withdrawal of the RPS from September will put the onus on the waste producer rather than wood reprocessors to identify, test and classify wood at source, the WRA said.

Wood recyclers will no longer be able to take this material and have been told they will need to amend their acceptance criteria to add these items to their unacceptable items list and communicate the change to their customers.

By doing so they will “avoid the substantial costs and potential stigma of becoming hazardous waste sites for the sake of a very small amount of material”.

It will also ensure that potentially hazardous material is not sent to biomass and panelboard markets which have always said they don’t want any type of hazardous feedstock.

Households

For household waste, testing is currently ongoing. The WRA says its sampling so far expected to confirm that its hazardous content is diminishing and soon likely to disappear altogether.

This is currently governed by RPS 249, which is due to expire in April 2024.

Source: LetsRecycle