Inflation falls to lowest level in two years – what does this mean for the property market?

 

As two-year fixed mortgage rates begin to edge below 5% – could we be witnessing a return to a buyer’s market?

 

David Hannah, Chairman of Cornerstone Tax, discusses what today’s news means for prospective first-time buyers

Today’s data from the Office for National Statistics (ONS) has revealed that the November’s inflation rate stood at 3.9% – down from 4.6% in October. This news follows the Bank of England’s decision earlier this month to continue holding interest rates at 5.25%. As inflation continues to fall, pressure is easing on the BoE to pursue further hikes to interest rates as the UK economy maintains its strong recovery. David Hannah, Chairman of the UK’s leading property tax experts, Cornerstone Tax, asserts that the BoE should look to reduce interest rates at their next meeting in a bid to encourage prospective first-time buyers to take their first step on the housing ladder.

Since the BoE’s initial decision to pause interest rate hikes, the UK’s mortgage market has shown considerable signs of recovery. This past week has seen major lenders across the country offering a new range of mortgage deals, with Halifax, First Direct and HSBC being among the banks that are slashing their rates and offering deals below 5%. Alongside the continued trend of a nationwide year-on-year fall in house prices, property experts are asserting that hope may be on the horizon for prospective first-time buyers.

According to David Hannah, today’s announcement from the ONS should provide a stroke of confidence to the BoE’s Monetary Policy Committee ahead of their next meeting in December, asserting that policymakers ought to prioritise first time buyers by further reducing interest rates to 4.75% in a move that would allow the housing market to recover whilst also delivering greater opportunities for those looking to escape an overheated rental market.

Chairman of Cornerstone Tax, David Hannah, comments:

“November inflation figures and mortgage approvals should indicate an overall cooling off of the UK economy which, if we are to avoid a recession next year, must be acknowledged by the BoE and, in an effort to avoid a sudden crash of inflation, will increase pressure on the MPC to start reducing interest rates sooner rather than later.

“Economies have momentum, with the rate of inflation continuing its downward trajectory towards the BoE’s threshold of 2% – the MPC must look ahead to the new year and start thinking about the optimum time to cut rates. Research from Rightmove last week found that housing prices are tipped to continue falling by the end of the new year, implying that prospective buyers will still be put off by high mortgage rates. I’d urge the MPC to seriously consider cutting the interest rate in their next meeting, even a reduction by a quarter percentage point would signal optimism within the UK economy, with a target base rate of 3-3.5% being the overall goal if the BoE want to truly prioritise prospective buyers in the new year.”

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Mortgages on properties affected by building safety issues

Three high street lenders to offer mortgages on properties affected by building safety issues

Over three quarters of mortgage lending in the country is now covered by the commitment, helping more people get on with their lives.

Three high street lenders, Virgin Money, TSB and Skipton Building Society, have joined the commitment to offer mortgages on properties affected by building safety issues.

The three lenders will now consider mortgage applications for properties in buildings that are yet to be remediated, or where leaseholders are protected from remediation costs. This gives those looking to buy, sell and remortgage more choice, allowing people to get on with their lives.

Over three quarters of mortgage lending within England is now covered by the commitment, with the three new lenders recognising the impact of the Government’s reforms and progress in delivering building safety for those who live in high rise properties.

Supported by UK Finance and the Building Societies Association, Virgin Money, TSB and Skipton Building Society are among the latest lenders to add their names to the statement, a year after the first six largest lenders made the same public commitment.

Minister for Building Safety, Lee Rowley, said:

I am extremely pleased to see three new lenders doing the right thing and supporting leaseholders who are stuck in homes with building safety defects.

This is a further sign of the market’s confidence in the solutions that we have put in place to protect leaseholders.

From today, customers impacted by building safety issues will have more choice when looking to buy or re-mortgage. I would encourage more banks and building societies to join the commitment made by Virgin Money, TSB and Skipton.

Karen Appleton, Head of Mortgage Lending at Skipton Building Society, said:

I’m really proud that Skipton Building Society has worked with DLUHC and industry experts to make it possible to sign up to the joint statement, in order to further support customers impacted by the cladding crisis and to play a part in opening up the lending market for flats.

Julian Adams, Head of Property Risk at TSB, said:

TSB is pleased to support the Industry Statement and to offer borrowers greater choice when seeking a mortgage.

Craig Calder, Head of Secured Lending at Virgin Money said:

We’re always looking for ways to support our customers. Working closely with the Department of Levelling Up, Housing and Communities and e.surv, our valuation Panel Manager, we’ve streamlined our lending processes and signed up to the joint statement on cladding to ensure customers impacted by the cladding crisis receive the additional support they require.

Valuation firms have also played their part in the efforts to improve customers’ journeys. For example Virgin Money’s valuation Panel Manager, e.surv, is the latest to work with the Department to receive and exchange information on affected buildings which will help streamline their valuation processes. Along with other lenders and valuation firms this will ensure a smooth experience for customers looking to buy, sell or re-mortgage their property.

This latest announcement demonstrates that protecting leaseholders in buildings with fire safety defects from unfair costs remains a Government priority.

The department has taken a number of steps to protect innocent leaseholders from remediation costs since the Grenfell Tower tragedy in 2017, introducing some of the toughest building safety regulations in the world through our landmark Building Safety Act.

The Act confirmed that those responsible for unsafe cladding, and not blameless leaseholders, will be the ones to pay to fix it.

Moreover, in October this year, the department announced that the Government has agreed a pledge with five-sector leading insurance brokers, which could lead to thousands of leaseholders in buildings with identified fire safety issues seeing a significant reduction in their insurance premiums.

The Leasehold and Freehold Reform Bill, introduced to Parliament last month, will help us go even further to protect leaseholders by delivering the Government’s manifesto commitments on leasehold reform.

The Bill will include measures to amend the Building Safety Act 2022 to make it easier to ensure that those who caused building safety defects in enfranchised buildings are made to pay, and that the leaseholder protections are not unfairly weighted against those who own properties jointly.

Within this legislation, we will ban building insurance commissions for freeholders and managing agents and replace these with transparent handling fees to stop leaseholders being charged excessive and opaque commissions.

The Government is also already consulting on options to cap ground rents for existing leases that will protect leaseholders from facing unregulated ground rents for no service in return. The consultation closes on 21 December and the Government will respond shortly afterwards.

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ZENTIA TAKES HOME PRESTIGIOUS CONSTRUCTION MARKETING AWARD

ZENTIA TAKES HOME PRESTIGIOUS CONSTRUCTION MARKETING AWARD 2023 FOR BEST APPLICATION OF MARKETING TECHNOLOGY

 

Zentia, the UK’s market-leading ceilings solutions provider, has secured a win at the Construction Marketing Awards 2023 in the Best Use of Marketing Technology category. This accolade recognises Zentia’s groundbreaking approach to digital marketing and technology, particularly its innovative Sonify 3D Studio – a cutting-edge platform that has propelled the design and specification experience for suspended ceilings. 

 

The Best Application of Marketing Technology category recognises any campaign which uses marketing technologies to achieve a significant marketing goal, alongside a high degree of sophistication and integration with other marketing elements and organisational activity.

The Sonify 3D Studio took home the trophy by hitting all the marks and impressing the judges. It is a seamless specification experience for Zentia’s clients, combining parametric design and creativity with simple integration into digital workflows to allow clients to experiment and design discontinuous suspended ceilings in a simple, risk-free process.

Graham Taylor, Sales & Marketing Director at Zentia said: “We are exceptionally proud of the entire Zentia team, and especially the project team that worked tirelessly to bring our Sonify 3D Studio to life. Winning at the Construction Marketing Awards affirms our dedication to creating exceptional processes and experiences for our customers, and we cannot wait to continue innovating.”

To find out more about Zentia click here.

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NFB Warns Mandatory Solar Panels will Drive up Costs

Making solar panels mandatory will drive up the cost of housebuilding, warns NFB

Millions will be added to the cost of housing developments should mandatory solar panels come into effect under newly released proposals, warns the National Federation of Builders.

The trade body is unhappy with a proposal that they could become mandatory under the Future Homes and Building Standards consultation released this week.

NFB head of policy and market insight Rico Wojtulewicz said:

“They’ve pushed photovoltaic panels as a great thing, but they aren’t if they’re merely an add-on and the environment for delivery is flawed.”

He said this would require developers to apply to distribution network operators who are licensed to bring electricity from the National Grid to homes and businesses, adding: “This could involve investment in reinforcing the grid or installing three-phase electricity. There would also be the challenge of finding and paying for an accredited installer.”

Mr Wojtulewicz said that a better use of resources would be for housebuilders to invest more in insulation and the technical details of a home such as the weight of the doors, wall thickness plus air tightness.

“This is why we have always preached a fabric first approach while lobbying for reform of solar policy.”, he said.

The UK Green Building Council, UKGBC, said the government couldn’t describe their proposals as a ‘future’ standard as they had opted for the least ambitious option possible.

UKGBC deputy chief executive Simon McWhirter said:

“It’s unconscionable that the Government is consulting on scrapping the expectation that new roofs should have solar panels when this is already widely delivered through current regulations.”

Consultation document leaves out key measures

Mr Wojtulewicz highlighted that while the government is requiring that all homes are ready for electrification by 2025 it hadn’t looked at the warranty period for heat pumps and induction hobs. He said these electrical features could have a shorter life span than their gas counterparts.

The UKGBC said it was disappointed that despite the delay in the consultation the government had not included measures to reduce embodied carbon emissions from construction. Mr McWhirter said this accounted for one in ten tonnes of the UK’s climate emissions.

He explained:

“Nor has it moved to tackle flood risk or end the huge water waste from new builds that are driving shortages and so much ecological damage.

“The best developers have spent years and millions gearing up for modern green building standards which shows that higher standards are possible.”

Brokers Hank Zarihs Associates said development finance lenders were keen to fund SME developers who have often proved particularly innovative when it comes to reducing a home’s carbon footprint.

Consultation on the proposals, which includes changes to Part 6, L and F of building regulations and evidence on Par O, closes on the 6th of March next year. The government has said that once introduced there would be no further work needed for new buildings to meet the UK’s 2050 net zero target

 

Source: Property Reporter

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THE TIMELESS ART OF STONE COLUMNS

Mastering the Art of Stone Column Construction: Best Practices for A Lasting Legacy

When it comes to creating timeless and stunning architectural designs, stone columns always stand out as a symbol of strength, beauty, and endurance. However, the construction of stone columns requires careful planning, precision, and expertise to ensure they stand the test of time. In this blog post, we will delve into the best practices for stone column construction, covering everything from the selection of materials to the actual construction process. Whether you are a professional builder or a homeowner looking to add a touch of elegance to your property, mastering these best practices will ensure your stone columns become a lasting legacy.

 

Understanding the Importance of Stone Columns

Stone columns, also known as stone pillars, have been used in architecture for centuries due to their strength, durability, and aesthetic appeal. They are often used to support the structure of a building, add grandeur to entrances, or enhance the overall design of a property.

When it comes to construction, stone columns require a different approach than other building materials due to their weight, composition, and unique characteristics. Therefore, understanding the importance of stone columns and the role they play in architectural design is crucial before embarking on their construction.

Stone columns not only serve as functional support elements but also contribute to the visual appeal and character of a building. Whether you are constructing a traditional or modern structure, stone columns can add a sense of timelessness and sophistication that other materials simply cannot replicate.

It is essential to approach the construction of stone columns with respect for their historical significance, technical requirements, and aesthetic potential. By understanding the importance of stone columns, builders and homeowners can elevate their construction projects and create a lasting impact.

 

Selecting the Right Stone Material

One of the most critical aspects of stone column construction is the selection of the right stone material. The choice of stone will not only impact the aesthetic appeal of the columns but also their strength, durability, and longevity. Thus, it is essential to carefully consider the type of stone that will best suit the intended purpose and design of the columns.

Granite, marble, limestone, and sandstone are some of the most commonly used stones for column construction, each with its own unique characteristics and visual appeal. Granite, known for its strength and durability, is often used for load-bearing columns, while marble offers a luxurious and elegant look suitable for decorative columns.

When selecting the right stone material, factors such as the location of the columns, weather conditions, budget, and desired aesthetic should all be taken into account. Additionally, working with a reputable stone supplier who can provide expert advice on the selection of materials is highly recommended to ensure the success of the project.

By carefully selecting the right stone material for the construction of columns, builders and homeowners can create a lasting impact that not only enhances the overall design but also withstands the test of time.

 

Preparing the Site for Construction

Before the actual construction of stone columns can begin, proper site preparation is essential to ensure a strong and stable foundation. This includes clearing the area of any obstacles, leveling the ground, and setting the dimensions and layout of the columns.

The site should be inspected for any potential issues such as uneven ground, water drainage, or soil composition that could affect the stability of the columns. Addressing these concerns before construction begins will prevent future problems and ensure that the stone columns are built on a solid and secure foundation.

In addition to site preparation, it is crucial to consider the environmental factors that may impact the construction process, such as weather conditions and access to the site. By thoroughly preparing the site for construction, builders can lay the groundwork for successful stone column construction and a lasting legacy.

 

Designing the Stone Columns

The design of the stone columns is a critical aspect that can greatly influence the overall aesthetic and functionality of a building. Whether you are constructing load-bearing columns for structural support or decorative columns for visual appeal, a well-thought-out design is essential for a successful outcome.

When designing stone columns, it is important to consider the architectural style of the building, the intended purpose of the columns, and the overall aesthetic vision. The dimensions, shape, and detailing of the columns should complement the design of the building while also serving their functional role.

Consulting with an architect or designer experienced in stone column construction can provide valuable insights and ensure that the design aligns with the project’s goals. By investing time and effort into the design process, builders can create stone columns that not only enhance the beauty of a building but also stand as a symbol of quality craftsmanship and timeless elegance.

 

Constructing the Stone Columns

The actual construction of stone columns requires precision, skill, and a meticulous approach to ensure a successful outcome. Whether using traditional masonry techniques or modern construction methods, the process of building stone columns demands careful attention to detail and adherence to best practices.

First and foremost, it is crucial to ensure that the chosen stone material is handled and installed correctly to prevent damage and ensure structural integrity. This may involve cutting, shaping, and fitting the stones to create the desired form of the columns, which should be done with great care and expertise.

The method of construction, whether it involves dry stacking, mortar, or other bonding agents, should be chosen based on the type of stone and the specific requirements of the project. The use of proper tools, equipment, and safety measures is also essential to ensure the efficiency and safety of the construction process.

Furthermore, the craftsmanship and skill of the individuals carrying out the construction play a significant role in the quality of the finished product. By working with experienced stonemasons or builders who are well-versed in stone column construction, builders and homeowners can ensure that their stone columns are built to last and make a lasting impression.

 

Reinforcing for Structural Integrity

Due to their load-bearing and supporting role, stone columns must be reinforced to ensure their structural integrity and longevity. This is particularly important for larger or taller columns that will bear a significant amount of weight and need to withstand external forces.

Reinforcement can take various forms depending on the design and size of the columns, such as steel bars, concrete filling, or other internal support systems. Working with a structural engineer can provide valuable insights into the specific reinforcement requirements for the stone columns, ensuring that they are built to meet safety standards and structural demands.

By reinforcing stone columns for structural integrity, builders can guarantee that their construction projects are not only visually appealing but also reliable and secure for years to come.

 

Finishing and Maintenance

Once the stone columns are constructed, proper finishing is crucial to enhance their aesthetic appeal and protect them from environmental factors. This may involve the application of sealants, coatings, or other finishing techniques that will preserve the natural beauty of the stone and prolong its lifespan.

In addition to finishing, regular maintenance is essential to ensure that the stone columns remain in top condition over time. This may include cleaning, sealing, and periodic inspections to address any signs of wear, damage, or weathering that may occur due to exposure to the elements.

By investing in proper finishing and maintenance, builders and homeowners can ensure that their stone columns retain their allure and structural integrity, becoming a lasting legacy for generations to come.

 

Adhering to Local Regulations and Codes

It is crucial to adhere to local regulations and building codes when constructing stone columns to ensure compliance with safety standards, environmental regulations, and legal requirements. This may involve obtaining permits, following specific construction guidelines, and working with professionals who are familiar with local regulations.

By following local regulations and codes, builders can ensure that their construction projects are not only structurally sound but also legal and accountable within the community.

 

Seeking Professional Guidance

For builders and homeowners embarking on the construction of stone columns, seeking professional guidance and expertise is highly recommended. This may involve consulting with architects, structural engineers, or experienced stonemasons who can provide valuable insights, advice, and technical recommendations to ensure the success of the project.

By tapping into the expertise of professionals, builders can gain valuable knowledge and support that will elevate the quality and outcome of their stone column construction, setting the stage for a lasting legacy.

 

Conclusion

In conclusion, stone columns are a timeless and enduring architectural element that can elevate the beauty, strength, and character of any building. By understanding the best practices for stone column construction and embracing the significance of this age-old building material, builders and homeowners can create a lasting legacy that stands as a testament to quality craftsmanship and refined design.

From selecting the right stone material to the actual construction process and ongoing maintenance, adhering to best practices for stone column construction ensures that these majestic elements become more than just support structures; they become a lasting legacy for generations to admire and cherish.

 

What are the key best practices for stone column construction?

Key best practices include selecting the right type of stone, ensuring proper site preparation, accurate column layout, using the correct mortar mix, applying adequate reinforcement if needed, utilizing proper construction techniques, and applying sealant for protection.

 

How do I choose the correct type of stone for my column?

Consider the climatic conditions, the load-bearing requirements, the desired aesthetic, and the local availability of stone types. It’s advisable to consult with a professional to determine the best type of stone for your specific application.

 

What is the importance of site preparation in stone column construction?

Proper site preparation ensures a stable foundation, prevents settling, and helps with drainage. This includes excavation to stable soil, proper grading, and compaction, as well as laying a suitable base material.

 

How do I ensure the stone column is structurally sound?

Make sure to follow engineering principles, use proper construction methods, and include reinforcement if needed. It’s important to adhere to local building codes and standards, and possibly consult with a structural engineer.

 

Can stone columns be load-bearing structures?

Yes, stone columns can be designed to be load-bearing if constructed with the right materials, techniques, and reinforcement. They must be properly engineered to support the weight they are intended to carry.

 

What types of mortar are best for stone column construction?

The best types of mortar depend on the stone and environmental factors. Typically, a type N or S mortar is used for outdoor stone columns, as these types are known for their strength and flexibility against temperature changes and moisture.

 

How do I protect stone columns from weathering and erosion?

To protect stone columns, use stones suitable for local weather conditions, apply proper mortar techniques, ensure good drainage, and apply a sealant. Regular maintenance, such as cleaning and inspecting for cracks, is also important.

 

Are there any special techniques for constructing curved stone columns?

Yes, curved stone columns require precision stone-cutting to ensure a consistent curve and require careful alignment of each stone. Sometimes, temporary supports or forms are used to maintain the shape during construction.

 

What should I do to maintain stone columns after construction?

Regular maintenance includes cleaning the stone, checking for and repairing any mortar deterioration, inspecting for signs of movement or damage, and reapplying sealant as needed.

 

How long can I expect my stone columns to last?

When constructed properly using best practices, stone columns can last for centuries. The longevity is affected by the type of stone, construction quality, environmental factors, and maintenance efforts.

Source: On the Spot News

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£1 Billion Contract for Subsea Transmission Cable

HVDC cable. Courtesy of NREL.

 

GE Vernova’s Grid Solutions business and Mytilineos Energy & Metals have announced that they have been awarded a £1 billion contract by National Grid Electricity Transmission and SP Transmission for the United Kingdom’s first high-capacity east coast subsea link.  

The GE Vernova–Mytilineos consortium will supply and construct two High-Voltage Direct Current (HVDC) converter stations for Eastern Green Link 1 (EGL1), a joint venture between National Grid Electricity Transmission and SP Transmission.

EGL1 will oversee the construction of a 525kV, 2GW bipole Voltage-Sourced Converter (VSC) and HVDC subsea transmission cable from Torness in East Lothian, Scotland to Hawthorn Pit in County Durham, England, enabling the transmission of renewable green energy to power more than two million homes across the UK.

GE Vernova, the consortium leader, and Mytilineos will provide the engineering works and technology for the two VSC HVDC converter stations, which form the terminals for the HVDC cable and convert the direct current to alternating current enabling the transmission of electricity into the onshore transmission network. The HVDC cable system is expected to be approximately 190 kilometres in length. VSC is the latest HVDC technology. HVDC provides the most efficient and reliable means of transmitting large amounts of power long distances subsea.

The design phase will begin in January 2024 and construction will begin in 2025.

“Together with our consortium partner Mytilineos, we are honoured to have been awarded the HVDC contract for EGL1, one of the UK’s largest ever transmission projects” said Philippe Piron, President and CEO of GE Vernova’s Grid Solutions. “This critical project to the UK’s decarbonisation and energy security efforts adds to a growing backlog of projects that are utilising GE Vernova’s advanced HVDC technology.”

Under the contract, GE Vernova will supply its VSC HVDC technology from its facilities in Stafford, UK, including its second-generation VSC valve and its state-of-the-art eLumina control system. eLumina is the industry’s first HVDC control system to use a digital measurement system fully based on International Electrotechnical Commission (IEC) 61850.

Mytilineos will be responsible for engineering, procurement and construction of civil works, balance of plant and installation of all equipment.

Subsea links, particularly in the context of energy transition, play a crucial role in facilitating the development and integration of renewable energy sources, improving grid stability, promoting international collaboration, and contributing to a more sustainable and diversified energy mix.

EGL1 is a key part of the new network infrastructure in supporting UK’s efforts for decarbonisation and security of supply.

GE Vernova’s Grid Solutions business and Mytilineos Energy & Metals have announced that they have been awarded a £1 billion contract by National Grid Electricity Transmission and SP Transmission for the United Kingdom’s first high-capacity east coast subsea link.  

The GE Vernova–Mytilineos consortium will supply and construct two High-Voltage Direct Current (HVDC) converter stations for Eastern Green Link 1 (EGL1), a joint venture between National Grid Electricity Transmission and SP Transmission.

EGL1 will oversee the construction of a 525kV, 2GW bipole Voltage-Sourced Converter (VSC) and HVDC subsea transmission cable from Torness in East Lothian, Scotland to Hawthorn Pit in County Durham, England, enabling the transmission of renewable green energy to power more than two million homes across the UK.

GE Vernova, the consortium leader, and Mytilineos will provide the engineering works and technology for the two VSC HVDC converter stations, which form the terminals for the HVDC cable and convert the direct current to alternating current enabling the transmission of electricity into the onshore transmission network. The HVDC cable system is expected to be approximately 190 kilometres in length. VSC is the latest HVDC technology. HVDC provides the most efficient and reliable means of transmitting large amounts of power long distances subsea.

The design phase will begin in January 2024 and construction will begin in 2025.

“Together with our consortium partner Mytilineos, we are honoured to have been awarded the HVDC contract for EGL1, one of the UK’s largest ever transmission projects” said Philippe Piron, President and CEO of GE Vernova’s Grid Solutions. “This critical project to the UK’s decarbonisation and energy security efforts adds to a growing backlog of projects that are utilising GE Vernova’s advanced HVDC technology.”

Under the contract, GE Vernova will supply its VSC HVDC technology from its facilities in Stafford, UK, including its second-generation VSC valve and its state-of-the-art eLumina control system. eLumina is the industry’s first HVDC control system to use a digital measurement system fully based on International Electrotechnical Commission (IEC) 61850.

Mytilineos will be responsible for engineering, procurement and construction of civil works, balance of plant and installation of all equipment.

Subsea links, particularly in the context of energy transition, play a crucial role in facilitating the development and integration of renewable energy sources, improving grid stability, promoting international collaboration, and contributing to a more sustainable and diversified energy mix.

EGL1 is a key part of the new network infrastructure in supporting UK’s efforts for decarbonisation and security of supply.

 

Source: Renewable Energy Magazine

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Builder’s ‘Bounce Back Crypto Fraud’

A self-employed builder from Hounslow overstated income to claim a £50,000 bounce back loan then lost it in a scam crypto scheme

Lukasz Nowak, 43, a self-employed builder from Hounslow, west London, was sentenced to 20 months’ imprisonment, suspended for two years, at Lincoln Crown Court on 27 November 2023.

He was also ordered to pay £12,000 compensation to the bank which provided the loan.

Nowak applied for a £50,000 bounce back loan in October 2020. He received the maximum £50,000 loan after stating on the loan application that his business had a turnover of £205,000 for the previous tax year.

But the court heard that Nowak had overstated his income, which was approximately £20,000 for the relevant period, in order to claim the money.

Under the rules of the scheme businesses could claim up to £50,000, depending on their previous year’s turnover, and the money had to be used for the financial support of the business.

However, Nowak used the loan money to invest in cryptocurrency through an online broker.

But the crypto broker was also committing fraud and stole the full amount of the bounce back loan money that Nowak had believed he was investing. Nowak was later declared bankrupt in July 2021.

Nowak admitted his actions in November 2022, during an investigation by the Insolvency Service and pleaded guilty at a first hearing at Boston Magistrates’ Court on 9 October 2023.

He was sentenced for fraud by false representation, Section 2, Fraud Act 2006. Her Honour Judge Sjölin Knight also ordered Nowak to undertake 200 hours of unpaid work and 15 rehabilitation activity requirement days, a measure which helps to address offending behaviour, as part of his sentence.

Julie Barnes, chief investigator at the Insolvency Service, said:

‘Lukasz Nowak took advantage of a scheme designed to help those in financial need, without thought for anyone else.

‘Nowak’s reckless actions, driven by intention to make a personal gain, resulted in loss to the public purse.

‘His sentence shows that the Insolvency Service will not tolerate abuse of taxpayers’ money.’

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Alarming Rise in Work-Related Injuries

The Health and Safety Executive’s (HSE) annual statistic reports released in November 2023 shed light on a troubling rise in work-related stress, depression, anxiety, and injuries, posing significant challenges to both employees and employers alike.

Jamie Lyons our Consultancy Manager/Senior Health & Safety Advisor takes a closer look into these alarming statistics and what this means for the scaffolding industry.

 

Fatal Injuries
Despite significant advancements in safety within the construction industry over the years, it is disconcerting to see a 55% increase in fatalities since last year, marking the highest rate across all industries according to HSE statistics. Sadly, 45 individuals in the construction sector did not return home from work, underscoring our industries efforts to prioritise health, safety, and well-being of workers.
HSE data further reveals that 51% of fatalities were due to a fall from height and that the construction sector consistently ranks among the top two for reported non-fatal workplace injuries, closely trailing agriculture

Non-fatal injuries

53,000 workers sustained non-fatal injuries at work since 2022/23 and the HSE data further reveals that 26% of these injuries where from slips, trips or falls on the same level, making this the remaining leading cause of non-fatal injury to workers, accounting for nearly one-third of all injuries.

Ill Health

Of the workers suffering from work-related ill health, 54% were found to be suffering from musculoskeletal disorders. This has been on the HSE’s radar for some time with the ongoing ‘Work Right Construction: Your Health. Your Future’ campaign that had been developed to raise awareness of the risks when moving and handling materials on site and provide advice for employers and workers.

While risks in construction may be inherently higher than in many other sectors, there remains a pressing need to control risks, in turn, enhancing worker safety but in despite these challenges, there is a silver lining for the construction industry. Encouragingly, reported cases of work-related ill health in construction are lower than the industry average. Acknowledging the ongoing efforts to enhance worker well-being, it is heartening to see some positive improvements from the collective endeavours within the construction sector. However, as an industry we should still recognise that there is always room for improvement.

To sum up, the HSE report emphasises the health and safety challenges within the construction sector with the fatal injury rate in this industry being 1.72 per 100,000 workers which is around 4.2 times the all industry rate. While certain statistics underscore the inherent risks in the industry, others showcase the commitment to upholding a safe work environment.

Source: Simian

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UK ‘Lagging Behind’ in Biogas Production

but it will still outpace nuclear by 2031

The Anaerobic Digestion & Bioresources Association (ADBA) held its 2023 National Conference in Westminster, London on 6 December. Chair Chris Huhne told attendees that 2023 has been a year of resumed growth for the sector, and a year of renewed optimism.
Huhne pointed to the International Energy Agency’s (IEA) World Energy Outlook, in which the global growth trajectory for the sector is between 8% a year, and 22% a year.
“Even if we grow in the UK at the lowest projected growth rate of the IEA for the world as a whole, that would mean an extra 500 AD plants in the UK by 2030, and if we grow at the higher rate, we’d be looking at an extra 2,000,” said Huhne.
The UK currently has about 723 plants, he added, so this is a substantive projected increase.
Huhne went on to say that, even on the lowest IEA predictions, the industry would produce more energy from biogas in 2031 than the nuclear sector.
“That means we are a big player. [We have] lots of small plants, but I am not making any apologies for that, because you can build small plants a lot more quickly than you can build a nuclear plant.
“Hinkley Point has taken 20 years and it’s still not yet plugging electricity into the grid. We can build plants in two-to-three years, [and can] speed that up with the policy support we will be talking about today.”
Huhne added that an aggregation of lots of small biogas plants offers a big solution: “It is my view that it’s an enormous advantage for the sector, that we have lots of small plants relative to other sectors of energy production like nuclear, because that makes us more resilient, and in a world where we have an increasing amount of extreme weather events, resilience is going to matter.
“So if there’s a big problem with Hinkley point, we have a big problem with the electricity grid. But if we have a problem with one or two biogas plants, all the others are still working. So there’s a natural resilience in the fact that we are a sector composed of a large amount of relatively small plants compared with other energy sectors.”
Biogas can meet 11% of the UK’s future needs, and can meet 10% of current gas imports – it is homegrown, boosts the economy and provides ‘quick wins’ against methane, according to Huhne.
It is also a turn-on, turn-off renewable, unlike nuclear facilities, where the capital costs mean it makes more sense for a site to be always online.
“We’re the fastest growing energy source globally except for solar across the globe, according to the IEA,” said Huhne. “bp, Shell, TotalEnergies – they’re all putting their money into this sector, so this is a big solution.”
However, he went on to say that, compared with the European Union and the US, the UK is lagging behind. For Huhne, the sector needs to ensure that policymakers understand its potential.
“We need to think about all the changes we need to make to bring that vision of the sector into reality, because we can become, and need to become, a big mainstream sector.”
“We have a fantastic story to tell. We need to go out there and tell it again and again and again until policymakers really understand in the UK,” said Huhne.
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MEGA PROJECTS DELAYED BY UK PLANNING

 

Lower Thames Crossing boss says UK megaprojects face delays due to planning hurdles

While the tunnelling contract for the £9bn Lower Thames Crossing is soon to be awarded, the project’s executive director has said that UK megaprojects are being delayed by difficult planning conditions.

The proposed Lower Thames Crossing scheme involves the construction of 23km of new road in east London, including two 4.2km long tunnels under the River Thames.

Speaking at a webinar on Wednesday (29 November), Lower Thames Crossing executive director Matt Palmer said that tunnelling contracts for the project are about to be awarded, with the government due to make a planning decision on the scheme in June 2024. If the plans are approved, construction is currently expected to start in 2026.

“We’re about to award our tunnels contracts, and we’re about to be part of planning examination, which then leads to a government decision to go next summer,” Palmer said.

National Highways submitted a planning application for the Lower Thames Crossing scheme in November last year.

It has already awarded Balfour Beatty the £1.2bn north of the Thames roads contract as part of the project in January this year.

It announced the shortlist for the project’s £2bn tunnelling contract in April 2021. The list includes a joint venture between Bam Nuttall, Ferrovial Construction and Vinci; a joint venture between Bouygues Travaux Publics and J Murphy & Sons, supported by Mott MacDonald and Arup; and a joint venture between Dragados and Hochtief Infrastructure.

Planning delays

The tunnelling contract award will be major step for the project, which has been hit by delays in the planning process.

In November 2020, National Highways withdrew a previous application for a development consent order following feedback from the Planning Inspectorate that it needed to include more information in relation to construction plans and environmental mitigations.

Speaking at the recent webinar, Palmer put some of the planning delays with the project down to difficult and unpredictable permitting conditions in the UK.

“Back in 2008 we put in a Planning Act that ran fine until about 2016. Ever since then it’s become more and more problematic with these delays, which means that bringing projects into being in the UK is probably the most challenging at the moment as it has ever been,” he said.

Another element that Palmer said has created more delays in planning relates to expectations about carbon emissions on megaprojects.

While carbon emissions for the overall economy have decreased since the 1990s, he said that carbon emissions from construction have increased. As transport decarbonises, the carbon challenge shifts to construction.

“We’re about to introduce Lower Thames Crossing into an environment that has got a dramatically changing attitude towards carbon, in terms of its construction, [and] its operation,” he said. “So, it’s a very, very challenging context in terms of carbon, and how that manifests itself in terms of the planning and permitting system is really difficult.”

Economic slowdown

Along with other UK megaprojects, notably High Speed 2 (HS2), the project has also faced delays due to “a challenging economic environment post-pandemic”, said Palmer.

Earlier this year, the government announced that Lower Thames Crossing and HS2 were among several road and rail projects that would be delayed to save money.

“Making publicly funded schemes viable, while you have a large national debt, it’s very difficult […]; it means that every pound you spend is going to [need to] be better spent than ever before,” said Palmer.

He claimed that there was now a “lack of trust” towards megaprojects, which made their delivery even more challenging.

“UK politics is dominated by High Speed 2. Historically it’s been driven by Crossrail, with previous projects etc, where we have seen projects not necessarily delivered on their original prices. And there was a lack of trust in the megaproject environment. So, we’ve got to do all of this in a world where actually people doubt whether we actually say what we mean,” he said.

However, Palmer said that the Lower Thames Crossing was “a simpler product” than other megaproject schemes like HS2.

“Although we are big, and that brings some complexity, it’s a simple product, so we’ve got a really simple business case.”

Net zero commitments

He also said that the Lower Thames Crossing scheme was among the “next generation” of megaprojects that would differ from projects that were approved in the 2010s, such as HS2, Tideway and Hinkley Point C.

The project’s commitment to being net zero is one thing that makes it different from earlier projects, said Palmer, who is keen to make the Lower Thames Crossing project “the greenest road ever”.

“We are going to try and break that paradigm that big infrastructure is bad for the environment, and it’s not sustainable.”

As part of the project’s commitment to net zero, it will be the first major UK infrastructure project to use hydrogen to power heavy construction machinery.

National Highways on Wednesday (29 November) announced the four businesses that have been shortlisted to supply over 6M kilograms of hydrogen for use on the Lower Thames Crossing project. The firms are Air Products, BOC, BP Oil UK, and Inovyn Europe.

Palmer delivered his talk as part of the International Project Management Association (IPMA) and the Bartlett School of Sustainable Construction (UCL) Megaproject CEO series.

Source: Ground Engineering

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