Wednesday, February 4, 2026
spot_img
Home Blog Page 3

What the Baltics Can Teach Us About Home Heating

0

Thanks to Linas Vaičiukynas ( @S3l3ct1ve ).

The Surprising Reason the Baltics Don’t Need Heat Pumps

In Lithuania and across the Baltics, new A++ homes are so efficient they’ve started skipping heat pumps altogether — switching instead to simple electric underfloor heating powered by solar panels.

These houses are built to such high insulation and airtightness standards that their heating demand is tiny. Combine that with generous net metering and low installation costs, and many households are paying as little as £200 a year for all their energy — heating, hot water, and electricity combined.

It’s a fascinating glimpse of what happens when building standards meet smart simplicity. Could this all-electric model be the future of affordable, low-maintenance housing in the UK?

👉 Key points we explore:

What Lithuania’s A++ building standard really means

Why direct electric underfloor heating makes sense in ultra-efficient homes

How solar PV and grid credits keep annual bills around £200

Why this model wouldn’t yet work for most UK homes — and what needs to change

_________________________

🧭 Learn More

Read about Lithuania’s A++ building energy requirements:

🔗 European Commission Energy Performance Report (Lithuania)
https://energy.ec.europa.eu

🔗 Smart-Rehabilitation.eu: A++ Classification Overview
https://smart-rehabilitation.eu/building-classification-lithuania

_________________________

🏠 More from Skill Builder

https://youtu.be/RUJu0Z-NtRU

https://youtu.be/0vUG2ierR6A

https://youtu.be/j4h8JOBvFEU

OX Speedskim Review – Updated

It is fair to say that the OX Speedskim is not for everyone as some plasterers simply could not adapt to it but for those plasterers who have embraced it the main benefit is they can complete the laying down of finish plaster without the trowel. If you are suffering from RSI this gives your wrist a welcome break and the Speedskim is faster than even the widest flexi trowel. Using the pole, which is sold separately, you can lay down a ceiling simply by walking up and down the room first one way and then the other to achieve a level of flatness that trowels simply can’t achieve.

The OX Speedskim was originally designed for first coat finish but since the introduction of the stainless steel blade there are many plasterers who are now successfully final coat finishing with the tool with just a last trowel over with a flexi blade trowel to remove the odd dog ear. Like all new ideas it takes a bit of getting used to but once you get the hang of it you won’t look back.

Original OX Speedskim review

Roger Bisby tries out the OX Speedskim and gives his initial findings on this revolutionary tool.

I have watched the development of OX Speedskim over several years. Like all good inventions it has evolved and, along the way,  it has also created a lot of lively debate. Plasterers are an interesting breed, they defend their craft and traditional practices with a passion and I admire them for that. There are those who see Speedskim as the devil’s work, a direct attack on the supremacy of the trowel, and there are those who wouldn’t be without it.

The first thing to acknowledge is that you still have to put the plaster on the wall or ceiling and for most that remain the domain of the hawk (hand-board) and trowel (float) and it is where most of the hard work is. However as soon as the plaster is on you can run across the surface with the OX Speedskim to flatten it. This is a quicker, and more accurate process than a trowel and it will save you a significant amount of time and effort.

Once you have made a pass each way on the wall or ceiling it will have taken off the high spots and, to a certain extent, filled in the hollows. It really depends on the angle you hold it at. If you hold it at 90 degrees it will take material off in the same way as a feather-edge but if you hold it at 45 degrees or even flatter it will lay the material down. This is achieved by a row of small ribs on the blade that helps limit the amount of material that moves up towards the handle.

There are those who worry about the fine lines created by the corners of the blade, you can round the blade off slightly, which helps, but the best way is to just tidy the surface up with a trowel as the plaster picks up and you close in the second coat. For some Speedskim is a tool for flattening and straightening and for others it is a tool that can also be used for finishing. If you are going to finish with it then I would recommend a pump up spray bottle to wet the surface. That will prevent any shuddering.

Available in three lengths
You can buy the OX Speedskim in three different lengths 600, 1200, 1800mm. Most people tend to buy a set but if your main aim is to flatten ceilings I would suggest that the 1800 is a bit too wide to use on the pole. In fact I know some people who use the 600 on the pole, claiming that they get much better pressure and control.

Having used the Speedskim for a few weeks now I am persuaded that it has its place. Certainly for me, a plumber who does a bit of plastering, it is a great help. It allows me to flatten walls after hacking off tiles and when I say flat I mean flat. All too often I have had plasterers in to do this job and found that I am still having to make up tile beds to overcome their sweeping curves. The chief gripe for me is the way that they ramp up the corners. With the Speedskim this is rectified immediately. The same goes for the ceiling line, the speed straightens it in one pass, and it is pure joy on up and over skeiling (sic) sweeps in loft conversions. In fact it you bought just for lofts it would earn its keep. I plastered a kitchen recently and the guys who came to fit the granite worktops were surprised by how straight the walls were. I asked them if it was unusual and they said it is very rare for them to be able to fit straight to the wall. That tells you something about our present method of using hand and eye.

Notwithstanding my success with the tool I know plasterers who have bought Speedskims and gone into rages of frustration because they can’t get the hang of them. In that respect it may be easier to get a non-plasterer up to speed than an old hand but it is the older guys who are suffering with repetitive strain injury from years on the trowel who will benefit the most. It won’t get the plaster on the wall or ceiling and it may not give you the final polish but it could save you 500 sweeps of the trowel in a day and that has got to give your wrist a rest. That figure of 500 is entirely a guess by the way. I have never counted how many movements of the trowel it takes to flatten a wall or ceiling and I probably never will. In the end I suppose it depends how well you put it on.

Further impressions
Over the coming months I am going to keep a set of OX Speedskims in the van and as I travel about the country I will let plasterers give them a try to gather some further impressions. Certainly my old mate Dave Pederson and his sons are interested in trying it on some big ceilings that they have coming up soon. They have what you might call a ‘healthy level of scepticism’ about anything that doesn’t hurt. They believe that work = pain and that is why people pay you to do it.

See the complete range of Speedskim at OX Tools See more about Speedskim on Skill Builder

Can Heat Geek’s New Tech Really Make Heat Pumps Cheaper Than Boilers?

0

Find out more about Zero Disrupt:
https://go.skill-builder.uk/heatgeek

FULL VIDEO:
https://youtu.be/ENt9fJBHINQ

@HeatGeek

_________________________

🚨 A bold new claim is shaking up the heating world: Heat Geek’s Zero Disrupt system promises heat pump installs that are faster, less disruptive, and in many cases cheaper than swapping a gas boiler.

Some are even calling it “free” once government grants are factored in. But what sounds revolutionary also raises some serious questions.

Heat pumps have long been criticised for being too expensive, complex, and disruptive. Oversized radiators, mandatory cylinder swaps, and drawn-out installs have created barriers for homeowners. Zero Disrupt introduces AI-driven heat loss scanning, live monitoring, and precision design that eliminates unnecessary parts, halves installation time, and ensures efficiency.

The numbers are eye-catching:

⚡ 40% fewer parts

🛠️ Install time cut by 50%

💷 Costs reduced by up to 75%

📊 Efficiency monitored and guaranteed

But here’s the challenge: when “free installs” are based on subsidies, who’s really paying? Taxpayers fund the grants that make these headline figures possible, and with support schemes set to wind down by 2028–2029, questions remain about long-term affordability and stability.

The heating industry now faces a crossroads. Are we witnessing the first true breakthrough that can take heat pumps mainstream, or just another over-promised innovation? And where does this leave the gas boiler — written off too soon, or still essential to the future mix?

What’s clear is that the debate around cost, disruption, and trust is more important than ever. Zero Disrupt might prove to be the turning point, or it might simply expose how hard it is to deliver change in a market built on decades of boiler dominance.

Electrical Fire in Child’s Bedroom Extinguished by iMist™ Fire Suppression System

0

On 13 August 2025 at 9:13 am, a call was made to the fire service after an electrical fire broke out in a child’s bedroom in a timber-frame home occupied by a lone parent and their dependents. The fire was caused by a faulty electric fuel supply, which first ignited the bed and mattress.

Thanks to the rapid activation of an iMist Fire Suppression System, the blaze was confined to the bedroom, allowing the family to evacuate safely. The fire brigade mobilised at 9:20 am and arrived on scene at 9:34 am with two appliances, but by that time the fire had already been contained. All occupants escaped unharmed, and the rest of the house remained protected, demonstrating the effectiveness of early fire suppression in safeguarding lives and property in occupied homes.

iMist 1

“The safety and well-being of residents is always our top priority,” said Alex Pollard, Operations Director at iMist™ Fire Suppression. “The iMist™ system not only allowed the family to escape safely but fully extinguished the fire, saving lives and protecting property with minimal disruption.” The council initially believed the system had not activated due to the minimal water damage. This highlights one of the iMist™ system’s key advantages: it uses up to 80% less water than conventional sprinkler systems while still providing rapid and effective fire suppression.

Electrical fires are among the most common causes of domestic incidents in the UK, making early detection and rapid suppression critical to protecting families. According to House Fire Statistics (2024):

● Water-mist systems like iMist™ minimise post-fire water damage, reducing renovation costs by up to 70% compared to traditional sprinklers. The system is suitable for retrofitting into existing homes, as well as new builds.
● Rapid activation of iMist™ typically reduces fire spread by over 60% within the first 5 minutes.
● Fire suppression systems can reduce fire-related fatalities by up to 87% and property damage by up to 67% (NFCC/US Fire Administration).

iMist 3

Electrical fires remain one of the most common causes of domestic incidents in the UK, with more than 20,000 reported annually according to house fire statistics. Kitchens and bedrooms are particularly high-risk areas, making early detection and suppression critical in protecting families. iMist™ exceeds British Standard requirements by recommending a normally open Priority Demand Valve (PDV), ensuring the pump receives the full demand of the property during activation. While a standard 10-minute run time would have allowed safe evacuation, the iMist™ system’s 30-minute standard run time completely extinguished the fire within these high-risk spaces.


The incident reaffirmed the importance of advanced suppression systems in protecting vulnerable residents, particularly in high-density housing where fire spread can be rapid. The iMist™ system not only protected the family involved but also safeguarded neighbouring properties by confining the blaze to one room. Local authorities, housing providers, and developers are increasingly recognising fire suppression systems as essential to future-proofing homes, and this case provides a clear, real-world example of how innovative fire safety technology can save lives.

The iMist™ Fire Suppression System is engineered to detect and suppress fires swiftly, reducing the risk of injury and property damage. Its advanced technology makes it a trusted solution for domestic and residential settings, providing peace of mind and enhanced safety for occupants.

iMist Logo

For more information about the iMist™ Fire Suppression System and its applications, please visit www.imist.com.

See more about fire control on Skill Builder

34 ~ Thermally Broken Lintels with Richard Price from Catnic

0

Thermally broken lintels minimise heat transfer through the building envelope to meet Part L of the Building Regulations.

Catnic’s thermally broken lintels use two folded steel sections bonded to a high-strength, thermally efficient core, achieving psi values no greater than 0.05 W/mK without additional brackets or cold bridges.

Traditional steel lintels create significant thermal bridges by crossing the insulated cavity.

Separating the inner and outer steel sections breaks this thermal convection and reduces heat flow by over 90%, depending on the design.

Catnic thermally broken lintels are available to suit 90-205mm cavities, in standard, heavy or extra heavy duty load capacities.
________________________

Summary

❄️ Thermally broken lintels slash heat loss by eliminating cold bridging.

📐 Fit cavity widths up to 225 mm, with future options for arches and bays.

✅ Independently verified with BBA certification and BRE thermal modelling.

🛠️ Powder-coated steel for strength and durability, with installation guidance.

📊 Free structural calculations and lintel schedules from Catnic.

🌍 Central to a “fabric first” approach — boosting efficiency before adding tech like heat pumps or solar.

Find out more about Catnic: go.skill-builder.uk/catnic

Why Home Heating Will Never Be the Same Again

0

Find out more about Pipelife:
https://skill-builder.uk/pipelife

_________________________

Ireland is pushing hard on renewable heating, and it shows. At the Pipe Life Renewables Academy, Mike Geary walks through how heat pumps and underfloor heating are changing the way homes are designed and retrofitted.

With solid government backing, better controls, and proper training for installers, these systems are proving they can deliver comfort, efficiency, and reliability.

The conversation digs into the differences between split and monoblock pumps, why low-temperature design matters, how Pipe Life’s kit is built to last, and what it takes to make rural homes work on an electric grid.

It’s a practical look at the challenges, the fixes, and the growing opportunities in sustainable heating.

_________________________

🔑 CORE HEATING TECH

Heat pumps

▶ Split systems (Hitachi partnership)

▶ Monoblock systems (Media partnership)

Underfloor heating systems

▶ Multilayer heating pipes (with EVO oxygen diffusion barriers)

▶ Bespoke underfloor heating design

▶ Floor screeding techniques for efficiency

Radiators

▶ Low-temperature radiators for heat pumps

▶ Retrofitting challenges with older, high-temp radiators

⚙️ SUPPORTING TECH

Pipe Life components & products

▶ Multilayer pipework (50-year guarantee)

▶ Tan-coloured Quex brand pipes (Irish market preference)

▶ Pre-plumbed domestic hot water cylinders

▶ Modular distribution/manifold systems

Controls & monitoring

▶ Weather compensation controls

▶ Smartphone app integration / remote monitoring

Ventilation systems

▶ Mechanical Extract Ventilation (MEV) for airtight homes

Complementary technologies

▶ Solar PV (photovoltaics)

▶ Grid feedback / export systems

Installation & construction methods

▶ Pipe insulation standards

▶ Correct pipe-laying patterns (avoiding air gaps)

▶ Managing expansion in concrete floors

▶ Prefabrication / modular solutions to reduce labour

When Asbestos Removal Goes Wrong: Safety Steps & Disposal Rules

0

When Asbestos Removal Goes Wrong: Safety Steps & Disposal Rules

Last updated: September 2025

Why Asbestos Removal Mistakes Happen

In the light of several cases where asbestos removal has been incorrectly implemented, or improperly disposed of, the UK Asbestos Training Association (UKATA) is reminding everyone of best practice on how to handle asbestos. While all steps should be taken to avoid accidents, it is vital to know what needs to be done if they occur.

Licensed Removal and Accidental Exposure

The best approach is of course to avoid situations where accidents can happen. When it comes to asbestos removal, a plan should be in place and, for licensed work, properly trained individuals must be engaged to remove the substance safely. However, even with the best-trained staff, accidents can and do occasionally happen. This mostly occurs in cases of accidental exposure to asbestos or when asbestos is not identified in a survey. In such situations, the staff involved must make the necessary assessment and, if trained, clean up correctly to minimise the risk to themselves and others. Another key part of asbestos removal, which is often neglected, is how to correctly remove and dispose of asbestos waste.

Expert Warnings from UKATA

“Removal of asbestos from buildings is arguably only the first stage of the job. Knowing how to clear up after an accident is nearly as important as knowing how to remove asbestos correctly in the first place,” said Craig Evans, General Manager of UKATA. “When something has gone wrong in the removal process, there is the greatest risk of asbestos causing damage. It’s essential for asbestos professionals to be familiar with this. Furthermore, all employees should know the correct procedure for disposal of asbestos waste following successful removal.”


Damaged asbestos roofing sheets awaiting disposal

Immediate Safety Steps

If asbestos is disturbed, safety comes first. Those not licensed to work with asbestos should:

  • Stop work immediately
  • Evacuate the area

Handling Contaminated Clothing

  • Remove outer clothing if contaminated and place it in a sealed plastic bag
  • If available, put on disposable overalls
  • Alternatively, wipe down clothing with wet wipes or a damp rag

Personal Protection

  • Wear a respirator with a protection factor of at least 20
  • Shower as soon as possible after exposure

Securing the Area

  • Cordon off the affected area to prevent further exposure

Reporting an Asbestos Incident

When asbestos fibres have been released and workers exposed in an uncontrolled manner, the incident must be reported to the HSE under the Reporting of Injuries, Diseases and Dangerous Occurrences (RIDDOR) Regulations. This is classed as an ‘accidental release of any substance that may damage health’. If you believe you may have been exposed, consult your GP and ask for a note to be added to your health record.

Asbestos Waste Disposal Guidelines

Disposal is relatively simple but must follow strict rules. There are clear industry guidelines which anyone involved in asbestos disposal must follow:

  • Pack waste in UN-approved packaging with a Carriage of Dangerous Goods (CDG) hazard sign and asbestos code visible
  • Always double wrap asbestos waste
  • Any waste with more than 0.1% asbestos is classified as ‘hazardous’
  • Asbestos must only be disposed of at a licensed disposal site

How to Minimise Risk in the Future

The best way to minimise the damage caused by accidents is by wearing protective equipment at all times – even when an asbestos survey shows no asbestos present. Consistent use of PPE and correct disposal procedures will reduce risk and protect workers.

Final Expert Advice

“If in doubt when it comes to asbestos, the best thing to do is leave it to the professionals,” said Craig Evans. “By this, we mean someone who has received the correct and necessary training. Asbestos is far more dangerous than many people realise. It is no coincidence that asbestos is known as the hidden killer, and it must be treated with the seriousness it deserves.”

Further Resources

Mystery Damp Problem with a Hidden Cause

0

Dryrod Damp Proofing Rods
🛒 https://go.skill-builder.uk/dryrods

____________________________

Uncover the hidden causes behind mysterious damp problems in old stone houses. Roger investigates unusual moisture issues in a property that already had a damp proof course in place, yet damp patches still appeared.

Clues point to a filled-in coal shoot, a steel plate cover trapping moisture, and the possibility of a leaking underground lead water main saturating the foundations. Ventilation under the floors and careful inspection for leaks become crucial steps before considering expensive fixes.

____________________________

Highlights

🔍 Investigation into unusual damp problems in an old stone house

🏚️ Discovery of an old coal shoot area filled with rubbish and covered by a steel plate

💧 Suspicion of water ingress from leaking coal shoot cover and old lead water main

🧱 Damp found on internal walls, not just external, indicating complex causes

🚰 Advice to check for underground water leaks by listening for running water sounds

🌬️ Importance of clearing debris under floors to improve air circulation and reduce damp

⚠️ Caution against immediate plaster removal and waterproof rendering until root cause confirmed

____________________________

Key Insights

Not all damp is rising damp. Leaks, blocked ventilation, and hidden structural changes can cause complex damp patterns in older homes. Rushing into plaster removal or waterproof coatings often wastes money — the priority is diagnosing the true source, whether it’s poor airflow, trapped moisture, or leaking pipes.

The Truth About an All-Electric Future

0

📪 Newsletter: http://skill-builder.uk/signup
____________________________

Britain’s race to Net Zero exposes deep contradictions in energy policy and infrastructure planning.

Gas networks are being renewed for decades ahead, even as households are pushed toward all-electric heating and transport.

At the same time, the workforce needed to deliver mass electrification is nowhere near large enough, and the national grid faces pressures it was never designed to withstand.

Hydrogen-ready pipes and boilers point to a hybrid future, while high electricity costs and fuel poverty risks show that affordability must be part of the conversation.

____________________________

Key Points:

🔧 Ongoing 30-year gas mains replacement program conflicts with the plan to ban gas boilers.

⚡ The UK faces a severe shortage of electricians to deliver mass electrification.

🔄 Hydrogen-ready boilers and pipes suggest gas may still play a role in the energy mix.

🌬️ Renewables are intermittent, demanding expensive backup power stations.

🔌 The grid requires radical upgrades – new cables, substations, and pylons.

💸 Electricity prices are set to stay high, driven by infrastructure and subsidy costs.

🏠 Fuel poverty is a growing risk, especially for vulnerable households.

💡 Heat pumps don’t always save money — some users face higher bills than with gas.

Bathroom Floor Gets Wet AFTER A Shower Not During It. Help!

0

📪 Newsletter: http://skill-builder.uk/signup
🛒 https://www.amazon.co.uk/shop/skillbuilder

Summary

Water pooling outside a shower isn’t always caused by bad plumbing — often it’s down to a simple installation mistake with the shower screen profile.

When the inside edge is sealed with silicone, water gets trapped in the vertical aluminium channel and eventually escapes, creating puddles after a shower.

The correct fix is to let the channel drain back into the tray and ensure the profile is mounted on the tiles, not the wall, to prevent long-term damage.

Why Your ‘Soundproof’ Windows Won’t Work (Unless You Do This)

0

SUPPORT SB – BECOME A MEMBER 👇
https://www.youtube.com/channel/UC9GdB6vG6m6cDAwrTAWXgyg/join
____________________________

LINKS

Acoustic Windows: Are They Your Key to Quiet?
https://www.greenmatch.co.uk/windows/acoustic

What Is Acoustic Glass: How It Works And Its Benefits
https://www.finepoint.glass/what-is-acoustic-glass/

Traffic Noise Reduction Strategy in a Large City (Applied Sciences, 2022)
https://www.mdpi.com/2076-3417/12/12/6027

____________________________

Key Takeaway:

Acoustic glass can help, but it’s rarely the silver bullet. The best results come from a layered approach that tackles all the ways noise sneaks into your home.

Next Steps You Can Try:

• Seal the gaps – around window frames, vents, and trickle vents. Even small gaps let in big noise.

• Test with low-cost fixes – hang heavy curtains, blankets, or acoustic liners to see the difference before investing.

• Upgrade insulation – denser loft and cavity wall insulation (e.g. mineral wool or rockwool) helps with airborne noise.

• Consider secondary glazing – often more effective than replacing windows, thanks to the extra air gap.

• Look at shutters – roller or folding shutters can add both thermal and acoustic protection, especially at night.

• Combine solutions – no single product “soundproofs” a room, but layering strategies can make traffic noise far more tolerable.

____________________________

CHAPTERS

00:00 – Magno’s question
00:31 – Reduction vs. soundproofing
01:05 – Types of noise
02:04 – Noise transmission
02:34 – Glass thickness
03:33 – Sound perception
04:01 – Acoustic glass
04:32 – Cavity wall insulation
05:00 – Loft insulation
05:29 – Blankets and curtains
06:00 – Secondary glazing
06:55 – Channel support

The Pallet LOOP Gains Further Momentum as Cemex UK Signs Up

0

The Pallet LOOP, a member of timber and forestry business BSW Group, is proud to announce that another major materials manufacturer has signed up to use its circular economy pallets.

Cemex UK is the latest manufacturer to announce a pioneering partnership with LOOP, becoming the first business in the cement industry to do so, marking a major milestone in its efforts towards sustainable packaging solutions.

From October 2025, the core range of Rugby Cement products bagged at Cemex’s flagship plant in Rugby will be delivered on The Pallet LOOP’s distinctive green pallets – designed for recovery, repair, and reuse.

Cemex is the first cement manufacturer to adopt The Pallet LOOP’s circular pallet system, reinforcing its commitment to sustainability and innovation. This move is part of the company’s broader Future in Action strategy, which aims to achieve carbon neutrality by 2050 through climate action, circularity, and natural resource management.

Vicki Elliott, National Sales Manager for Bagged Cement at Cemex UK, said: “This is a significant step forward for the cement industry. We’ve supported The Pallet LOOP from day one, signing its charter back in 2022. Now, we’re proud to be the first in our sector to integrate this solution into our supply chain. It’s about doing the right thing, as simply as possible – reducing waste, cutting carbon, and helping our customers make more sustainable choices.”

Pallet LOOP

The Pallet LOOP is an award-winning pallet reuse scheme designed specifically for the construction sector. Its model addresses a long-standing issue in construction logistics: the single-use pallet. Historically, fewer than 10% of pallets in the sector have been reused, generating over 250,000 tonnes of wood waste annually. LOOP’s green pallets are FSC-certified, built for multiple trips, and backed by a nationwide collection service that offers Rugby Cement customers financial incentives for returns.

Cemex’s adoption of LOOP pallets will begin with its core Rugby packed product range; Premium Cement (paper and plastic bags); High Strength; and Sulfate; with plans to expand across the full portfolio in future phases.

Elliott added: “This partnership reflects our belief that small steps toward circularity can make a big difference. We’re excited to work with our customers and partners to drive positive change across the industry.”

Andy Williamson, Managing Director at The Pallet LOOP, said: “This agreement shows how forward-thinking manufacturers such as Cemex are reimagining their supply chains, not just for efficiency, but for positive environmental impact. By choosing our circular economy pallets, Cemex is proving that sustainability and smart business can go hand in hand. They join a growing number of material manufacturers that are now using our pallets to great effect – driving benefits for their business and their customers. We’re excited to get pallets rolling for Cemex early next month, marking another major step forward in changing how materials move across the UK construction industry.”

For more information on Cemex’s sustainability strategy, visit https://www.cemex.co.uk/future-in-action. To learn more about The Pallet LOOP, visit www.thepalletloop.com

Government Scheme Leaves Homeowners in Ruin – And Nobody Cares!

0

SUPPORT SB – BECOME A MEMBER 👇
https://www.youtube.com/channel/UC9GdB6vG6m6cDAwrTAWXgyg/join
____________________________

LINKS

Insulation / Heat Pump / Retrofit / GBIS / ECO3 / ECO4 Nightmares
https://www.facebook.com/groups/1506021563885732

Nature Society‘s Campaigns
https://nature-society.org/campaigns/

Royal Institution of Chartered Surveyors (RICS) @ricsmediacentre
https://www.rics.org/

The Energy Company Obligation (ECO)
https://eco4.org.uk

PAS 2035 – Retrofitting Dwellings for improved Energy Efficiency @BritishStandardsInstitution
https://www.bsigroup.com/en-GB/insights-and-media/insights/brochures/pas-2035-retrofitting-dwellings-for-improved-energy-efficiency/

____________________________

Roger speaks with Duncan, a homeowner left without heating for over 2½ years after a failed air source heat pump installation under the UK government’s Eco4 scheme. His experience highlights the serious risks of poorly designed and poorly enforced retrofit projects.

Duncan’s house, a mix of sandstone and brick cavity walls, required careful planning. Instead, installers carried out inaccurate heat loss calculations, fitted undersized radiators, and failed to commission the system. At the same time, solar panels were added without a structural survey, worsening roof damage and forcing urgent repairs.

Beyond one homeowner’s plight, the case exposes systemic flaws: installers chasing grant money over quality, weak oversight of PAS standards, and no effective safety net for consumers left worse off. With only 1 in 1,000 installs properly inspected, thousands of homes face similar risks of high bills, cold rooms, condensation, and structural problems.

Frustrated but determined, Duncan has now launched a charity to help others caught in the same trap. His story is both a warning and a call to action for urgent reform in how government-backed green energy schemes are delivered.

Highlights

❄️ 2½ years without heating after a failed heat pump install.

📉 Flawed heat loss calculations and undersized radiators left the system unusable.

☀️ Solar panels fitted without structural checks caused roof sagging.

⚠️ 65,000+ solid wall homes could face condensation and mould due to poor retrofits.

🛑 No meaningful enforcement or consumer protection in place.

🤝 Duncan set up a charity to support other affected homeowners.

This Simple DIY Job Makes a Massive Difference!

0

Stormdry Masonry Waterproofing Cream
🛒 https://go.skill-builder.uk/stormdry

BECOME A MEMBER 👇
https://www.youtube.com/channel/UC9GdB6vG6m6cDAwrTAWXgyg/join

ThermoPro TP350 Bluetooth Room Humidity Meter
🛒 https://amzn.to/3IBWwCT

Dryrod Damp Proofing Rods
🛒 https://amzn.to/3ICNENb

Brennenstuhl Moisture Detector MD
🛒 https://amzn.to/4f0fz67

____________________________

MORE INFO FROM @SafeguardEuropeLtd

Stormdry Masonry Protection Cream is a transparent waterproof brick sealant compatible with masonry, brickwork, mortar and concrete.

When used on the exterior walls of the home, Stormdry Cream water sealer delivers energy-saving benefits by waterproofing and sealing substrates to reduce heat loss.

It penetrates up to 12 mm on Fletton brick, preventing penetrating damp to protect the internal fabric of houses.

The invisible waterproof silicone cream can be applied by brush, roller or airless spray. Stormdry Cream cures to a natural finish. Approved by the British Board of Agrément to last 25 years after one single coat.

In independent tests carried out by a leading energy saving assessor (Alan Pither Ltd), a solid wall semi-detached house with Stormdry Cream application was found to save 8-10% on central heating costs when compared to an unprotected house.

When independently tested by world-leading processes testing laboratory Lucideon, Stormdry Cream was found to enhance the thermal performance of brick walls to create a kind of waterproof insulation.

Lucideon proved that Stormdry brick sealer shields brick walls from frost and heat damage. Stormdry Cream also protects against light spalling and cracks when compared to unprotected brick walls and can work as a concrete sealer.

Stormdry Cream lines the inner pores of brickwork instead of blocking them, maintaining their natural vapour permeability. Following their tests, Lucideon confirmed that Stormdry Cream transmits water vapour while protecting against liquid water.

Stormdry Cream is suitable for application to buildings with cavity wall and internal wall insulation as a clear exterior masonry paint. In both cases, Stormdry Cream protects insulation from dampness to enhance its thermal performance.

In homes already afflicted with penetrating damp, Stormdry Cream stops further moisture ingress as a wall sealer. This allows damp buildings to dry out and prevents penetrating damp in future.

Landlords face yield squeeze as Octane Capital reveals weakest investment areas

0

The latest research from specialist lender, Octane Capital, has revealed the areas of the market that have delivered the lowest rental returns over the last three years, highlighting where landlords approaching the end of their mortgage terms may face the greatest difficulty in refinancing, as properties risk falling outside lender interest coverage ratio (ICR) requirements.

Octane Capital analysed average yields achieved across Great Britain since 2023 to reveal the lowest yielding areas.

The research shows that, across the UK market as a whole, the average rental yield over the last three years has sat at 5.7%. However, yields have varied widely, with certain regions consistently underperforming.

Scotland has posted the strongest returns with a three-year average yield of 6.2%, with the North East (5.2%) and North West (5%) also performing well.

The South East is home to the weakest returns, with investors seeing an average yield of just 4.1% since 2022. The East of England has also struggled at 4.2%, followed by the East Midlands at 4.2% and the West Midlands at 4.4%. London, despite stronger recent rental growth, has averaged 4.5% over the same period.

However, when analysis the market at a more granular level, Octane Capital found that it’s Kensington and Chelsea that ranks as the lowest yielding area of the UK market, where average yields have sat at just 2.8% across the last three years,

Richmond upon Thames (3.0%), Elmbridge in the South East (3.0%), Waverley in Surrey (3.0%), and Derbyshire Dales (2.7%) also ranked amongst the areas offering the weakest returns to investors.

Other weak performers include Powys in Wales (2.9%), South Hams in the South West (2.9%), North Norfolk (3.1%), Rutland (3.1%) and Uttlesford in the East of England (3.1%).

Jonathan Samuels, CEO of Octane Capital, commented:

“Our latest research highlights the difficult reality for landlords in low-yielding parts of the market, where properties may no longer fit within ICR requirements as they approach the end of their current mortgage terms.

For many, the result is limited refinancing options from mainstream lenders and this is where specialist finance plays a vital role.

Bridging and short-term lending can provide the flexibility needed to manage the transition, whether that means restructuring, selling, or re-investing into stronger performing assets. At Octane Capital, we are continuing to support landlords with fast, tailored solutions that help them navigate today’s more challenging buy-to-let landscape and low-yielding investments often form a key part of this activity.”

Data Tables and Sources

This Building Shouldn’t Exist – But We Rebuilt It

0

🛒 Dan’s Roofing Square: https://go.skill-builder.uk/dancox

🛒 Tracer AMK1 Deep Pencil Marker: https://amzn.to/3nlVsEr

🛒 Makita GN900SE Gas Nailer: https://amzn.to/3DggA6y

🛒 Dead On Steel Milled Hammer: https://amzn.to/2QSzQ6B

🛒 Swanson 7-inch Speed Square: https://amzn.to/3jigG5M

🛒 Spitfire Amber Kentish Ale: https://amzn.to/3mChiV0

___________________________________

Key Insights (viewer-friendly rework)

🏗️ Steel frame in a heritage build – This Oast House rebuild uses a hidden steel skeleton for strength and precision. It’s a modern twist that ensures durability while keeping the traditional timber look on show.

🔩 Old meets new on site – Misaligned crank beams and diagonal braces meant drilling new holes and adapting designs on the fly, showing how heritage shapes don’t always fit neatly into modern methods.

🚧 Lifting whole trusses by crane – Instead of building piece by piece up high, the huge roof trusses and chimney cowl were pre-built on the ground and craned into place. Faster, safer, and surprisingly accurate.

🪚 Carpentry at extreme angles – The 65° roof pitch demanded unusual bird’s mouth cuts and razor-sharp measurements, a reminder of the specialist skills needed to honour traditional forms.

🏠 Smart dorma design – Dorma windows were built with continuous guttering and hidden details, blending old-style looks with solutions that prevent leaks and future headaches.

🌀 The rotating cowl explained – More than decoration, the cowl spins with the wind to keep rain out and protect the hop-drying process. The Kentish horse emblem adds regional pride to practical design.

🛠️ Tradition meets comfort – The finished Oast House looks authentic outside but is fully modern inside, proving heritage buildings can be lived in and loved today.

___________________________________

What is an oast house?

An oast house is a traditional building once common in the hop-growing regions of England, particularly Kent and Sussex. Its main purpose was to dry hops, an essential ingredient in brewing beer. The distinctive design usually consists of a kiln or roundel with a conical roof topped by a white cowl. These cowls are not decorative; they rotate with the wind to create a draught, drawing hot air up through the kiln and drying the hops laid out on slatted floors. Beneath the drying floors, a furnace provided the heat, often fuelled by wood or charcoal.

Oast houses are instantly recognisable in the English countryside and have become iconic symbols of the hop industry. Most were built from the 18th to early 20th centuries, though some earlier examples exist. Their size and number of kilns varied depending on the scale of production, with larger farms having multiple roundels or square kilns.

As hop farming declined in the later 20th century, many oast houses were converted into homes or other uses, preserving their unique appearance while adapting to modern life. Today, they remain a striking reminder of Britain’s brewing heritage and are valued as part of the rural landscape.

___________________________________

The story behind those weird oast house buildings all over Kent and Sussex
🔗 https://www.kentlive.news/news/kent-news/full-story-behind-those-weird-3887160

A history and description of English Oast houses
🔗 http://www.geograph.org.uk/article/Oast-Houses

Is Your Roof Missing Something Important?

0

🛒 https://www.amazon.co.uk/shop/skillbuilder

📪 Newsletter: http://skill-builder.uk/signup

Roger answers Patrick’s question about his roof — why there’s no felt or breather membrane under his concrete tiles, and whether the “secret gutter” joint is watertight.

Roger explains:

Many roofs worldwide are built without membranes, and this often improves ventilation and reduces condensation risks.

Patrick’s secret gutter (bonding gutter) is correctly channelling water, but nails placed in the channel could cause problems.

Alternatives like the “wet bonding gutter” aren’t ideal with uneven tile heights.

Despite minor flaws, Patrick’s roof is watertight, well-ventilated, and unlikely to suffer severe issues.

👉 Key takeaway: Proper ventilation and workmanship are more critical than always relying on membranes.

Plug In and Power Up | Makita Battery Charging Case

0

The new Makita BCC01 is a robust and efficient 8-port battery charging case intended to streamline the charging of power tools for busy professionals. Designed with a compatible shape suitable for Makpac carriers – Makita’s interlocking storage system, this product is a game-changer for productivity on site.

Makita Battery Charging Case 4

With the advantage of eight charging ports, the case enables the simultaneous charging of up to four Makita batteries at a time. The smart ‘Switch Change’ function automatically cycles to the four remaining batteries once the first four are fully charged to ensure batteries can be rotated when needed, creating minimal disruption to workflow.

Makita Battery Charging Case 3

The BCC01 is compatible with XGT 40V batteries and with the optional ADP10 adapter (sold separately), the charging case supports LXT 18V batteries too. The charging case charges batteries quickly, charging four 2.0Ah XGT batteries simultaneously in as little as 75 minutes. To charge eight, it takes 150 minutes.

Makita Battery Charging Case 2

“The BCC01 has been built for high-demand environments where efficiency and productivity are critical,” said Kevin Brannigan, Marketing Manager at Makita. “With simultaneous multi-port charging, automated cycling, and full Makpac integration, it delivers a compact, convenient solution that supports both XGT and LXT platforms — making it ideal for having on site.”

To find out more about Makita’s full range of products, visit: www.makita.co.uk

Rothen Group shares the beauty of working on the waterways

0

The UK’s leading waterways engineering specialist, The Rothen Group, has shared a series of images taken by its employees in celebration of the hidden benefits of working on the waterways network, as it looks to encourage more young people into the sector.

The gallery follows on from a study by The Engineering Construction Industry Training Board which has predicted that by 2026, nearly 20% of the existing UK sector workforce will be near retirement or retired. By sharing images taken by its employees, The Rothen Group is hoping to inspire the next generation of engineers to consider a career working on the waterways to maintain the historic, 200-year-old infrastructure, as another school year soon comes to a close.

The Rothen Group specialises in marine and waterways engineering, with the business playing a critical role in maintaining the network so it can be used as a critical transport route and enjoyed by leisure boaters. Amongst the services it offers include dredging, towpath restoration, piling and specialist floating plant hire.

Alongside proactively maintaining the waterways, the Rothen Group also responds to emergent situations such as a towpath wall collapsing or damage occurring to a lock gate. Its team travel across the country to respond to emergencies, taking them to some of the nation’s most beautiful places.

Working in the great outdoors offers a series of benefits such as increased physical fitness and mental health. Additionally, the Rothen Group team holds a great sense of pride knowing that they are actively ensuring that future generations can enjoy the UK’s canals and waterways.

Ian Rothen, Managing Director at The Rothen Group said: “Working in the engineering sector can be incredibly rewarding with there being so many unique pathways that young people can explore. Day in, day out, we see our team working incredibly hard to ensure that we can provide the canal community with everything they need to safety travel through the system. When we asked them to send us any pictures that they have taken during the workday, we were inundated with their favourite shots.

“To help more individuals enter the waterways industry, we launched an apprenticeship scheme so that young people can work and learn at the same time. Our first apprentice, Lewis, is due to graduate this summer and become a full-time member of our team. Since joining in 2022, Lewis has been able to apply the engineering theory he learned in the classroom in the real world to gain a deeper understanding of its application.

“From removing vegetation to repairing the base of the canal, our team understands the positive impact their work has on maintaining this historic infrastructure. With these images, we hope to celebrate their careers on the waterways and the fantastic work they do.”

The Rothen Group is now calling on other organisations in the waterways engineering industry to follow their example and share images from their own teams to showcase the beauty of a career on the canals.

For more information about the Rothen Group, please visit: therothengroup.co.uk

Bathroom Renovation Without Breaking the Bank!

0

👉 https://youtu.be/NwB8cxZlZTw

Thanks to Rich & Si of Austin Decorating & Maintenance

https://www.instagram.com/austindecorating

https://www.facebook.com/Austindm.uk

https://austindm.uk

____________________________

🛠️ Tools & Products Used:

EASY BATHROOMS – @easybathrooms https://www.facebook.com/easybathroomshop

Elle Slimline Rectangular Shower Tray 1400x800mm £339 (now £360)
🛒 https://www.easybathrooms.com/elle-slimline-1400-x-800mm-rectangular-shower-tray

Elle Fast Flow Shower Waste £33
🛒 https://www.easybathrooms.com/elle-fast-flow-shower-waste

Straza Grey Matt Porcelain Tile 300x600mm £165
🛒 https://www.easybathrooms.com/straza-grey-matt-porcelain-tile-300x600mm

Metro White Bevelled Gloss Tiles £225
🛒 https://www.easybathrooms.com/metro-white-ceramic-brick-wall-tile-100x200mm

Oxford 880mm Fixed Shower Screen £333 (now £352)
🛒 https://www.easybathrooms.com/oxford-walk-in-fixed-frosted-glass-chrome-shower-screen-880mm

Cambridge Chrome Traditional Dual Outlet Thermostatic Shower £356 (now £435)
🛒 https://www.easybathrooms.com/cambridge-dual-thermostatic-shower-pack

Claydon Traditional Basin & Pedestal £270
🛒 https://www.easybathrooms.com/claydon-traditional-610mm-basin-pedestal-2-tap-hole

Alaric Traditional Close Coupled Toilet £480 (now £600)
🛒 https://www.easybathrooms.com/alaric-traditional-close-coupled-toilet

MATERIALS & TOOLS

Bosch GKS12VLIN 85mm 12V Li-Ion Cordless Circular Saw £110 | @Screwfix
🛒 https://www.screwfix.com/p/bosch-gks12vlin-85mm-12v-li-ion-cordless-circular-saw-bare/2754j

SBR+ Waterproof Bonding Agent £24 (now £28) | @toolstationltd
🛒 https://www.toolstation.com/sikabond-sbr-waterproof-bonding-agent/p81169

HardieBacker Backerboard 12mm £60 | @toppstiles
🛒 https://www.toppstiles.co.uk/fixing-finishing/preparation/hardiebacker-board/hardiebacker-backerboard-12mm

Qboard basiq Construction Board £75 |
🛒 https://www.diy.com/departments/qboard-basiq-square-edge-10mm-backerboard-h-2400mm-w-600mm/4025345158052_BQ.prd

Nassboards Premium Pro Electric Underfloor Heating Mat Kit 200w per m² – £65 (now £170)
🛒 https://amzn.to/4jg98vW

Sika Sikafloor 131 Level Latex Ultra Self Levelling Compound £30 | @SikaGroup
🛒 https://www.solseal.co.uk/flooring/levelling-compounds/sikafloor-131-level-latex-ultra

Vitrex LASH Tile Levelling System £8 | @qepvitrex6133
🛒 https://amzn.to/4k5V3SZ

Mapei Shower Waterproofing Kit £40 (now £55) | @MapeiUK
🛒 https://www.screwfix.com/p/mapei-shower-waterproofing-kit/78484

Leyland Trade Smart Multi-Surface Paint £80 | @LeylandPaints
🛒 https://www.johnstonesdc.com/paint-woodcare/interior-emulsions/premium-emulsions/smart-multi-surface-paint-white-5l

Flomasta 120cm x 60cm Flat Towel Radiator £70
🛒 https://www.screwfix.com/p/flomasta-1200mm-x-600mm-1415btu-chrome-flat-towel-radiator/660ry
____________________________

We take on a budget bathroom renovation as an alternative to our earlier £20k luxury project. This makeover came in at just £3,200 in materials, excluding labour, and still included underfloor heating, wall alterations, and stylish tiling.

Along the way we share DIY tips like dry-fitting tiles, levelling with clamps, and salvaging existing fixtures. The whole job took 10 days, with labour costs ranging from £1,500 to £5,000 depending on where you live.

With material prices rising fast (up 15% since filming), we invite you to share your thoughts — could this bathroom have been done even cheaper?

____________________________

⏱️CHAPTERS

00:00 Intro
00:23 Rip Out
01:07 Overboarding
01:19 Studwork
01:34 Shower Base
02:11 Boarding
02:43 Underfloor Heating
03:18 Tiling
04:39 Painting
04:48 Shower Screen
05:00 Grouting
05:21 Towel Heater
05:38 The Price