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Green means go, Wade Group means business

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From riverbanks to recycled rubble, Wade Group is rewriting the rules of construction – with Yanmar Compact Equipment powering every move.

In the Ribble Valley, Lancashire, England – where rivers run fast and work runs deep – Wade Group is forging a more considered path. Not by chasing scale, but by doubling down on care, craftsmanship and long-term thinking. What began as a family groundwork firm is now a trusted name in civil engineering, construction and material recovery, with a focus on doing things better, not just bigger.

One machine captures that mindset perfectly: a luminous green SV100-7 midi excavator from Yanmar. Custom-wrapped to match the company’s bold branding, it turns heads on site while reflecting Wade’s commitment to cleaner, more innovative construction.

Big power, small footprint

For Wade Group, the SV100-7 was a natural fit: practical innovation with a lighter footprint. With an operating weight of 9,815 kg (steel tracks), it delivers high performance in a compact package – ideal for sensitive environments and tight urban plots. Sourced through Mellor Plant, Yanmar’s trusted dealer for the North West of England, the SV100-7 holds pride of place not only on site, but in the office too – where a miniature model (a gift from Mellor) sits in matching green.

It’s a small symbol of a bigger shift: investing in kit that looks the part and does its part for the planet. “We wanted something smart, flexible and unmistakable,” says John Wade, Director. “The SV100-7 fit the bill perfectly – and it makes a statement wherever it goes.” 

Built on trust, driven by care

Wade Group’s approach reflects the same values Yanmar Compact Equipment promotes globally: listening to clients, working hands-on, and building long-term partnerships based on trust. From the start, Wade has prioritised strong relationships with clients, subcontractors, employees and suppliers alike.

Though the business has grown, its people-first ethos remains unchanged. With most work coming via tenders and repeat clients, reliability and turnaround are everything. “Ninety-five percent of our work is within an hour’s drive,” says John. “It keeps us leaner, cleaner, and closer to home.” 

Wade’s local mindset also supports wider environmental goals. The company’s philosophy aligns with Yanmar’s Green Challenge 2050 – a global initiative to reduce environmental impact across every aspect of operations, from emissions and energy use to design and circularity. 

Less waste, more value

This mindset is especially clear in Wade’s expanding material recovery operations. With the addition of a Yanmar V7 wheel loader – the lightest in the range at 4,250 kg – the team now recycles concrete, tarmac and brick on-site, cutting costs and landfill waste. “It’s about using what we’ve got and making it go further,” says John. “We’re cutting waste while working smarter.”

Nicknamed the ‘Jack Russell’, the V7’s compact size and sharp handling make it ideal for tight yards, and a key player in Wade’s push for more circular construction. “It’s got serious bite for its size,” John laughs. 

Power to the people – and the planet

The green thread runs through Wade’s river restoration work, too. In partnership with the River Ribble Trust, the team has delivered fish passes and bypass channels to help salmon and trout navigate past industrial-era weirs. One recent scheme carved a new route around a Victorian barrier, restoring access upstream for the first time in over a century.

Another project in Samlesbury (Lancashire, England) saw the removal of a redundant concrete gauging weir near Brockholes Nature Reserve – carefully completed from a single bank to avoid disturbing the habitat. Riverbanks were reprofiled to blend with the natural landscape, while salvaged concrete was crushed and reused as sub-base on future jobs.

“You’re moving earth while restoring something that’s been broken for generations,” John reflects. “It’s meaningful work – and the SV100-7 gives us the control and finesse to do it with minimal impact.” 

Yanmar Compact Equipment 2

Wade’s values also extend to the people behind the machines. When a long-standing subcontractor – John’s cousin – returned to site work after losing his lower leg in a motorbike accident, he was able to continue operating with the support of a tiltrotator-equipped Yanmar SV26 (2,740 kg OW), also supplied by Mellor Plant. “The SV26 keeps him secure on uneven terrain and able to work safely from the cab,” says John. “It’s kept him active and doing what he does best.” 

Green in every sense

Wade Group’s story is one of evolution through care – built on relationships, shaped by values, and powered by purposeful equipment. It’s proof that even small, local firms – and machines – can drive meaningful change.

So, if you spot a high-vis green digger working a bridge, bypass or riverbank in Lancashire, England, you’ll know who’s behind it: a team doing things differently. Cleaner, smarter – and greener, in every sense of the word. 

How Does This Machine Lift Huge Steel Beams So Easily?

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When it comes to heavy-duty construction, moving and installing steel I-beams demands precision, safety, and expertise. Steel Beam Lifter is revolutionising how contractors, builders, and project managers handle these critical structural components.

With cutting-edge equipment, a highly skilled team, and a commitment to efficiency, Steel Beam Lifter ensures seamless I-beam transportation and installation, no matter the project’s scale or complexity.

Steel Beam Lifter’s service begins with meticulous planning. Their team collaborates with clients to assess project requirements, site conditions, and logistical challenges. Whether it’s a skyscraper, warehouse, or bridge, they tailor solutions to meet specific needs.

Using state-of-the-art cranes, hydraulic lifts, and custom rigging systems, Steel Beam Lifter handles I-beams of all sizes with unparalleled accuracy. Their equipment is regularly inspected and certified, guaranteeing compliance with OSHA and industry safety standards.

What sets Steel Beam Lifter apart is its experienced crew. Each member is rigorously trained in heavy lifting, rigging, and site safety, ensuring every move is executed flawlessly. Their expertise minimises downtime, reduces risks, and keeps projects on schedule. From navigating tight urban job sites to managing remote locations, Steel Beam Lifter adapts to any environment, delivering results under pressure.

Efficiency and sustainability are at the core of their operations. By optimising transport routes and using fuel-efficient machinery, they reduce costs and environmental impact without compromising quality. Clients also benefit from transparent pricing and detailed project timelines, eliminating surprises.

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👇MORE STEEL BEAM LIFTING
https://youtu.be/SmpnCMZCPKM

Steel Beam Lifter: The Ultimate Steel Beam Move & Installation Service
https://go.skill-builder.uk/steelbeamlifter

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ABOUT PROP PAL

For years, builders have had no choice but to work unprofessionally with the traditional unsafe makeshift methods of Strongboys and RSJ / box section needling for creating open plan living.

It’s caused a lot of stress, mess and many sleepless nights (before we even mention the homes that have come crashing down) because it’s never been safe, easy or secure.

Prop Pal products make the job safe, easy and secure – the key elements – for builders to work professionally on domestic and small commercial structural alterations.

https://www.proppal.co.uk

How This Factory Makes Enough Pipe to Circle the Earth 17x!

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Summary

🏭 Behind-the-Scenes Tour of Pipe Production

Roger Bisby visits Pipelife’s factory in Cork, Ireland, highlighting its production of pipes, fascia boards, and roofing products. The facility is modernising 34 production lines, transitioning from old to new machinery.

🔧 PEX Pipe Extrusion & Standards

PEX pipes for the UK are produced with strict compliance to British Standards, featuring automated diameter checks and BSI kite mark certification, ensuring high reliability compared to self-certified alternatives.

📦 Packaging & Branding Excellence

EasyLay products in distinctive blue wrappers and other Pipelife pipes are being widely adopted in both the UK and Irish markets. Packaging includes large drums re-coiled into smaller, installer-friendly sizes.

🔬 Quality Control and Overengineering

Extensive testing includes pressure and tensile strength tests. Pipes are overengineered—subjected to pressures and durations beyond standard requirements—to ensure unmatched reliability.

🚛 Logistics & Distribution Scale

The factory dispatches around 25 trucks daily, with a split between UK and Irish markets. Products range in colour and insulation types based on regional demand.

How a DIY Levee Beat a River | Flood Defence Made Simple

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Justin and Tucker Humphrey, brothers from Bogota, Tennessee, grew up learning to build dirt levees from their late father, Mike, to protect their family home from floods. In April 2025, a catastrophic storm caused the nearby Obion River to rise nine feet in nine hours, flooding 60% of Bogota’s homes and farmland.

Refusing to abandon their childhood home, the brothers used an excavator and tractor to construct a nine-foot-tall levee around the farmhouse, moving three acres of dirt to form a barrier.
Working in shifts with their mother, Amy, they reinforced the levee with plastic sheeting and sandbags, patrolling day and night to counter erosion from wind-driven waves. The Bogota community rallied, supplying generators, boats, and materials, making it a collective effort. The levee held firm, keeping the home dry while floodwaters turned the property into an island, a striking image that went viral.

The brothers’ success, rooted in their father’s practical lessons, outperformed many modern flood defences, including a $260 million state system that failed elsewhere. However, the flood damaged their farm, and recovery costs mounted. Neighbours, including Amy’s mother, lost their homes, prompting community fundraisers.

The Humphreys’ story highlights the power of local knowledge and resilience in the face of climate-driven floods, exposing gaps in rural flood infrastructure. Tucker vowed to rebuild taller if needed, reflecting their determination to stay in Bogota. Their levee, a testament to inherited wisdom and community spirit, stands as a model of defiance against nature’s wrath.

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Brothers Save Home from Flood with Homemade Levee 👇

goodnewsnetwork.org/brothers-save-their-home-from-massive-flood-with-homemade-levee-father-who-taught-them-would-have-liked-that-watch

MENTIONS

🔗 Safeguard Europe
go.skill-builder.uk/safeguard

Fox Weather feature
https://youtu.be/PZzmBhE22gs

Three Mills Island – An Unspoiled Part of London

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Discover Three Mills Island, a hidden gem in East London’s River Lea, perfect for history buffs and nature lovers! Tucked away in Bromley-by-Bow, this serene spot is one of London’s best-preserved industrial sites, named for its historic mills. The star attraction, House Mill, built in 1776, is a stunning Georgian tidal mill and one of the oldest of its kind. Its brick-and-timber façade and original machinery tell tales of grain for London’s gin distilleries.

Surrounded by tranquil waterways and greenery, the island’s cobbled paths and peaceful vibe offer a refreshing escape from the city. Visit the House Mill museum for guided tours diving into its fascinating past. Beyond history, Three Mills Island buzzes with modern creativity—Three Mills Studio nearby has hosted films like The Crown and Legend.

Whether you’re strolling, cycling, or soaking in the views, this picturesque spot near Queen Elizabeth Olympic Park is ideal for a chilled day out. With cafes and open spaces, it’s a blend of heritage and calm. Hit that like button, subscribe, and join us to explore this unique slice of London’s history! Share your thoughts below—have you visited Three Mills Island?

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👇 See our playlist for more 👇
https://www.youtube.com/playlist?list=PLvRh7uimDQfd4igGi8AlqUoU2J3DYUttc

Three Mills Green & Three Mills Island
https://what3words.com/milk.most.lovely

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The House Mill

housemill.org.uk

facebook.com/House-Mill-247209188640422

Constructed in 1776, the House Mill stands as the globe’s largest remaining tidal mill and a hidden treasure in London’s landscape. This riverside relic from the dawn of the industrial era, now maintained by the House Mill Trust, hosts an array of engaging experiences within its Grade I listed walls. Visitors can enjoy guided heritage tours, live music performances, art displays, and diverse workshops, bringing this historic gem to life.

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3 Mills Studios

https://3mills.com

facebook.com/3MillsStudios

instagram.com/3millsstudios

3 Mills Studios is an iconic production destination in the heart of London’s most vibrant creative community.

The studio has hosted many film, TV and stage productions including MasterChef (BBC), The Third Day (Amazon), The Great (Hulu), Slow Horses (Apple TV), The Expendables 4, and Extraordinary (Disney +), as well as some incredible independent filmmakers such as Wes Anderson, Andrea Arnold, Danny Boyle, Tim Burton, David Cronenberg, Stephen Daldry, Mike Leigh, Michael Winterbottom and Marc Munden.

Stamp Duty Land Tax Changes Trigger Surge in Property Transactions

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A chill on transactions is expected after a spike in activity.

HMRC’s latest statistics show changes to Stamp Duty Land Tax (SDLT) in April caused the UK property market to have an unprecedented surge in transactions during March, say leading audit, tax and business advisory firm, Blick Rothenberg.

Tom Goddard, a Senior Associate at the firm, said: “The statistics show 77,480 more residential property transactions valued over £40,000 in March 2025 than in the same month the previous year. The surge was caused by people rushing to complete transactions before the tightening of the SDLT thresholds and rates, which kicked in from 1st April 2025. As a result, SDLT receipts soared, with the Treasury collecting £349 million more in March 2025 than in March 2024.”

He added: “The reforms were designed to increase revenue and address concerns that SDLT had become overly generous at the lower end of the market. Buyers eager to avoid the additional SDLT burden rushed to complete purchases before the deadline, fuelling a short-term boom. Sellers, meanwhile, took advantage of the demand spike, which led to a short-term property premium.”

Tom said: “The April SDLT revision changed the 0% threshold (nil rate band) for residential property purchases from £250,000 to £125,000. First-time buyers have also seen the threshold at which SDLT kicks in for them reduce (at 5%) from £425,000 to £300,000.”

He added: “Because of this, we will likely see a chilling effect on both transaction volumes and house prices in next month’s statistics. The rise of the SDLT is likely to deter both first-time buyers and those looking to upsize, particularly in areas where price points are just above the new SDLT thresholds. As transaction volumes fall, downward pressure on prices could intensify.”

Stamp Duty
Stamp Duty rolled back

Tom said: “Unless other housing or tax policy measures are introduced, we could see a pronounced cooling in the UK property market across all price points, as although the change in SDLT rates primarily impacts lower-price properties, transactions in this sector of the market are an integral foundation for sales in all other price segments.”

He added: “But the Treasury may welcome the increase in SDLT receipts, even if it is temporary, as it continues to grapple with broader fiscal pressures, and given that the Government’s borrowing requirements for FY25 were provisionally £11bn higher than originally budgeted for by the Office of Budget Responsibility.”

Latest Changes to Stamp Duty Land Tax (SDLT) in the UK

As of 1 April 2025, the UK government has reverted Stamp Duty Land Tax (SDLT) thresholds to their pre-September 2022 levels, ending the temporary relief introduced to boost the housing market.

Key Changes

  • Standard Residential Purchases: The nil-rate band has been reduced from £250,000 to £125,000. Buyers now pay 2% on the portion from £125,001 to £250,000, and 5% on £250,001 to £925,000. More info.
  • First-Time Buyers: Relief now applies only up to £300,000 (down from £425,000). Purchases between £300,001 and £500,000 incur a 5% charge. No relief above £500,000.
  • Additional Properties: The surcharge on second homes has risen from 3% to 5%. More info.

These changes have increased tax bills significantly. For example, a first-time buyer purchasing a £500,000 home now pays £10,000 in SDLT. Home movers buying a £300,000 property pay £5,000—double the previous amount.

There was a notable rush to complete purchases before these changes took effect. Buyers are advised to use SDLT calculators or consult advisors to understand their obligations.

See more about Stamp Duty on Skill Builder

New Pre-plumbed Baxi ASHP Cylinder Speeds Up Installations

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With the increasing demand for air source heat pumps (ASHPs), Baxi is helping engineers simplify and speed up installations with the launch of the Baxi ASHP Pre-plumbed Cylinder.

Designed specifically to work with Baxi ASHPs, the Baxi ASHP Pre-plumbed Cylinder provides optimal heating and hot water performance while helping homeowners save energy.

Baxi ASHP 2

The cylinder helps installers save time on installation as much of the pipework and fittings are already in place. Additionally, the cylinder comes pre-wired, further simplifying and reducing time needed on electrical connections. 

The new cylinder is available in capacities of 170, 210, 250, or 300 litres to ensure installers have the flexibility needed for a wide range of projects. Its compact footprint also enables installation into an airing cupboard or smaller space.

Due to its extra-large coil, explicitly designed for use with heat pumps, Baxi’s ASHP Pre-plumbed Cylinder delivers faster heating times and increases the availability of hot water. Thanks to the high flow rate of 76 L/min and its in-built backup immersion heater, the cylinder is well-suited to homes with multiple bathrooms.

The intuitive integrated controller enables direct control of domestic hot water and central heating. With the addition of an optional accessory kit, heating can be controlled across 2 zones.

To simplify commissioning, the cylinder comes equipped with Bluetooth connectivity so that engineers can wirelessly connect to the Baxi Commissioning Tool via the Baxi Start App. The homeowner can access remote comfort control if used alongside the Baxi uSense 2 Smart Room Thermostat

Baxi ASHP 3

Manufactured from “Duplex” stainless steel for superior quality and corrosion resistance, the tank comes with a two-year warranty as standard, with a 10-year warranty on the inner tank.

Baxi ASHP 5

Rob Pearse, Residential Business Director at Baxi, said: “We’re continually looking for new ways to support installers, and that’s why we’re excited to bring our new Baxi ASHP Pre-plumbed Cylinder to market. It’s been designed from the ground up to make installation and servicing simpler for engineers and provide the reliable and efficient heat and hot water that will keep their customers happy.”

Baxi ASHP 6

For more on Baxi’s new ASHP Pre-plumbed Cylinder, visit baxi.co.uk/professional

Cracked Render? Watch This Before You Start Repairing

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🧱 Identifying the Problem
Roger examines cracked render on a gable wall that needs redecorating, noting minor cracks likely due to slight structural movement during a previous extension. The render isn’t loose, but there’s some texture variation and minor cracking.

🔧 Preparation Steps
Cracks are opened up using an angle grinder to inspect their depth. Roger determines the cracks are only in the render, not the brickwork. He uses a fungicidal wash to clean the wall and then applies a primer from the EWI shop to ensure adhesion.

🧪 Repairing Cracks
A mix of sand, cement, and SPR (a rubbery bonding agent) is applied to the cracks. This mix remains flexible, allowing it to withstand minor movements without re-cracking.

🧰 Application of Silicone Render
A 1.5mm silicone render is applied with a trowel. This product is known for its flexibility and durability. It’s essential to apply thinly and work systematically to maintain a wet edge, preventing visible joins or dry spots.

🌤️ Environmental Considerations
Roger notes the importance of temperature: hot days make it hard to manage the render. He aims to work in moderate conditions and mentions that optimal weather for such work is around 18°C.

🤝 Collaborative Effort
On day three, Roger is assisted by Ben to maintain a continuous application. They use a plastic float to smooth the render and fill gaps. Small adjustments, like a light spray of water, help maintain the workability of the render.

🧾 Material and Cost Efficiency
Roger highlights that two tubs of render were sufficient for the entire gable wall, including areas around windows. He points out that the cost is comparable to masonry paint, making it an economical choice.

🏁 Final Result and Reflections
The project concludes successfully. Despite minor flaws like dry edges, the finished result is visually acceptable. Roger invites viewer feedback and discussion in the comments.

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🛠️ Tools & Products Used from EWI Store

Topcoat Primer (EWI-333) – 7kg
🛒 https://ewistore.co.uk/shop/external-wall-insulation/top-coat-primer-7kg/

Render & Sponge Floats
🛒 https://ewistore.co.uk/product-category/external-wall-insulation/render-sponge-floats/

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👇 See our other rendering videos

https://youtu.be/AIDwIQQ6VA8

https://youtu.be/QCkjlpqPCUw

https://youtu.be/wNsB8FIuy2w

https://youtu.be/UT_8vpsMuCU

Getting Rid of Harmful Dust Without Stopping Building Work

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Dust control on building sites is no longer a luxury; it’s a necessity. As awareness grows about construction dust’s risks to worker health and site productivity, modern approaches are evolving to address the challenge head-on. Whether you’re cutting concrete, sanding timber, or demolishing interiors, airborne particles can seriously disrupt schedules and endanger safety.

Fortunately, it’s possible to manage harmful dust without grinding progress to a halt. From portable extractors to misting systems and clever barrier setups, the right combination of tools and strategies ensures a safer, more compliant work environment while keeping timelines intact.

Addressing Specific Hazards on Construction Sites

Construction dust often comes from silica, wood, and gypsum-based materials. These fine particles can cause respiratory irritation, long-term health conditions, and immediate eye discomfort. If dust isn’t properly contained, projects can suffer from unplanned stoppages or reduced productivity.

Using extraction systems at the dust source helps limit exposure. Equipment like on-tool vacuums and HEPA filters reduces airborne contaminants and improves on-site conditions. To stay compliant, site teams must consider regulatory frameworks requiring dust risk planning across all project phases, from design to execution.

Proper training and routine maintenance of extraction units are also key. With consistent inspections, teams can identify filter blockages or malfunctioning fans early and prevent lapses in protection.

Choosing the Right Dust Extraction for Continuous Work

Modern construction environments demand extraction solutions that move with the job. Mobile units provide flexibility, allowing dust to be captured at its source even as the work shifts. They’re ideal for sites with changing layouts or short-term needs.

On-tool extraction prevents particles from escaping from tools like grinders and saws. This type of localised control is essential for protecting workers and meeting compliance standards. HEPA filters further enhance safety by capturing ultrafine particles.

Fixed extraction systems may offer better performance in long-term applications or workshops. Though they require more planning and investment, they’re ideal for sites with repeated dust-generating tasks.

Suppliers offering solutions from compost to mulch at AHS Ltd can advise contractors on pairing the right equipment to task type, site setup, and regulatory responsibilities.

Water-Based Dust Suppression Solutions

Water is a reliable and cost-effective way to manage dust. Techniques like damping down exposed soil and stockpiles keep dust from rising, especially during excavation or in dry weather conditions.

Wet cutting tools, commonly used when handling concrete or masonry, reduce the spread of hazardous dust at the source and help create a slurry that can be easily managed.

Water misting systems offer a more mobile solution. Portable mist cannons can be quickly positioned and redirected as work zones change. However, teams must also manage water runoff to avoid environmental damage. Barriers, sediment traps, and portable recycling units help ensure compliance and eco-safety.

Containment with Barriers and Enclosures

Temporary barriers are highly effective at isolating dust during tasks like sanding, grinding, or interior demolition. Secure seals and tight access points prevent particle escape, especially when used alongside negative pressure systems.

Enclosures equipped with airlocks add another layer of protection. Workers can pass through two doors with a buffer space in between, giving dust time to settle before anyone enters or exits.

For outdoor environments, rows of shrubs or trees can serve as windbreaks, limiting off-site dust spread while supporting sustainable site practices.

Task-Based Dust Management

Some tasks produce far more dust than others. Concrete cutting, for example, is high risk due to the release of crystalline silica. Wet cutting tools, portable extractors, and sealed-off zones help manage exposure.

In woodworking, dust accumulates quickly in the air. On-tool extraction systems and weekly filter inspections can keep things under control. Respiratory protection should always be a secondary measure, not a replacement for proper dust collection.

Pre-wetting materials and using mist systems during takedown benefit demolition projects. Barriers placed at the perimeter can prevent the spread of airborne debris to nearby areas.

Earthmoving operations can stir up dry particles. Water bowsers, vehicle wheel-washing stations, and load covers all reduce the risk of dust travelling beyond the worksite.

Selecting the Right Tools and Equipment

Today’s tools come with features designed specifically to reduce dust. Integrated water delivery systems and variable-speed controls allow for cleaner, more precise cutting and grinding.

Matching extraction systems to the material in use is crucial. Silica-heavy tasks require high-powered extractors with specialised filters, while woodworking tools benefit from larger hoses to handle fibrous particles.

Combining multiple control methods delivers the most reliable protection. Regular cleaning and maintenance ensure these systems continue to perform throughout the job.

Final Thoughts: Staying Safe Without Slowing Down

Effective dust management no longer means choosing between safety and speed. With the right planning, technology, and compliance measures, construction teams can maintain clean air while keeping work moving forward.

From selecting adaptable extraction units to integrating water-based suppression and enclosures, there’s a dust control solution for every task and environment.

See more about harmful dust on Skill Builder

Rocket House: An Ingenious Idea

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WHAT IS A ROCKET HOUSE?

Rocket Houses in the UK were specialised structures built primarily during the 19th and early 20th centuries to store lifesaving rocket apparatus for maritime rescues along the nation’s perilous coastlines. These small, robust buildings were strategically positioned near cliffs, beaches, or harbours in areas notorious for shipwrecks, such as Devon, Cornwall, Norfolk, Yorkshire, and the Isle of Wight.

Managed by coastguards, the Royal National Lifeboat Institution (RNLI), or local volunteer brigades, Rocket Houses were critical when stormy seas and rocky shores frequently claimed ships. They housed equipment to save sailors stranded close to shore, where traditional lifeboats struggled to operate due to heavy surf or inaccessible cliffs. The Rocket House was a cornerstone of coastal safety, reflecting the UK’s commitment to reducing maritime fatalities during a time of intense shipping activity.

The primary equipment stored in Rocket Houses was the rocket apparatus, typically Manby or Boxer systems, which revolutionised shore-based rescues. The apparatus included a rocket—a gunpowder-propelled projectile capable of carrying a light line up to 700 yards to a wrecked ship. Once the line reached the vessel, sailors could pull a heavier rope (hawser) across, secured to the shore.

This rope enabled rescues via a breeches buoy, a canvas seat or bag suspended on a pulley, which ferried crew members to safety one at a time. The Rocket House also contained a rocket wagon, a mobile cart with a tripod firing stand, coiled lines, ropes, anchors, and tools, ensuring rapid deployment to the wreck site. These components were designed for durability in harsh marine environments and simplicity for use by trained volunteers.

Rocket Houses were integral to numerous rescue operations across the UK. In Hartland Quay, Devon, a Rocket House was established in 1891 following the tragic Uppingham shipwreck, housing gear for the Hartland Life Saving Apparatus Company. Similarly, in Happisburgh, Norfolk, rocket brigades practised with poles to simulate rescues, as documented in local histories. Other examples include rocket stations in Cornwall’s St Ives or the Isle of Wight’s Needles, where frequent wrecks necessitated quick response.

These houses enabled rescues like the 1962 Green Ranger operation at Hartland Quay, where rocket lines and breeches buoys saved lives. The apparatus required precision and coordination, with volunteers braving storms to fire rockets accurately, often in darkness or gale-force winds.

Though many original Rocket Houses have disappeared, their legacy endures in maritime heritage. Museums, such as the Hartland Quay Museum or North Devon Maritime Museum in Appledore, preserve artefacts, photos, and stories of rocket brigades. Some modern buildings, like the Rocket House holiday cottage in Devon, borrow the name, evoking this history without containing equipment.

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The Rocket House at Airbnb
www.airbnb.co.uk/rooms/48763852

Find it with What3words
what3words.com/timer.cove.motive

South West Coast Path
www.southwestcoastpath.org.uk

Hartland Point
en.wikipedia.org/wiki/Hartland_Point

Breeches Buoy
en.wikipedia.org/wiki/Breeches_buoy

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Further reading 👇

🔗 The Salt Path by Raynor Winn –
https://www.penguin.co.uk/books/309419/the-salt-path-by-winn-raynor/9781405972147

The Salt Path is an unflinchingly honest, inspiring and life-affirming true story of coming to terms with grief and the healing power of the natural world. Ultimately, it is a portrayal of home, and how it can be lost, rebuilt, and rediscovered in the most unexpected ways

🔗 The Salt Path starring Gillian Anderson & Jason Isaacs
imdb.com/title/tt27766440

SS Uppingham Cargo Steamer at Wrecksite
wrecksite.eu/wreck.aspx?140362

The cargo steamship lost power, drifted onto rocks 4 miles west of Hartland Point, Devon and became a wreck; eight of her 28 crew were lost. She was on a voyage from Cardiff to Port Said with coal.

The History of Hartland Quay
hartlandquayhotel.co.uk/history/

Step-by-Step Basement Renovation: No More Damp, No More Rot!

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Full Basement Renovation | Underfloor Heating, Damp Proofing & SPC Flooring.

Transforming a soggy, neglected basement into a warm, solid, modern space – this is a full breakdown of how we did it, step by step.

What’s Inside:

🪚 Removed timber floors sitting directly on wet earth – major rot and no ventilation.

🚧 Built proper foundations: compacted hardcore, DPM, insulation, and 75mm screed.

🌡️ Installed Prowarm Procrate underfloor heating with water-filled pipe system.

🧱 Waterproofed walls with TS+ polymer and breathable high-lime renovation plaster.

🪵 Laid SPC waterproof click flooring – durable, stylish, and perfect for basements.

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🛠️ Tools & Products Used:

Milwaukee M18 Recip Saw
🛒 https://amzn.to/3RJ8tbk

Milwaukee 12-Piece Demolition Sawzall Blade Set
🛒 https://amzn.to/4lPibGV

Everbuild DPM Polythene Joint Tape
🛒 https://www.screwfix.com/p/everbuild-dpm-polythene-joint-tape-black-20m-x-75mm/713fr

Therm PIR insulation
🛒 https://www.cutpriceinsulation.co.uk/products/mannok-therm-pir-insulation-1200-2400

Ultratape Aluminium Foil Tape
🛒 https://www.builderdepot.co.uk/ultratape-aluminium-foil-tape-50mm-x-45-7m

ProWarm Multi Room & ProCrate Kit
https://www.theunderfloorheatingstore.com/products/prowarm-water-underfloor-heating-multi-room-kit-procrate

JC Flow Screeds – Essex & Suffolk
https://www.jcflowscreeds.co.uk

Cemfloor
https://cemfloor.co.uk

TS-PLUS Tanking Slurry 20kg
🛒 https://amzn.to/3EJMZrP

Safeguard Dryzone Hi-Lime Renovation Plaster
🛒 https://amzn.to/42NDTlS

SPC Floor Planks Rustic Oak
🛒 https://tinyurl.com/bp7kfdhw

Numatic TradeLine TRM240
🛒 https://amzn.to/42RVkln

THERMAL CAMERAS

TOPDON TC004 Thermal Camera
🛒 https://amzn.to/4iJ5ytX

TOPDON TC001 Thermal Camera Android
🛒 https://amzn.to/44jJoLC

FLIR MR176 Moisture Meter
🛒 https://www.tester.co.uk/flir-mr176-kit5-imaging-moisture-meter

Professional Infrared Thermometer GIS 1000
🛒 https://amzn.to/3GzvU4v

OTHER LINKS

Full ProWarm Underfloor Heating Installation
https://youtu.be/PMNe0z_8Diw

Drybase TS-Plus Installation
https://youtu.be/8GgWnlv–80

See Rubi Kasuto at Back To Basement
https://www.backtobasement.co.uk

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⏱️CHAPTERS

00:00 Intro
01:09 Floor Rip Up
03:27 Rock Bottom
04:35 Damp Proof Membrane
05:13 Insulation
05:40 Underfloor Heating
07:31 Liquid Screed
09:28 UFH Commissioning
09:59 Damp Wall
11:01 Tanking Slurry
12:50 Hi-Lime Plaster
14:28 SPC Flooring
16:22 M-Class Vacuum
17:47 Thermal Imaging
19:05 Final Thoughts

Removing Tiles From Plasterboard Walls With This Secret Tool

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Paramount board, or “egg box board,” is fragile and problematic during renovations. Made of thin plaster layers with a cardboard core, it often tears apart when removing tiles, taking chunks of the wall with it. Repairs become difficult and time-consuming, sometimes requiring full wall replacement. For tradespeople on tight schedules, it turns simple jobs into major challenges. Knowing its weaknesses is essential for minimising damage and planning effective repairs.

Tile Removal and Wall Repair Guide

? Dealing with Paramount Boards

When encountering paramount (egg box) board behind tiles, proceed carefully. The board is very thin and fragile, making it easy to damage the wall during tile removal. Avoid aggressive techniques that could lead to replacing the entire wall.

?️ Tiling Tips from Experience

Use a careful approach to remove tiles. Instead of striking the middle of a tile, gently nibble at the edges. This method reduces the tension and helps lift tiles off without breaking the wall structure underneath.

? Tile-on-Tile Insight

Tiling over existing tiles can be highly effective if done correctly. Laboratory tests have shown that tiles provide the best adhesion surface. Ensure you use a cement-based adhesive, which chemically sets within 2-3 hours, unlike tub adhesives that rely on evaporation.

?️ Restoration After Removal

After removing tiles, fill any holes with expanding foam or bonding material. Depending on the finish, apply a skim coat or patch bondings to prepare the surface for retiling. Partial tiling, up to a preferred height, can also be considered to match customer preferences.

?️ Plastering Preferences

For a polished finish, skim ceilings to eliminate outdated artex textures. A smooth, plastered ceiling enhances modern bathroom and kitchen designs, improving both aesthetics and property value.

Can You Really Improve Your Home Energy Performance?

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How to save money on your energy bills
https://energysavingtrust.org.uk

Warm Homes Plan – Help to save households money
https://www.gov.uk/government/news/help-to-save-households-money-and-deliver-cleaner-heat-to-homes

Are you ready for a heat pump?
Check out: https://www.heatgeek.com
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Summary

🏡 Upgrading Older Homes: A walkthrough of a Victorian home highlights energy inefficiencies, with an EPC rating of Band B. The goal under the UK’s Warm Homes Plan is to improve to Band C, focusing on insulation and sensible upgrades that maintain the property’s character.

🔍 Thermal Scanning Findings: A thermal imaging scan exposes major heat losses through solid walls and windows. Even relatively new constructions exhibit poor insulation, emphasising widespread inefficiencies.

🚪 Draft-Proofing and Porches: Effective draft-proofing around the front door and the use of a porch help reduce heat loss. These are affordable enhancements with a high impact on comfort and energy bills.

💨 Managing Moisture with Ventilation: Excessive sealing can lead to moisture build-up and mould growth. It’s essential to strike a balance between airtightness and sufficient airflow to maintain a healthy living environment.

🔥 Heating Systems and Floor Warmth: Traditional cast iron radiators, while charming, require high flow temperatures and aren’t suited for low-temperature systems like heat pumps. Underfloor heating offers comfort, but electric versions can be costly to operate.

🐾 Practical Heat Indicators: Pets naturally gravitate to warmer spots, serving as informal indicators of where insulation performs best or fails.

🧱 Challenges of Wall Insulation: Both external and internal wall insulation present issues due to aesthetic concerns and structural limitations. Loft areas and gable ends are potential targets for insulation, though with considerable cost and effort.

🌬️ Fireplace Drawbacks: Open fireplaces can pull up to ten full air changes per hour from a room, making them significant sources of heat loss. In contrast, wood burners retain more heat if chimneys are properly lined.

🛏️ Optimising Radiator Placement: Radiators under windows promote efficient air circulation by combating cold drafts. Older models may lack performance and need replacement to work with modern heating systems.

💡 Lighting Efficiency: Replacing incandescent and fluorescent bulbs with LEDs drastically cuts electricity costs, especially important given the UK’s high energy prices.

💷 High Retrofit Costs vs. Modest Gains: A full retrofit involving heat pumps and pipe replacement could cost over £60,000, with a lengthy payback period. For many households, continuing with a modern gas boiler remains the most practical approach.

🌐 Accessing Financial Support: Homeowners are encouraged to explore eligibility for energy efficiency grants through the Energy Savings Trust, especially those with older systems or qualifying benefits.

The Madness Of Airtight Homes

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Dryzone Cube Loft PIV Kit with Heater
go.skill-builder.uk/dryzone-cube

Dryzone Dehumidifier & Air Purifier
go.skill-builder.uk/dryzone-dehumidifier

Many modern homes are becoming increasingly airtight to meet energy efficiency goals, but this well-intentioned approach has led to unintended consequences: rising cases of dampness, mould, and respiratory issues.

🏡 Indoor Air Quality Checklist – Are You Protecting Your Home?

Use this checklist to assess if your home is at risk from poor ventilation and moisture buildup:

✅ Replaced old windows/doors with tightly sealed units
✅ Not using extractor fans regularly in the kitchen/bathroom
✅ Drying laundry indoors (especially on radiators)
✅ Trickle vents closed or blocked
✅ No mechanical ventilation system installed
✅ Condensation on windows or signs of mould
✅ Family members experiencing respiratory symptoms

📚 Further Reading & Resources:

Energy Saving Trust – Dealing With Damp at Home: energysavingtrust.org.uk/dealing-damp-home

NHS – Health effects of mould: nhs.uk/conditions/respiratory-tract-infection

UK Building Regulations on Ventilation: gov.uk/government/publications/ventilation-approved-document-f

🧰 Airtight homes need smart ventilation — protect your space, your air, and your health.

Is This Climate Change or Bad Building?

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Further reading 👇

🔗 UK Government Building Regulations – Approved Document A (Structure)
gov.uk/government/publications/structure-approved-document-a
The official PDF outlines the structural requirements, including lateral support for walls and the handling of wind pressures.

🔗 Helifix – Wall Tie Replacement and Masonry Repair Solutions
helifix.co.uk
Provides detailed solutions and product specifications for identifying and correcting wall tie failures and reinforcing masonry.

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Practical Guide: Preventing Gable End Collapses

Due to modern construction practices and stronger winds, gable end walls are increasingly at risk of collapse. Understanding the causes and implementing preventive strategies can greatly enhance a home’s structural safety.

1. Understand Wind Effects

Gable ends are particularly vulnerable to wind-induced suction. When wind rushes over a roof or between closely built houses, it can create negative pressure zones that literally pull the wall outward. Unlike traditional walls that bear direct load, gable ends are more exposed and lighter at the top, making them vulnerable.

2. Inspect and Reinforce Wall Ties

Wall ties connect the inner and outer masonry layers, stabilizing the wall structure. However, over time, particularly in older buildings, iron wall ties corrode—especially at the point where they meet the inner wall skin—compromising their effectiveness. To check their condition, use a boroscope inspection. If necessary, replace them with stainless steel or helical ties fixed with resin.

3. Use Proper Bracing and Straps

Restraint straps across rafters and cavity walls counteract lateral wind forces. Modern loft conversions and dormers may remove load-bearing parts of the roof, so compensatory bracing is vital. Adding a steel beam can provide essential vertical weight that helps stabilize walls. To avoid movement, rafters near the gable end should be blocked and supported with solid pieces.

4. Maintain Exterior Protection

Gable ends are often exposed to weather. Over decades, rain, frost, and thermal changes can degrade the brickwork and mortar. To prevent internal moisture damage and cracking, use water repellents like Stormdry and conduct regular repointing.

5. Special Considerations for Timber Frames

Timber frame houses may look like masonry but have different structural dynamics. Flat-mounted timber studs are more prone to flexing under wind pressure. To prevent this, ensure diagonal bracing and securely fixed gable ladders. Also, reinforce gang plates on trusses, especially in wind-prone regions.

Final Advice

Even if your gable end looks intact, if a neighbouring wall has collapsed or local winds are intensifying, it’s wise to get a structural assessment. Small proactive steps—like reinforcing wall ties or adding restraint straps—can prevent catastrophic collapses and ensure your home’s long-term safety.
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Thanks to @davet9900

Is This the Easiest Underfloor Heating System to Install?

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The Underfloor Heating Store 👇
go.skill-builder.uk/underfloorheatingstore

@theunderfloorheatingstore
_________________________________

FEATURED IN THIS EPISODE

ProWarm Multi Room & ProCrate Kit
theunderfloorheatingstore.com/products/prowarm-water-underfloor-heating-multi-room-kit-procrate

INDIVIDUAL PARTS

Grundfos Manifold Pump & ESBE Mixing Valve Unit
theunderfloorheatingstore.com/products/manifold-pump-mixing-valve-unit

Pert-Evoh-Pert Barrier Pipe
https://www.theunderfloorheatingstore.com/products/pert-evoh-pert-pipe

Manifold Ball Valve Pair
https://www.theunderfloorheatingstore.com/products/manifold-ball-valve-pairs

Heatmiser UH4 4 Zone Wiring Centre
https://www.theunderfloorheatingstore.com/products/heatmiser-uh4-4-zone-wiring-center

ProWarm Underfloor Heating Manifold
https://www.theunderfloorheatingstore.com/products/prowarm-underfloor-heating-manifold?variant=44442756415769

ProWarm ProTouch WiFi Smart Thermostat
https://www.theunderfloorheatingstore.com/products/prowarm-protouch-w-wifi-smart-thermostat

ProWarm Underfloor Heating Edge Insulation
https://www.theunderfloorheatingstore.com/products/prowarm-premium-8mm-underfloor-heating-edge-insulation-50m

Underfloor Heating Pipe Decoiler
https://www.theunderfloorheatingstore.com/products/pipe-decoiler

📱Prowarm Protouch App

Apple: https://apps.apple.com/gb/app/protouch/id1445396744

Android: https://play.google.com/store/search?q=prowarm&c=apps

_________________________________

The ProWarm Water Underfloor Heating Multi Room Kit & ProCrate appears to be a well-designed solution for homeowners and tradespeople seeking a high-quality water underfloor heating system.

ProWarm Water Underfloor Heating Kit Components

• Grundfos Mixing Unit: This includes an A-rated UPM3 Grundfos manifold pump and mixing valve unit to ensure efficient water mixing and distribution.

• Manual Thermostat: This is an optional feature, depending on the buyer’s selection.

• Manifold: The kit includes a stainless steel manifold with an adjustable flow meter, pre-assembled on a fixing bracket.

• Wiring Centre and Actuators: The wiring centre’s appearance may vary depending on the thermostats chosen.

• ProWarm European Standard Pex-Al-HDPE Pipe: The kit uses 16mm (outer diameter) Pex-Al-HDPE pipe.

• ProCrate Egg Crate: The ProCrate system features pre-set pipe spacing and retaining fixings.

• Edging Insulation: Included to reduce heat loss around room edges and accommodate expansion.

• Tools: The kit provides practical tools like a pipe re-rounding tool, pipe staples, cutters, nuts, olives, and valves.

Outdoor Kitchen Roof Build: Hipped Roof Pro Techniques

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Buy Dan’s Roofing Square here 👇
🛒 go.skill-builder.uk/dancox

Essential Hinge Jig 👇
benchdogs.co.uk/collections/benchdog-tools-and-dan-cox

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In this hands-on carpentry session, the crew takes on the challenge of constructing a hipped roof over a stylish outdoor bar area—an increasingly popular feature in modern backyard makeovers. This video dives deep into the techniques, tools, and trade secrets that ensure structural precision and aesthetic appeal in roof building.

The process starts with prepping rafters, measuring ridge heights, and ensuring the correct pitch—30 degrees. The team highlights the importance of calculating the height above plate (119mm), and how that figure directly influences the hip cuts. With hips set at 22 degrees, the video offers a clear look at dialling compound cuts using a chop saw, ensuring everything fits seamlessly.

A primary focus is on jack rafters—how to measure and position them accurately, optimize timber usage, and avoid waste. Viewers get practical insights into laying out cuts, transferring angles, and using simple tools like a square and tape to draw precise arcs.

The team also explores timber stability, securing connections with pilot holes and screws for added anchorage. There’s a helpful discussion on dragon ties—those eye-catching but often misunderstood roof components—and whether they add real value beyond their visual impact.

As the structure comes together, the crew shares tips for adapting setups based on timber type and project goals. Finally, the conversation shifts to outdoor living trends, with a nod to how people creatively transform their spaces, bringing kitchens outdoors and turning former utility areas into functional features.

Whether you’re a DIY enthusiast or a professional carpenter, this video is packed with valuable takeaways and practical know-how for building a solid, attractive hipped roof.

🔨 Don’t forget to like, subscribe, and drop your questions in the comments!

A Restraining Order on an Old Wall – No More Cracks!

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🛠️ How to Stop Wall Movement Permanently

• Assess the Wall Condition

Look for signs of gable end wall movement, such as internal cracks.

Determine if it’s surface-level damage or signs of structural stress.

• Take Advantage of Access

If scaffolding is already in place (e.g., for chimney work), it’s the perfect time to reinforce nearby walls.

• Install Helical Ties

Helical ties run horizontally across the wall, helping to stabilize any bulging or movement.

Drill them evenly along the length of the wall for distributed support.

• Add Restraining Straps

Modern building regs often require these at certain wall positions to resist wind loads.

Wind rushing through alleyways can create suction, risking brickwork blowouts on gable ends.

• Strategically Remove Bricks

Remove selected bricks externally to allow strap access through the cavity.

Drill through to run the straps at an angle, crossing joists internally.

• Notch and Brace Joists

Notch joists approximately 8mm to accommodate the thickness of restraining straps and screws.

Add solid blocking (bracing) between each joist to improve structural coherence.

• Exceed the Minimums

The video shows that adding more straps than required improves long-term resilience.

Consider adding extra straps in the loft area to reinforce the roof triangle.

• Final Step: Repair Internal Cracks

Once reinforced, fill in internal cracks, knowing movement is now controlled.

The wall should remain stable for decades—possibly a century.

This “belt and braces” approach ensures structural integrity beyond standard expectations.

How This One Trade Helped Forge The English Language

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👇 See us forge an axe!
How To Make a Viking Axe & WIN a Throwing Contest!

👇 Visit Oldfield Forge 🔨
oldfieldforge.co.uk

https://www.instagram.com/oldfieldforge

https://www.facebook.com/oldfieldforge

https://www.tiktok.com/@oldfieldforge

More sayings from blacksmithing

‘Hammer it out’

‘Forge ahead’

‘Beaten into shape’

‘It’s got a nice ring to it’

‘Lose your temper’

‘The heat is on’

‘Going hammer and tongs’

‘Beat the daylights out of it’

‘Strike a deal’

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Oldfield Forge is a renowned blacksmithing workshop in Herefordshire, offering hands-on experiences that bring the ancient craft of blacksmithing to life.

Set in the beautiful English countryside, it provides a unique opportunity for visitors to step into the shoes of a traditional blacksmith and create their own hand-forged items.

Whether crafting Viking axes, swords, knives, or delicate rings, participants learn age-old techniques under the guidance of skilled blacksmiths.

Beyond the hands-on experiences, the forge is dedicated to preserving traditional blacksmithing skills while making them accessible to modern audiences.

Oldfield Forge provides an unforgettable blend of heritage, craftsmanship, and creativity, ensuring visitors leave with both newfound skills and a handmade keepsake.