Michelle Meredith

If long-term water efficiency could be solved by asking people to try a bit harder, we’d have solved it by now.

For years, the sector has invested heavily in awareness campaigns, home visits and behavioural nudges. And they do have impact. They start conversations. They shift attitudes. They generate short-term reductions.

But sustained, predictable savings across entire regions? That’s a much harder outcome to guarantee.

As we move toward AMP8 and more demanding Per Capita Consumption (PCC) targets, the conversation is changing. We know that behaviour change matters but is it enough on its own? No, it’s not.

Behaviour-Led Savings in the Real World

Most households aren’t resistant to saving water. They’re just busy.

Water use happens in the background of daily life – showers before work, washing machines overnight, garden hoses in summer. Once the initial focus fades, habits settle back in.

That’s not a criticism of customers. It’s human nature.

The challenge for water companies is that behaviour-driven savings are variable. They fluctuate. They require constant reinforcement. And they’re difficult to forecast with confidence across thousands – or millions – of properties.

When regulatory targets tighten, variability becomes risk.

What Happens When Efficiency Is Designed In?

There’s another way to think about it.

Instead of asking every household to continually adjust behaviour, what if the network managed flow in the background?

No disruption. No constant reminders. No reliance on ongoing engagement.

That’s the thinking behind Lo-Flo®. By controlling the rate of incoming flow, it reduces excess consumption without affecting the customer’s experience inside the property. It simply becomes part of the infrastructure, operating 24/7, whether anyone is thinking about it or not.

And from an operational perspective, that matters.

From Pilot Schemes to AMP8 Strategy

The shift toward built-in efficiency isn’t theoretical. It’s already forming part of AMP8 delivery planning.

Groundbreaker Systems’ partnership with Severn Trent Water reflects a growing recognition that achieving large-scale, measurable water savings requires infrastructure-led solutions alongside engagement.

Their AMP8 programme focuses on delivering water efficiency at scale – not just through messaging but through engineered interventions that can be deployed systematically across the network.

When flow regulation is integrated at the meter point, it aligns naturally with meter rollout programmes. Installation becomes part of standard activity rather than a separate initiative. Savings become consistent rather than dependent on customer response rates.

For water companies facing ambitious PCC reduction commitments, that predictability is huge.

Consistency Is Key

One of the less talked-about challenges in water efficiency is durability.

How long do savings last?
How stable are they year on year?
How confident can we be in reporting them?

Behaviour-based initiatives can deliver spikes of improvement. But without continual reinforcement, those gains can taper.

Infrastructure-led solutions offer something different: consistency.

A tamper-resistant, boundary-installed device such as Lo-Flo® maintains its performance over time. It doesn’t depend on continued enthusiasm. It doesn’t require repeat engagement campaigns. It becomes part of the asset base.

That consistency simplifies modelling, forecasting and regulatory reporting.

And in a sector where scrutiny is high, clarity matters.

Not Either/Or – But Smarter Together

None of this means behaviour change should disappear.

Public engagement builds legitimacy. It reinforces the message that water is a shared resource. It encourages broader environmental responsibility.

But expecting households alone to carry the full weight of future consumption targets simply isn’t realistic.

A more resilient strategy blends both approaches:

• Awareness to build understanding
• Infrastructure to guarantee baseline efficiency

In that model, engineered flow management doesn’t replace customer engagement, it adds to it. It ensures that even when attention drifts, efficiency remains embedded.

Making Water Saving the Default

The real shift underway in the sector is significant.

We are moving from asking, ‘How do we persuade customers to use less?’
To asking, ‘How do we design systems that use less as standard?’

That’s a different mindset.

Automatic efficiency isn’t about restriction. It’s about resilience. It’s about recognising human behaviour for what it is – variable – and designing infrastructure that supports long-term outcomes regardless.

If AMP8 is about delivering measurable change at scale, then built-in efficiency has to be part of the solution.

The most reliable water savings are the ones that don’t depend on anyone remembering to turn the tap off.

Greywater reuse is rarely absent from conversations about water efficiency in the UK. It resurfaces during drought planning cycles, sustainability-led development discussions and regulatory reviews, often positioned as an obvious way to reduce potable water demand.

The logic is familiar to anyone working in the sector. But familiarity can mask complexity. Greywater has genuine value in the right context, yet it is frequently overstated as a broadly applicable solution. The reality is more conditional and more dependent on system design, management and scale than is often acknowledged.

We’re looking at where greywater reuse genuinely performs in the UK, where its limitations are most pronounced and how it might fit – realistically – alongside infrastructure-led approaches to demand reduction.

Where Greywater Delivers Value

Greywater reuse performs best where it is planned, controlled and professionally managed. In UK conditions, this typically means:

• New-build developments, where dual plumbing, storage and treatment can be integrated from the outset
• Multi-occupancy or non-domestic buildings, such as apartment blocks, hotels and institutional settings
• Clearly defined non-potable uses, most commonly WC flushing

In these contexts, demand patterns are relatively predictable and responsibility for operation and maintenance is clear. This aligns with guidance from Waterwise, DEFRA and the Environment Agency, which consistently emphasise that greywater systems require ongoing oversight to perform as intended.

Where greywater is designed as part of the core building services strategy – rather than an add-on – performance and compliance are materially improved.

The Constraints That Limit Scale

Greywater’s limitations are not theoretical; they are operational, regulatory and economic.

Regulatory and compliance risk

Greywater systems must meet treatment standards, manage cross-connection risk and comply with the Water Supply (Water Fittings) Regulations. In practice, this adds design complexity and inspection requirements that are sometimes underestimated during early project stages.

Maintenance and operational reliability

Filters, tanks and treatment units introduce assets that require regular intervention. In smaller or domestic settings, responsibility is often unclear, leading to systems being bypassed or decommissioned over time. When maintenance lapses, water savings disappear.

Energy and carbon performance

Treatment and pumping requirements carry an energy cost. Depending on system design and scale, this can significantly reduce net environmental benefit, particularly where systems operate intermittently or below design capacity.

Behaviour and system dependency

Even well-designed systems depend on correct operation and user understanding. In practice, this introduces variability that utilities and regulators typically seek to minimise.

Taken together, these constraints limit the scalability of greywater reuse across heterogeneous housing stock and mixed-ownership environments.

Reuse Is Not the Same as Demand Reduction

A persistent issue in water efficiency discourse is the conflation of reuse with reduction.

Greywater reuse does not reduce abstraction, treatment or distribution requirements upstream. Potable water is still required to meet initial demand and peak demand pressures on the network remain unchanged. Leakage exposure and system stress are unaffected.

Greywater can contribute to efficiency outcomes at the building level but it cannot substitute for measures that reduce demand at source or improve network resilience.

This distinction is critical when looking at interventions against statutory targets and long-term water resource planning.

Greywater’s Role Within a Layered Strategy

From a system perspective, the most robust water efficiency strategies follow a hierarchy:

1. Reduce demand without reliance on behaviour change
   Passive measures such as flow regulation deliver consistent, predictable savings at scale.
2. Design for long-term operational performance
   Metering, accessibility, maintainability and resilience determine whether systems perform beyond handover.
3. Deploy greywater selectively
   Greywater reuse is most effective where it delivers a demonstrable whole-life benefit and where governance and maintenance are assured.

This layered approach aligns more closely with utility priorities: predictability, compliance, cost control and replicability.

Implications for Industry Decision-Makers

For water companies, greywater should be evaluated on a case-by-case basis, with careful consideration of operational risk and long-term performance across varied housing stock.

For developers and design teams, design-led efficiency generally outperforms feature-led sustainability. Complexity introduced without a clear operational owner rarely delivers enduring benefit.

For policymakers and regulators, greywater is a supporting measure, not a foundation. Infrastructure-led demand reduction remains essential to achieving durable, system-wide outcomes.

Groundbreaker’s Perspective

The UK water system will not be secured by any single intervention. Greywater has a role, but only where its limitations are understood and managed, and where it complements – rather than distracts from – infrastructure-level solutions.

Groundbreaker Systems focuses on interventions that deliver reliable, measurable demand reduction at scale. Low-tech, design-led measures that work by default – not by exception – remain the most effective way to address long-term water stress.

Greywater can support that ambition. It should not be expected to carry it.

Innovation is our lifeblood here at Groundbreaker and we’re constantly looking for ways to bring innovation to solve some of the water industry’s biggest problems, grey water is definitely on our radar.

Innovation in the water sector is often framed as a technology race: smarter networks, richer data, increasingly sophisticated models. Those tools have value. But experience across UK utilities shows that the solutions which move fastest from trial to business-as-usual are rarely the most complex.

Not because the sector lacks ambition but because it understands its own operating reality.

Utilities are balancing regulatory scrutiny, capital discipline, operational resilience and customer impact simultaneously. In that context, innovation succeeds when it fits the system, not when it asks the system to bend around it. That’s where low-tech, well-engineered interventions consistently outperform more complex alternatives.

At Groundbreaker, this has shaped how we design solutions from day one. Products like LoFlo® and INSUduct® aren’t positioned as disruptive technologies. They’re designed to just be effective, delivering measurable outcomes while integrating seamlessly into existing programmes and workflows.

Why Complexity Still Slows Adoption

For utilities, the challenge has never been recognising the need to innovate. It’s been converting innovation into something that survives procurement, regulation, deployment and long-term operation.

Complex solutions can encounter friction at multiple points:

Regulatory Confidence

Any intervention touching the live network must demonstrate safety, compliance and reliability over time. Solutions that introduce new failure modes, data dependencies or operational uncertainty can face extended assurance and approval cycles.

Capital and Risk Exposure

Even where long-term benefits are compelling, solutions that require significant upfront investment, bespoke integration or specialist capability introduce risk, particularly when benefits accrue gradually rather than immediately.

Operational Fit

Technologies that require new processes, training regimes or behavioural change – whether from operators or customers –  can struggle to move beyond pilot. By contrast, interventions that can be embedded into routine activity tend to persist.

Replication at Scale

With multiple regional utilities operating independently, innovations that depend on local customisation rarely scale consistently. Solutions that are simple, standardised and repeatable are far more likely to transfer across organisations.

None of this is theoretical. It’s simply how the sector works.

Procurement: Where Practicality Wins

Utility procurement is often described as conservative. In reality, it is highly selective.

Products that gain traction tend to share common characteristics:

• Clear alignment with existing investment programmes
• Predictable costs across AMP cycles
• Minimal disruption to customers and operations
• Benefits that are straightforward to evidence and defend

Low-tech solutions naturally perform well against these criteria. They reduce friction at the point of decision-making and remove barriers to rollout which is why they often scale faster than more sophisticated alternatives.

Low-Tech in Practice: Where It Delivers

LoFlo® – Demand Reduction, Embedded

LoFlo® is a compact flow-regulation solution installed at the property boundary. It reduces consumption without reducing pressure and without relying on customer engagement.

Installed at scale, LoFlo has delivered 8–10% reductions in per-capita consumption in utility trials, with installation typically completed in minutes during routine meter exchanges.

That combination – passive operation, rapid installation and predictable outcomes – is why multiple UK utilities including Severn Trent and Northumbrian Water, have incorporated LoFlo into wider demand management strategies.

It doesn’t compete with smart systems. It complements them – lowering baseline demand in the background.

INSUduct® and SHalloduct™: Designed for Delivery

Groundbreaker’s on-site solutions address familiar challenges: frost protection, shallow digs, constrained sites and installation efficiency.

• INSUduct® protects service pipes without adding complexity to the install
• SHalloduct™ enables compliant shallow-dig connections where traditional solutions struggle

These products don’t change how teams work – they remove problems that slow them down. The result is faster installations, reduced rework and fewer site-level issues, all without introducing new systems or training requirements.

Supporting Modern Construction Without Over-Engineering

Even in modular and modern methods of construction – often assumed to demand high-tech solutions – Groundbreaker’s plug-and-play approaches show that simplicity still scales best.

By focusing on standardisation, reliability and ease of integration, these solutions support faster delivery while still enabling data capture where required – without creating dependency on complex interfaces or bespoke systems.

Why Simplicity Continues to Scale

Across the sector, the pattern is consistent. Innovations that scale fastest tend to:

• Fit existing operational models
• Require minimal behavioural or process change
• Deliver benefits that are easy to evidence
• Replicate cleanly across regions and programmes

High-tech tools will continue to play an important role in planning, analysis and optimisation. But when the objective is practical impact, delivered at pace, low-tech solutions often do the heavy lifting.

Groundbreaker’s work demonstrates that simplicity isn’t a compromise. It’s a strategic advantage.

Because in water, the innovations that matter most aren’t the ones that look clever, they’re the ones that reliably and repeatedly do the job.

2026 is off to a very wet start. After weeks of heavy rain, overflowing rivers and all kinds of road and rail disruption across the country, it’s easy to fall into a false sense of security when it comes to drought: surely, it’s the last thing the UK needs to worry about? Reservoirs are looking healthier; gardens are starting to spring back to life and water scarcity feels like a problem for somewhere else… or some other time.

But let’s think back to just last summer.

A season filled with hosepipe bans. Warning headlines. Reservoirs at their lowest levels in years. Entire regions being told to prepare for restrictions as supplies struggled to keep up. It wasn’t a distant crisis or a worst-case scenario; it was everyday reality across large parts of the country.

That contrast is exactly the problem.

Because drought in the UK isn’t just about how much rain falls in a given month. It’s about how our water systems respond when conditions swing – as they increasingly do – between extremes. Recent rainfall doesn’t mean the risk has passed. It simply masks a deeper issue: our water infrastructure was designed for a climate, population and pattern of use that no longer exists.

What last summer showed us is that drought isn’t a future risk waiting patiently on the horizon. It’s a design flaw that reveals itself again and again. And one we already have the tools to fix.

The New Reality: Drought Isn’t ‘Future’, It’s Now

Not long ago – and certainly close enough to still be fresh in people’s minds – large parts of England were experiencing prolonged dry conditions. During summer 2025, several regions were formally classified as being in drought, reservoir storage fell well below seasonal norms and water companies introduced temporary use bans to manage demand and protect critical supplies.

At the peak of the dry period, average reservoir storage across England dropped to around two-thirds of capacity, with some individual areas significantly lower. The National Drought Group convened multiple times to coordinate cross-sector response, describing the situation at the time as a nationally significant water shortfall. For millions of households, drought moved from being a background risk to a lived reality, one that placed direct pressure on both customers and operational teams.

More recently, increased rainfall has eased some of that immediate pressure. Catchments have responded, river flows have improved and reservoirs have partially recovered. But this improvement shouldn’t be mistaken for resolution. What last summer demonstrated is how quickly the system can transition from operating within tolerance to operating under stress and how reliant we remain on favourable weather patterns to maintain balance.

This is the critical point. Drought in the UK isn’t simply a question of how dry a particular season becomes. It’s a question of system resilience: how effectively our water networks cope with extended dry periods, growing demand and increasing climate variability. Climate change is undeniably part of the picture – with hotter, drier summers and more erratic rainfall patterns becoming increasingly well evidenced – but it is not the only driver.

A more fundamental issue sits beneath it: the way water systems are designed and managed and the extent to which demand reduction is embedded at an infrastructure level rather than treated as a temporary response when conditions deteriorate.

Why Behaviour-Change-Only Approaches Aren’t Enough

When water shortages loom, the usual response is familiar: Save water at home! Take shorter showers! Don’t fill the paddling pool!

And to be fair, those behavioural efforts do help – every drop saved counts. But there’s a limit to this approach. Relying chiefly on public behaviour places the burden on homeowners and consumers. It works well as part of a broader strategy, but it can’t shoulder the weight of systemic demand reduction alone.

Government and industry strategies routinely include demand-management campaigns and leak reduction programmes, but the hard numbers show this isn’t sufficient. For instance:

• Average UK household water consumption still sits at over 136 litres per person per day.
• Despite ongoing public campaigns, leakage remains high – around 19% of water entering distribution is lost before it ever reaches a property.

And water companies themselves often acknowledge that behavioural change, while useful, is not a substitute for better infrastructure and system design.

Infrastructure-Level Demand Reduction: The Bigger Levers

If drought is a symptom, the real issue lies deeper: in how our water systems are designed, managed and upgraded.

One powerful lever too often overlooked is infrastructure-level demand reduction. Solutions that operate at scale, change how water flows through the system and reduce consumption without relying on changes in individual behaviour.

This shift is essential for two big reasons:

1. Scale: Small per-household savings multiply dramatically across millions of properties and connections.
2. Guaranteed Impact: Unlike awareness campaigns that depend on voluntary action, infrastructure measures deliver consistent results as part of system design.

Indeed, national water planning frameworks now explicitly recognise the need for demand reduction at scale – not just supply increases – to bridge a looming water deficit that, without action, could amount to around 5 billion litres per day by 2050, roughly one-third of current supply.

Where Groundbreaker’s LoFlo Delivers Immediate Impact and Future Trajectory

Enter Groundbreaker Systems’ LoFlo®. A deceptively simple but highly effective piece of engineering that proves demand reduction doesn’t need to be high-tech, high-cost or intrusive.

So, what does LoFlo actually do?

• It’s a low-profile flow regulator, installed at the property boundary or in-network, designed to reduce water consumption without affecting household pressure.
• Independent industry trials and field data show it can cut water consumption by up to 12%,  a significant impact when aggregated across thousands of connections.
• LoFlo installs quickly, with minimal disruption, and works passively, no customer behaviour change required.
• Because it fits alongside standard smart meter rollouts or exchanges, it enhances existing infrastructure programmes without duplicating effort.

That last point is crucial. Unlike behavioural campaigns that depend on consumer engagement – and the inevitable variation in response – LoFlo provides an infrastructure-level baseline reduction that utilities can count on year after year.

It’s not the only tool water companies could use but it is exactly the kind of solution that moves the needle when we start talking about designing demand out of the system, not just trying to persuade people to use less.

From Talk to Action: Rethinking Drought Resilience

Ultimately, drought resilience isn’t about waiting for the next dry spring and scrambling to hosepipe-ban our way through it. It’s about confronting the flawed assumptions baked into our systems:

• That voluntary behaviour change alone can bridge massive demand gaps.
• That expensive supply-side infrastructure must carry the burden of resilience.
• And that minor tweaks in messaging will somehow outweigh decades of under-investment and outdated network design.

We can change this. Not with starry-eyed solutions or pie-in-the-sky tech but with practical, scalable, and cost-effective engineering, the kind we’ve been innovating for over 25 years.

In a world where droughts will likely become more frequent and unpredictable, effective water management isn’t a nice-to-have. It’s a foundational part of a resilient, equitable and sustainable society.

The great thing is that we already know this. And we have the tools available to act now – not tomorrow, not in 2050.

Find out more about LoFlo here.

Across the UK, water companies are under growing pressure to help households use less water. On paper, carrying out home water audits sounds like the perfect answer – a simple way to spot inefficiencies, replace fittings and encourage behavioural change. But even the most well-designed audit programmes face practical limits.  If we’re serious about meeting Ofwat and DEFRA targets, we need a dual approach:

1. Make every audit visit deliver maximum value, and
2. Reach the millions of properties we simply won’t get to through audits alone.

But in practice? The picture looks very different.

1. Access and Time: The First Big Hurdles

Audits require engineers to gain access to each home – and anyone who’s ever tried scheduling appointments with busy customers knows that’s no easy task. Even post-COVID, when more people work from home, coordinating visits is time-consuming and expensive.

Once inside, audits can take far longer than expected. Every property is different, and identifying and installing water-saving fittings isn’t always straightforward. What begins as a quick check can become a full afternoon of troubleshooting. Audits do deliver benefits but they’re not quick, cheap or universally accessible.

2. Customer Willingness (and Aesthetic Concerns)

Many homeowners are reluctant to have fittings changed. They worry about the look of new taps or showerheads, whether they’ll fit, or simply prefer not to have anyone ‘messing with’ their plumbing. Access to pipework may be limited, or compatibility with existing fixtures poor, all adding friction to what should be a simple improvement. This means that even well-planned audits don’t always yield the expected savings.

3. Installation Risks and Responsibility

Even with experienced engineers, any intervention carries risk. Replacing tap inserts or cistern valves can lead to leaks, cracked fittings or damaged seals. When something goes wrong, it raises questions: who pays for repairs? Who’s liable for maintenance? And if the homeowner later removes the installed equipment – as often happens – those water savings vanish overnight.

4. Cost vs. Benefit

For water companies balancing tight budgets with ambitious PCC reduction targets, home audits alone are a slow, expensive route to scale. They’re essential but they can’t realistically reach every property and they rely heavily on customer cooperation and behaviour.

That’s why the conversation isn’t about replacing audits but strengthening them. And complementing them with technology that delivers guaranteed savings regardless of customer behaviour.

5. The Simpler Way Forward: Adding Guaranteed ROI to Every Audit (and Reaching the Homes you Can’t)

This is where LoFlo®, Groundbreaker’s passive flow management device, comes in. Installed externally at the meter point, LoFlo® regulates the flow of water into a property, maintaining a healthy flow rate whilst reducing the volume of water used. Because it sits outside the home, it avoids those barriers that might make audits more complex.

LoFlo® is:

• Installed at the property boundary – no additional property access needed.
• Able to be fitted at the same time as a meter exchange to reduce repeat visits (and cost).
• Low cost, quick to fit, and requires virtually zero maintenance.
• Owned by the water company, with a clear line of demarcation for maintenance and liability.
• Tamper-proof and virtually invisible when installed, with a lifespan of 15 years.

In short, it delivers guaranteed, long-term water efficiency – without the complexity, cost, or customer disruption of traditional home audits.

In short: audits deliver value but LoFlo® ensures you get guaranteed, long-term savings whether the audit goes perfectly, partially or not at all.

6. Time to Rethink Our Approach

Home audits will continue to play an important roll in customer engagement and targeted intervention. But to meet the scale of the challenge, water companies need solutions that work with their existing programmes, not against them.

LoFlo® strengthens the return on every home audit, while also delivering water efficiency to the many households that audits will never reach.

It’s about enabling you to do more, reach more and save more, without asking the customer to change a thing. If you’d like to talk about how LoFlo® could help your audits work harder, please get in touch.

Across the UK, our reservoirs are looking worryingly low. In some areas, water levels are more than a quarter below where they should be at this time of year. It’s the kind of headline that grabs attention – photos of cracked earth and empty shorelines – but we all know by now that the story runs deeper than a hot summer or a dry spell. It’s a sure-fire sign that our water system is under pressure and it’s way past time we start thinking differently about how we use and protect this vital resource.

Why are reservoirs struggling?

There isn’t one simple answer. Weather patterns are changing: drier springs, hotter summers, sudden downpours that disappear down drains instead of soaking into the ground. On top of that, the UK population is growing and every year demand for water increases in our homes, workplaces and across industries like construction. Add in the leaks that plague an ageing network and it’s no surprise our reservoirs are struggling to keep up.

When supply and demand fall out of balance, reservoirs are the first to show the strain. That can mean hosepipe bans which we’ve seen plenty of this summer, higher costs for industry and environmental damage to rivers and wetlands. But more than that, it chips away at public confidence that water will always be there when we turn the tap.

The role of construction

For construction, water scarcity isn’t just an abstract problem. Sites depend on reliable water access and future developments need to be built with efficiency in mind. Regulations are already moving in that direction, setting tougher standards for per capita consumption. Developers who plan ahead will be better placed to meet those requirements and to build homes and communities that can cope with the pressures ahead.

What can we do differently?

As much as we’d like to, we can’t make it rain but we can change the way we manage and use the water we already have. The UK government has set out targets to reduce household consumption by 20% over the next decade. Ambitious, yes.  But achievable if we make smarter choices about the systems and products we put in place today.

This is where we at Groundbreaker have been focusing our efforts for years. Our LoFlo® is a small piece of kit that quietly makes a big difference. By managing water flow into a property, it helps households cut consumption without anyone having to change their daily routines. It’s simple, effective and it supports water companies and developers in hitting efficiency targets.

Our water management system is about more than a single product — it’s a smarter way to bring water onto new developments (or retrofit where needed) with reliability and efficiency built in. By centralising control, flow regulation and metering in an accessible, above-ground unit, it reduces the risk of leaks, simplifies maintenance, and makes it easier to monitor and manage water use.

Because every component is designed for durability, the system continues to perform optimally for decades, preventing unnecessary water loss and avoiding repeated replacements. The impact isn’t just at one property –  when deployed across streets, neighbourhoods, and entire developments, it adds up to a tangible reduction in demand on local water networks and helps ease the pressure on reservoirs during dry periods.

Working together

None of this works in isolation. Water companies, regulators, developers, engineers…everyone has a role to play. From our perspective, the most progress happens when collaboration takes the lead. Saving water doesn’t always mean radical new inventions; often it’s the simple, reliable engineering solutions – the ones that just keep working, year after year – that make the biggest difference.

Looking ahead

Reservoir levels will always rise and fall with the seasons but water scarcity is here to stay. The challenge now is how quickly we can build resilience into the system. That means combining the big infrastructure projects with the quieter, everyday solutions that help reduce demand and cut waste.

We’ve always believed in practical answers: engineering that reduces water use, prevents leakage and supports long-term sustainability. Because every litre saved today helps make sure tomorrow’s reservoirs are a little fuller. And our future supply a little more secure.

Please do get in touch if you want to discuss our system and how it might work for your project.

The scale of the problem…and the opportunity

Despite being banned for new plumbing in the 1970s, lead pipes still carry water to millions of UK homes.

According to the Drinking Water Inspectorate and Ofwat, around 8.9 million households have at least some lead pipework, with an estimated three million connections still needing replacement.

For water companies and utilities, this presents both a public health challenge and a huge delivery opportunity. Every successful replacement reduces risk, improves customer confidence and contributes directly to achieving AMP8 water quality targets.

Out with the old

Lead was once prized for its flexibility and longevity – even the Romans relied on it – but today it’s recognised as a serious health hazard. Replacing lead service lines is essential, yet traditional methods can be slow, costly and disruptive.

Digging deep trenches, reinstating hard surfaces and coordinating ownership boundaries all add time and expense. Customers face upheaval and utilities face delays

A simpler way forward

Our solutions – built on decades of experience and technical knowhow – are designed to make lead-free upgrades faster, cleaner and compliant. At the heart of this approach is INSUduct, an external duct system that enables the safe installation of new water supplies without deep excavation or internal disturbance.

INSUduct is installed externally, running above the damp-proof course, meaning there’s no need to dig up floors or disturb finishes inside the property. The system’s insulated, frost-protected design keeps water supplies secure year-round and meets BS 5422 and Water Regulations Part 4 compliance standards.

It’s UV-stabilised, impact-resistant, and available for standard and larger pipe sizes up to 63 mm OD, ideal for both retrofit and new-build connections.

The result?

• Minimal disruption for residents
• Predictable, time-efficient installations
• Reduced reinstatement costs
• Full regulatory compliance

Proof in practice

In this case study we supported a utility partner to replace legacy lead connections across multiple homes – quickly, safely and without intrusive groundworks.

By using INSUduct, the utility:

• Eliminated internal excavation and reinstatement
• Reduced customer disruption to a few hours
• Achieved full compliance with current water regulations

The project demonstrated that lead replacement doesn’t have to mean major disruption, a clear model for utilities across the UK.

Smarter delivery, fewer surprises

Replacing lead is about more than materials, it’s about managing complexity.
Groundbreaker helps utilities and installers deliver consistent, inspection-ready outcomes through:

• Efficient site surveys that minimise excavation
• Clear demarcation of customer and utility responsibilities
• Regulatory compliance from design to delivery

Together, these make projects predictable, auditable, and scalable – exactly what’s needed to meet AMP8 targets confidently.

Lead pipe replacement, made simple

The UK’s lead replacement programme is a once-in-a-generation opportunity to upgrade the national network safely and efficiently.

With INSUduct, utilities and installers can deliver fast, compliant, low-disruption upgrades that protect public health and improve customer satisfaction.

Get in touch to talk your project through with us.

For developers, NAVs and water companies, every decision comes with a balancing act. Budgets are tight, deadlines are pressing and there’s constant pressure to deliver high-quality, future-ready infrastructure without overspending. It’s no surprise that, in this environment, the instinct is often to go for the cheapest option on the table.

But when it comes to water meter housings, the lowest initial outlay doesn’t always mean the lowest overall cost. In fact, once you take a step back and look at the whole-life value of the installation, it becomes clear that some ‘budget’ choices end up costing far more over time.

That’s where Groundbreaker comes in.

The Hidden Cost of Rework

On paper, traditional underground boundary boxes look like a bargain. But the reality is very different. The Home Builders Federation reports that 53% of underground boundary boxes need rework. Each repair costs an average of £268, which quickly adds up when multiplied across a development.

By contrast, Groundbreaker has no recorded rework costs when installed correctly. That means fewer call-backs, fewer adoption delays and fewer headaches for everyone involved.

Leakage: Small Drips, Big Losses

Boundary boxes also bring added risk in the form of leakage. With joints upstream of the meter, they create weak points that can quietly lose water (and revenue).

According to the Water Research Centre (WRc), 1 in 600 connections leaks. Left undetected for months, those leaks can waste thousands of litres.

Groundbreaker reduces this risk by using an unjointed supply pipe. It’s a simple design choice that avoids a costly, persistent problem.

Future-Proofing for Smart Metering

Then there’s the bigger picture. The industry is moving rapidly towards smart metering. Burying technology in the ground – where signal strength is poor and access is awkward – just doesn’t make sense.

With Groundbreaker, meters are housed above ground, ensuring strong signals, easy upgrades and seamless integration with AMI (Automated Metering Infrastructure). It’s a solution that’s ready for tomorrow.

The Whole-Life Cost Picture

Here’s how it all adds up:

• Boundary box: £91 upfront + £142 expected rework = £234.
• Groundbreaker: £227 upfront, with no rework required = £227.

On contaminated land, costs are more comparable upfront but once rework and failure rates are considered, Groundbreaker again proves more cost-effective for the long term.

So, while a boundary box may look cheaper at first glance, Groundbreaker is actually the smarter investment.

Beyond the Numbers

And the value doesn’t stop there. Groundbreaker also delivers:

• Easier access for customers and maintenance.
• Cleaner pavements, with no extra lids or chambers.
• More space inside homes, simplifying kitchen layouts.
• Reduced risk of cross-metering errors thanks to visible, above-ground positioning.

Smarter Thinking Saves in the Long Run

Choosing Groundbreaker isn’t just about comparing price tags. It’s about making decisions that reduce risk, improve reliability and protect resources for the long haul.

For developers, NAVs, and water companies under pressure to deliver more with less, it’s a way to balance the books and build resilience into the system from day one.

Please do give us a shout if you want to talk all things Groundbreaker.

On 21 July 2025, Sir Jon Cunliffe’s Independent Water Commission published an exhaustive 460-page report outlining 88 recommendations to overhaul water regulation, planning, environmental accountability, and investment mechanisms across England and Wales.

Key Themes You Shouldn’t Miss:

Utility-Scale Regulation Reform

A new ‘super-regulator’ will replace Ofwat, the Drinking Water Inspectorate, Environment Agency water functions and Natural England roles in England, with economic duties migrating to Natural Resources Wales in Wales.

Weighted Average Cost of Capital (WACC) Uniformity

The CMA would assume cross-sector responsibility for setting WACC, ensuring harmonised cost-of-capital assessments across water, energy and telecoms.

Regional Systems Planning & Catchment Integration

England sees eight new regional water planning authorities, while Wales gets one national body. These authorities integrate local councils, environment, agriculture and health stakeholders for systems-based planning.

Smart Metering & Water Reuse Policy

Mandatory smart metering and frameworks to accelerate household and non-household water reuse systems are spotlighted – shining a light on per capita consumption reduction strategies.

SuDS Becomes Mandatory in Development

Sustainable Drainage Systems (SuDS) are recommended as a required standard in all new developments in England, critical for reducing surface water burden on sewers.

Leakage: A Missed Opportunity

Despite pressure on infrastructure, the report lacks strong action on leakage reduction, even though the sector loses billions of litres daily through aging networks.

R&D & Innovation Gap

The water sector’s R&D spend (£33M in 2023) lags far behind similar sectors. The report criticises risk aversion, short‑termism and the low effective uptake of nature-based solutions and digital monitoring pilots.

How Groundbreaker Systems Connects to These Developments

We deliver engineering-led solutions built to align directly with several of the Report’s bold directions:

• Smart Metering & Flow Management: Our NRv2® LoFlo® and Inline LoFlo® products support smart metering infrastructure and reduce consumption by up to 12%, enabling clear alignment with mandated efficiency and digital monitoring goals.
• Enhanced Leak Mitigation: Our surface-mounted Groundbreaker eliminates traditional below-ground boundary boxes and reduces jointed PE pipe work, directly addressing leakage and simplifying maintenance in smart meter deployments.
• Regulatory & Environmental Compliance: WRAS-approved and consistent with Water UK and Waterwise industry standards, our solutions help developers and water companies satisfy future regulatory conditions related to consumer protection, installation best practices and environmental reliability

Final Thought

The Cunliffe Report sets the stage for a transformative ‘reset’ of the UK water sector. At Groundbreaker Systems, our sustainable engineering solutions are already in place to support smarter metering, reduce leakage, mitigate flow and future‑proof networks, embodying the operationalisation of many high‑impact recommendations.

Get in touch to find out more.