Industrial Boiler Water Treatment Services for Commercial & Steam Generating Systems
Water Treatment Services provide specialist boiler water treatment services to industrial and commercial organisations.
After many years working with commercial and industrial steam boilers, one thing has become very clear to us. Most serious boiler problems don’t happen overnight, and very few are unavoidable. In the majority of cases, there are warning signs long before a boiler tube fails or a system is taken out of service. Unfortunately, those warning signs are often missed, ignored or simply not recognised for what they are.
We’ve investigated boilers with severe internal scale where fuel consumption had been creeping upwards for years. We’ve seen condensate lines almost completely blocked with corrosion products and feed tanks suffering oxygen attack because they had been left open to atmosphere. In many cases, the boiler chemistry wasn’t the root cause at all. More often than not, the problem was a loss of control.
Good boiler water treatment isn’t simply about adding chemicals. It’s about understanding how a steam system behaves, maintaining stable water conditions and identifying problems before they become expensive.
Water Treatment Services provide specialist boiler water treatment services and high-performance chemicals for commercial and industrial steam systems throughout the UK and Ireland. Our treatment programmes are developed in accordance with BG04 guidance and are designed to help clients maintain efficient, reliable and safe steam generation.
No two boiler systems are the same. Water quality, operating pressures, steam demand, condensate return rates and even operator experience all influence the way a system behaves. That’s why we don’t believe in standard treatment programmes. In our experience, the best results are achieved by understanding the plant and developing a boiler water treatment programme around the conditions that exist on site.
Good boiler water treatment isn’t simply about adding chemicals. It’s about understanding how a steam system behaves, maintaining stable water conditions and identifying problems before they become expensive.
Why Does Boiler Water Treatment Matter?
Steam boilers are expensive pieces of plant. They consume large amounts of energy and, in many industries, production depends upon them operating reliably.
Yet poor water quality remains one of the most common causes of boiler problems.
That’s not just our opinion. It’s something we’ve seen repeatedly during boiler investigations and system surveys carried out across manufacturing sites, hospitals, food production facilities, universities and commercial buildings.
The frustrating part is that many of these problems are entirely preventable.
A properly controlled boiler treatment programme helps:
Compared with the cost of replacing tubes, repairing condensate systems or losing production, effective boiler water treatment represents a relatively small investment.
What Happens When Water Quality Is Lost?
It’s important to remember that water doesn’t have to be visibly dirty to cause problems.
In fact, some of the worst cases we’ve encountered involved systems that appeared perfectly normal from the outside.
| Extensive internal corrosion to internal steam boiler pipework surfaces
How Much Can Poor Water Treatment Cost?
Most people only think about the cost of treatment chemicals.
From our experience, that’s looking at the problem from the wrong end.
The real question should be:
“What does poor water treatment cost?”
In practice, we’ve seen:
- Boilers consuming thousands of pounds of additional fuel because of scale.
- Tube failures requiring expensive repairs and unexpected downtime.
- Condensate return systems replaced prematurely because of corrosion.
- Excessive blowdown wasting huge volumes of heated water.
- Production interruptions caused by unreliable steam quality.
- Heat exchangers and valves damaged by carryover.
Compared with these costs, maintaining an effective water treatment programme is relatively inexpensive.
Common Problems We Encounter During Boiler Surveys
Although every site is different, certain issues crop up time and time again.
Some of the most common findings include:
- Water softeners that are no longer regenerating correctly.
- Failed dosing pumps.
- Incorrect sampling procedures.
- Excessive blowdown rates.
- Feed tanks open to atmosphere.
- Poor condensate return quality.
- Boiler water chemistry outside recommended limits.
- Operators relying on historical settings that haven’t been reviewed for years.
- Inadequate monitoring.
- Lack of understanding following changes in personnel.
Interestingly, the chemistry itself is rarely the problem.
In our experience, most failures result from a gradual loss of control rather than the use of the wrong product.
Warning Signs Your Boiler Water Treatment Programme Needs Attention
Many steam systems continue operating while water quality slowly deteriorates.
Some of the warning signs to look out for include:
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Why Boiler Water Treatment Programmes Fail
After many years investigating steam systems, we’ve come to the conclusion that treatment programmes rarely fail because of poor chemistry.
More often, the causes are much simpler:
- Poor monitoring.
- Neglected water softeners.
- Faulty dosing equipment.
- Changes in operating conditions.
- Loss of condensate return.
- Lack of communication.
- Infrequent testing.
- Loss of knowledge when experienced personnel retire or move on.
Good boiler water treatment isn’t complicated, but it does require consistency.
Maintaining control is far more important than chasing numbers or adding ever-increasing amounts of chemicals.
Nationwide Boiler Water Treatment Services Across the UK and Ireland
Water Treatment Services supports clients throughout the UK and Ireland, with offices in London, Manchester, Birmingham, Bristol, Leeds and Glasgow.
Our engineers work with organisations operating everything from small shell boilers through to large steam generating plant serving manufacturing, healthcare, food production, pharmaceutical, energy and commercial sectors.
Whatever the application, our approach remains the same.
- Understand the system.
- Identify the risks.
- Maintain control.
- And prevent problems before they become expensive.
Our Boiler Water Treatment Services
Over the years, we’ve come to the conclusion that successful boiler water treatment has very little to do with simply selling chemicals and everything to do with maintaining control.
Most systems don’t fail because someone chose the wrong oxygen scavenger or phosphate treatment. More often than not, problems develop because the basics have been overlooked. A softener stops regenerating. A dosing pump fails. Boiler water tests are no longer being carried out. Or perhaps the steam demand has changed and the original treatment programme has simply never been reviewed.
In many cases, the warning signs have been there for months.
That’s why our approach has always been based around understanding the system first and then developing a treatment programme that suits the way the plant actually operates.
Why Good Chemistry Alone Isn’t Enough
This is probably one of the strongest opinions we’ve formed over the years.
Good boiler water treatment isn’t really about chemicals.
Understanding the chemistry is only one part of the picture.
We’ve seen systems running successfully with fairly straightforward treatment programmes because operators maintained good control and monitored conditions properly.
Equally, we’ve investigated boilers suffering severe scaling and corrosion despite using premium water treatment products.
The difference almost always comes down to management and control making boiler operator training and competence all the more important.
Often, the key ingredients of successful boiler water treatment are:
- Good pre-treatment.
- Reliable dosing equipment.
- Regular testing.
- Competent operators.
- Practical engineering support.
- Ongoing review.
And perhaps most importantly, a willingness to address small problems before they become expensive ones.
Because, when it comes to steam systems, prevention is almost always cheaper than repair.
Components of an Effective Boiler Water Treatment Programme
After many years working with steam systems, we’ve become convinced that successful boiler water treatment starts long before the water reaches the boiler.
In fact, some of the worst scaling and corrosion problems we’ve investigated have had very little to do with the treatment chemicals themselves. More often than not, the root cause has been poor feedwater quality, inadequate pre-treatment or a gradual loss of control.
That’s why we’ve always viewed boiler water treatment as a complete system rather than a collection of chemicals.
Good steam generation depends on maintaining stable conditions from the incoming mains water all the way through to the condensate returning to the feed tank.
If one part of that chain fails, problems usually follow.
Why the Boiler Is Only Part of the Steam Generating System
One thing we’ve learnt working with steam systems is that boilers rarely fail in isolation.
Problems often start elsewhere.
A softener stops regenerating.
Condensate quality deteriorates.
A dosing pump fails.
A feed tank is left open.
Nobody reviews the test results.
Individually, these may appear to be small issues.
Collectively, they can lead to major problems.
That’s why effective boiler water treatment should always be viewed as a whole-system approach.
Because the boiler itself is only one part of the story.
And in our experience, the best results are achieved when the entire steam system is considered rather than focusing solely on the boiler house.
The Benefits of Effective Boiler Water Treatment
People often think of boiler water treatment as a cost.
We’ve always looked at it slightly differently.
Good water treatment isn’t really an expense. It’s an investment in the reliability and efficiency of some very expensive pieces of plant.
Over the years, we’ve investigated steam systems where relatively minor water quality problems have resulted in substantial repair costs. Equally, we’ve seen well-maintained boilers continue operating reliably for decades because somebody took water treatment seriously.
Most of the benefits are not dramatic. They’re incremental.
Reduced fuel consumption here.
Less maintenance there.
Fewer breakdowns.
Longer equipment life.
Individually, these improvements may appear small. Taken together, they can make a considerable difference.
Boiler Water Treatment Return on Investment
Clients occasionally ask us whether water treatment really delivers a return.
Our answer is usually the same.
Look at the alternatives!
Scale and Fuel Costs
One millimetre of scale can increase fuel consumption by 7-10%.
For larger steam users, that can amount to many thousands of pounds each year.
Excessive Blowdown
We’ve visited sites where perfectly good treated water was being discharged unnecessarily.
Optimising blowdown alone has delivered worthwhile savings without changing the chemistry.
Condensate Corrosion
Hidden condensate lines can quietly deteriorate for years.
Replacing corroded pipework is rarely cheap and often disruptive.
Protecting condensate systems usually costs far less than replacing them.
Tube Failures
Few repairs are more inconvenient than a boiler tube failure.
Lost production, emergency repairs and downtime can quickly outweigh the annual cost of treatment.
Our 7 Step Approach to Boiler Water Treatment
You might be surprised to learn that we believe good boiler water treatment isn’t complicated.
The principles are actually quite straightforward.
Understand the system.
Maintain control.
Monitor what matters.
And deal with small problems before they become large ones.
That might sound obvious, but in practice it’s surprising how many failures occur because one of those basic principles has been lost somewhere along the way.
We’ve always believed that boiler water treatment should be driven by engineering rather than chemistry.
Chemicals are important, of course, but they are only one part of the picture.
The most successful sites are rarely those using the most sophisticated products.
They’re usually the sites that understand their systems, monitor them properly and maintain good operating practices.
That’s the philosophy we’ve always tried to follow at Water Treatment Services.
Step 1 – Boiler System Survey and Assessment
Every project starts with understanding what we’re dealing with.
As a business we’ve never been great believers in recommending treatment without first seeing the system and understanding how it operates.
There are simply too many variables.
Over the years, we’ve learnt that assumptions can be expensive.
During an initial survey we’ll typically look at:
-
- Boiler type and operating pressures.
- Feedwater arrangements.
- Water softeners and pre-treatment plant.
- Feed tanks and deaeration.
- Condensate return rates.
- Existing chemical treatment.
- Blowdown arrangements.
- Sampling facilities.
- Monitoring procedures.
- Historical records and water analysis.
One of the questions we often ask operators is:
“When was the last time anybody really reviewed the system?”
Quite often, nobody can remember.
And that’s understandable.
Boilers tend to sit quietly in the background doing their job.
Until they don’t.
Step 2 – Identifying Risks
No system is perfect.
The aim of one of our surveys isn’t to criticise.
It’s to understand where potential problems might develop.
Some risks are obvious.
Others are less so.
Typical findings during site investigations include:
-
- Hardness leakage from softeners.
- Excessive blowdown.
- Poor condensate quality.
- Failed dosing pumps.
- Open feed tanks.
- Lack of routine testing.
- Conductivity controllers out of calibration.
- Changes in steam demand.
- Inadequate sample cooling arrangements.
In many cases, these issues have existed for years without causing major problems.
But experience tells us that it’s usually only a matter of time.
The earlier they are identified, the easier they are to correct.
Step 3 – Developing the Treatment Programme
One thing we’ve learnt over the years is that no two steam systems are identical.
What works perfectly well on one site might be completely unsuitable on another.
That’s why we don’t believe in standard chemical packages.
Treatment programmes are developed around:
-
- Feedwater quality.
- Boiler pressure.
- Steam demand.
- Condensate return percentage.
- Existing plant.
- Operating practices.
- Process requirements.
Depending on the application, treatment may include the application of specific water treatment chemicals:
-
- Oxygen scavengers.
- Phosphate treatments.
- Alkalinity builders.
- Polymer dispersants.
- Condensate line inhibitors.
But the chemistry itself is only part of the answer.
In our experience, maintaining stable control is far more important than chasing individual test results.
Step 4 – Implementation
Once a treatment programme has been agreed, the next stage is putting it into practice.
This may involve:
-
- Installing chemical dosing equipment.
- Improving monitoring arrangements.
- Upgrading softeners.
- Introducing blowdown controls.
- Modifying sampling facilities.
- Improving operator procedures.
One thing our engineers have noticed over the years is that relatively small improvements often deliver the greatest benefits.
It isn’t always necessary to spend large sums of money.
Sometimes correcting a softener problem or replacing a failed dosing pump can transform the performance of a system.
Good engineering doesn’t always have to be complicated.
Step 5 – Monitoring and Reporting
This is where successful treatment programmes are won or lost.
Because boiler water treatment isn’t something you install and then forget about.
Conditions change.
Steam demand changes.
Water quality changes.
Equipment wears.
People change roles.
The systems that perform best are usually those where somebody is paying attention.
Regular monitoring allows trends to be identified before they develop into problems.
Our monitoring services include:
-
- Routine water testing.
- Laboratory analysis.
- Trend analysis.
- Technical reporting.
- Recommendations for improvement.
- Support with BG04 guidance.
We’ve always regarded trend analysis as being far more useful than individual test results.
A single result tells you where the system is today.
Trends tell you where it’s heading.
And that’s where the real value lies.
Step 6 – Reporting and Recommendations
Reports shouldn’t simply be produced to fill a file.
They should provide useful information.
Over the years, we’ve seen plenty of reports full of numbers and very little practical guidance.
Our teams tend to prefer straightforward recommendations.
Things like:
-
- Improve softener maintenance.
- Reduce blowdown rates.
- Investigate declining condensate return.
- Review oxygen scavenger dosage.
- Calibrate conductivity controls.
Simple actions.
Practical advice.
Clear priorities.
Because ultimately, clients want solutions, not paperwork.
Step 7 – Optimisation and Continuous Improvement
Steam systems evolve.
Production changes.
Equipment ages.
Operating conditions vary.
Treatment programmes need to evolve as well.
We’ve always viewed boiler water treatment as an ongoing process rather than a one-off exercise.
Small adjustments made early often prevent expensive problems later.
Continuous improvement may involve:
-
- Reviewing chemical usage.
- Optimising blowdown rates.
- Improving condensate return.
- Upgrading pre-treatment equipment.
- Refining control limits.
- Identifying opportunities to reduce energy consumption.
- Additional water treatment training.
In many cases, the cumulative benefits of these small improvements are considerable.
Industry Sectors We Support
We work with steam systems across a wide range of industries including:
Why Clients Choose Water Treatment Services
People often ask what makes one water treatment company different from another.
Our answer is usually quite simple.
We don’t believe in selling chemistry for chemistry’s sake.
After years working with steam systems, we’ve learnt that the right answer isn’t always more chemicals.
Sometimes it’s repairing a softener.
Sometimes it’s improving sampling procedures.
Sometimes it’s changing blowdown settings.
And occasionally it’s simply reassuring a client that their system is operating perfectly well and doesn’t need changing at all.
Clients choose Water Treatment Services because we provide:
- Experienced engineers with specialist steam boiler knowledge.
- Practical advice based on experience.
- Bespoke treatment programmes.
- Comprehensive monitoring and laboratory support.
- National coverage across the UK and Ireland.
- Responsive technical support.
- A strong focus on efficiency, reliability and compliance.
Most importantly, we try to provide straightforward advice based on what’s best for the plant rather than what’s easiest to sell.
Frequently Asked Questions About Boiler Water Treatment
During our time in this industry we’ve found that many of the same questions come up time and again. Whether our engineers are carrying out a boiler survey, speaking with facilities managers or training boiler operators, the concerns are usually very similar.
The answers below are based on practical experience and the sort of issues we regularly encounter when investigating steam systems throughout the UK.
What is boiler water treatment?
At its simplest, boiler water treatment is about controlling the quality of the water circulating through a steam system.
The aim is to prevent scale, corrosion and contamination from damaging the boiler and associated equipment.
People sometimes think boiler water treatment is simply a matter of adding chemicals, but that’s only part of the story. In practice, good treatment is about maintaining control over the whole system.
Why is boiler water treatment important?
Because steam boilers are expensive pieces of plant and poor water quality can cause equally expensive problems.
Scale, corrosion and carryover rarely happen overnight. Most develop slowly and, if left unchecked, can increase fuel consumption, reduce reliability and shorten the life of the plant.
From what we’ve seen over the years, many failures are entirely avoidable.
How often should boiler water be tested?
That depends on the system.
Some boilers require daily testing by site personnel, while others may be supported by routine service visits and laboratory analysis.
There isn’t a single answer that suits every installation.
What matters is maintaining regular monitoring and ensuring that trends are identified before problems develop.
We’d much rather see a simple testing regime carried out consistently than an elaborate programme that nobody has time to maintain.
What causes scale inside a boiler?
Scale is normally caused by hardness salts entering the boiler.
Most commonly, the culprit is a water softener that isn’t operating correctly.
Over the years, we’ve investigated numerous scaling problems and, more often than not, the treatment chemicals weren’t at fault. The softener had stopped regenerating properly or had simply been neglected.
Even relatively small amounts of scale can affect efficiency and increase fuel costs.
Can scale really increase fuel consumption?
Yes.
This is one of the few figures that genuinely surprises people.
Just 1 mm of scale can increase fuel consumption by around 7-10%.
On larger steam systems, that can represent a considerable amount of money over the course of a year.
It’s one reason why maintaining clean heat transfer surfaces remains so important.
What causes corrosion in boiler systems?
Corrosion usually results from dissolved oxygen, carbon dioxide or unsuitable water conditions.
Poor condensate quality, inadequate oxygen scavenger levels and loss of control over water chemistry are all common causes.
We’ve seen corrosion affect everything from feed tanks and boiler tubes to condensate pipework hidden above ceilings and beneath floors.
Unfortunately, corrosion often remains unnoticed until leaks appear.
What problems do you most commonly find during boiler surveys?
Certain themes appear again and again.
Typical findings include:
- Water softeners not regenerating correctly.
- Failed dosing pumps.
- Excessive blowdown.
- Poor condensate return quality.
- Feed tanks open to atmosphere.
- Conductivity controllers out of calibration.
- Lack of routine testing.
- Changes in operating conditions that nobody has reviewed.
Interestingly, the chemistry itself is rarely the underlying problem.
Most failures occur because control has gradually been lost.
What is BG04?
BG04 is the guidance document produced by the Combustion Engineering Association covering boiler water treatment.
In our view, BG04 is far more than a compliance document.
It provides a sensible framework for managing steam systems safely and efficiently.
Following the guidance helps reduce risk, improve reliability and support good engineering practice.
What are oxygen scavengers used for?
Oxygen scavengers are used to remove residual dissolved oxygen from boiler feedwater.
Their purpose is to reduce corrosion and protect boilers, feed systems and condensate return lines.
Products such as sulphites and tannin-based treatments are commonly used, although the most appropriate treatment depends on the system and operating conditions.
Why is condensate treatment important?
Because some of the worst corrosion we’ve encountered hasn’t been inside the boiler at all.
It has been in condensate return systems.
As carbon dioxide dissolves into condensate, it forms carbonic acid which attacks pipework over time.
Condensate treatment helps protect return lines and maintain the quality of the water returning to the boiler.
It’s often overlooked, but in our experience it’s one of the most important parts of a treatment programme.
Why is blowdown necessary?
As steam is generated, dissolved solids become concentrated within the boiler.
Boiler blowdown removes these impurities and helps maintain water quality.
Without blowdown, problems such as carryover and scale can develop.
Having said that, excessive blowdown is something we see surprisingly often.
Too much blowdown wastes water, energy and treatment chemicals, so getting the balance right is important.
What is TDS?
TDS stands for Total Dissolved Solids.
These dissolved impurities naturally become concentrated inside the boiler as steam is produced.
Monitoring TDS levels helps maintain water quality and minimise the risk of carryover.
Does every boiler need water treatment?
In our opinion, yes.
Every steam boiler benefits from some form of water treatment.
The level of treatment required may vary depending on the size and operating conditions of the plant, but all boilers need suitable control over water quality.
Ignoring water treatment is rarely a good strategy.
Can boiler water treatment reduce carbon emissions?
Indirectly, yes.
Improved heat transfer and better efficiency mean less fuel is required to generate steam.
Reduced fuel consumption leads to lower carbon emissions.
In many cases, good engineering and good environmental practice go hand in hand.
Is boiler water treatment expensive?
Compared with the cost of repairing a boiler or replacing damaged pipework, no.
In fact, one of the strongest opinions we’ve formed over the years is that poor water treatment is almost always more expensive than good water treatment.
Most clients are surprised by how small the annual cost of treatment is when compared with the cost of tube failures, lost production or major repairs.
Is every boiler treatment programme the same?
Definitely not.
No two systems are identical.
Water quality, steam demand, boiler pressure, condensate return rates and operating practices all influence treatment requirements.
That’s why we’ve never been a fan of off-the-shelf chemical programmes.
Treatment should always reflect the conditions on site.
Boiler Water Treatment Training
One thing that is clear is that many steam systems suffer not because of poor chemistry, but because valuable knowledge has been lost.
Experienced operators retire.
Responsibilities change.
People inherit systems they don’t fully understand.
That’s one reason why training is so important.
Water Treatment Services has developed a range of professional water and wastewater treatment training courses, including WTS 0040 – Boiler Water Treatment and Steam Generation.
The course has been designed for:
- Boiler operators.
- Maintenance engineers.
- Facilities managers.
- Engineering contractors.
- Water treatment professionals.
- Anyone responsible for commercial and industrial steam plant.
The aim isn’t to turn delegates into chemists.
It’s to help people understand how steam systems behave, recognise warning signs and maintain control.
Because in our experience, informed operators remain one of the best forms of protection a boiler system can have.
Final Thoughts on Boiler Water Treatment
Having worked with commercial and industrial steam systems, one thing has become increasingly clear.
Very few boiler failures happen without warning.
Most don’t arrive suddenly.
More often, they develop quietly over a period of months or years.
A small amount of hardness leakage through a softener.
A gradual increase in blowdown.
A reduction in condensate return.
A failed dosing pump that goes unnoticed.
A conductivity controller that hasn’t been calibrated for years.
Individually, these things may not seem particularly significant. But over time, small problems have a habit of becoming expensive ones.
That’s one of the reasons we believe that good boiler water treatment is about much more than chemistry.
In fact, some of the best performing steam systems we’ve come across haven’t necessarily used the most sophisticated treatment programmes. They simply maintained good control.
The operators understood the system.
Water quality was monitored regularly.
Equipment was maintained properly.
And problems were addressed before they had an opportunity to develop.
Conversely, our engineers have investigated boilers suffering from severe scaling and corrosion despite the use of premium water treatment products.
The chemistry wasn’t the issue.
Control had been lost.
If we’ve learnt anything over the years, it’s that successful boiler water treatment relies on getting the basics right.
Good feedwater quality.
Reliable dosing equipment.
Regular testing.
Competent operators.
Effective monitoring.
And perhaps most importantly, maintaining an interest in what the system is trying to tell you.
Because boilers are remarkably good at giving warnings.
Unfortunately, those warnings are often subtle.
Rising fuel consumption.
Dirty gauge glasses.
Increasing chemical usage.
Poor condensate quality.
Frequent alarms.
Wet steam.
Corrosion around pipework.
These are rarely the problem themselves.
More often, they’re symptoms of something else that needs attention.
In our experience, the sites that achieve the greatest reliability are not necessarily the ones that spend the most money.
They’re the ones that understand their systems and maintain control over them.
That’s really what boiler water treatment is all about.
Not selling chemicals.
Not chasing test numbers.
Not generating reports for the sake of it.
Simply maintaining the conditions that allow a steam system to operate safely, efficiently and reliably.
And when you think about it, that’s exactly what good engineering has always been about.
Speak to Our Boiler Specialists
Whether you’re experiencing problems with scale, corrosion, carryover or rising fuel costs, or simply want reassurance that your current boiler treatment programme is performing as it should, we’re always happy to discuss a system and provide practical advice.
Sometimes the answer is a change in chemistry.
Sometimes it’s a softener that’s no longer regenerating properly.
Quite often, it’s simply a matter of improving monitoring and restoring control.
Whatever the issue, our approach remains the same.
- Understand the system.
- Identify the risks.
- Maintain control.
- And prevent small problems from becoming expensive ones.
With offices in London, Manchester, Birmingham, Bristol, Leeds and Glasgow, supported by experienced engineers and technical specialists, Water Treatment Services provides boiler water treatment services throughout the UK and Ireland.
If you would like to arrange a boiler water treatment survey, discuss a particular problem or simply review your existing treatment programme, we’d be pleased to help.
After all, prevention is nearly always easier, and considerably cheaper, than repair.
And if there’s one piece of advice we’d offer to you, it would be this:
Don’t wait until your boiler tells you something is wrong.
By the time it does, the underlying problem has often been developing for quite some time.
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