The Pack Perspective

What Industrial Sensors Really Detect (You Might Be Surprised)

Theresa Hoffman — Thu, 02 Apr 2026 13:31:08 GMT

When some people hear the word sensor, high-tech temperature measuring in a lab or monitoring critical a critical factory process may come to mind.

Yes, industrial sensors absolutely do those things, but they also monitor some unusual things too. From floating foam to a runaway product on a conveyor, automation components end up detecting more than most people would ever imagine.

Here are a few things sensors keep an eye on every day.

Foam (Yes, Foam)

Foam might look harmless sitting on top of a tank, but in food processing, chemical production, and wastewater treatment it can quickly become a problem.

Excess foam can cause tanks to overflow, create inaccurate level readings, interfere with mixing equipment, and even disrupt pumps or downstream processes. Because of this, facilities rely on ultrasonic or level sensors to detect foam buildup before it becomes an issue. When foam rises too high, the automation system can respond automatically by adjusting pumps, slowing mixers, or activating antifoam dosing systems.

It may not be the most glamorous job in automation, but someone—or something—has to keep the bubbles under control.

Products That Wander Off the Conveyor

Production lines move quickly, and when products are traveling along conveyors at high speeds, even small misalignments can create problems.

Packages sometimes tip, containers can shift out of position, and occasionally products leave the conveyor altogether. To prevent these situations from turning into major production interruptions, photoelectric sensors and vision systems constantly monitor the line.

These sensors detect when products are missing, identify containers that are out of position, recognize when products begin backing up, and alert operators when a conveyor jam is forming. By catching these issues early, automation systems can stop a line or notify operators before a small hiccup becomes a costly shutdown.

People (Yep, Sensors Detect People Too)

In many facilities, sensors are responsible for detecting something much more important than products: people.

Safety light curtains, proximity sensors, and area scanners are commonly used to monitor spaces where machines operate. If a person enters a restricted area or crosses a safety boundary, the system can immediately stop equipment or trigger an alarm.

These sensors help protect operators working near automated systems, robotic equipment, or high-speed machinery. While they’re designed for safety, it’s still interesting to think that in some environments, the most important thing a sensor detects isn’t a part or a product—it’s a person.

Clear Material

Glass and plastic might seem easy to detect, but in many cases it’s actually one of the trickier materials for sensors.

Transparent materials can sometimes allow light to pass through them, making them difficult for traditional sensors to detect. However, clear containers, panels, and components are pretty common in industries like beverage production, pharmaceuticals, and manufacturing.

To solve this challenge, facilities use sensors specifically designed to detect clear objects. These sensors can reliably identify glass bottles or containers as they move along conveyors, ensuring proper spacing, accurate filling, and safe handling throughout the production process.

Clear materials introduce another unique challenge for industrial sensors.

Industrial sensors rarely get the spotlight, but they’re constantly working behind the scenes detecting things most people never think about.

Foam. Conveyor jams. Plastic packaging. Glass bottles. Cars in a wash tunnel. Even people working safely around equipment.

These may not be the examples that show up in engineering textbooks, but they represent the real-world challenges automation solves every day.

How do you use your sensors?

5 Common Enclosure Mistakes (and How to Avoid Them)

Theresa Hoffman — Tue, 31 Mar 2026 18:07:34 GMT

Enclosures don’t usually get the spotlight. It’s like they’re just… there. Doing their job;
until they’re not—and suddenly you’re dealing with corrosion, overheating, failed components, or a compliance headache you didn’t budget for.

We’ve seen it happen more times than we can count. The controls are solid. The components are right. But the enclosure choice? That’s where things go sideways.

Here are five most common enclosure mistakes we see in the field—and how to avoid learning these lessons the hard way.

Mistake #1: Treating the Enclosure Like an Afterthought

The panel design is done, the components are picked, and someone says, “Just grab a box big enough to fit it all.”

That’s how cramped panels, impossible wiring, and miserable maintenance are born.

An enclosure isn’t just a container—it’s the working environment for every component inside it. Too small and heat builds up and wiring turns into a spaghetti bowl. Troubleshooting becomes an all-day event.

How to avoid it:
Start with the enclosure early. Plan space for wiring, airflow, future expansion, and human hands that will eventually need to work inside it. Oversizing slightly now is far cheaper than rebuilding later.

Mistake #2: Choosing the Wrong Rating for the Environment

On paper, the enclosure looked fine. In the environment? Not so much.

Dust, moisture, washdowns, chemicals, outdoor temperature swings—these things don’t care what your spec sheet meant to say. A clean, climate-controlled enclosure dropped into a harsh environment won’t survive long.

We’ve seen standard enclosures rust, leak, and fail simply because the environment was underestimated.

How to avoid it:
Be honest about where the enclosure will live. Indoor or outdoor? Washdown or dusty? Temperature extremes? This is where proper NEMA or IP ratings matter—and pretending they don’t always lead to expensive surprises.

Mistake #3: Ignoring Heat (Until It’s Too Late)

Electronics hate heat. They hate it quietly, at first—then all at once.

Drives, power supplies, and PLCs into a sealed enclosure without a thermal plan is a classic mistake. Everything works great… until summer hits, production ramps up, or a filter clogs.

Sudden faults, shortened component life, and unexplained shutdowns usually trace back to heat that had nowhere to go.

How to avoid it:
Account for heat load from the beginning. That might mean filtered fans, air conditioners, heat exchangers, or simply giving components more breathing room. Managing temperature upfront protects every investment inside the enclosure.

Mistake #4: Forgetting the Human Who Has to Service It

An enclosure can be electrically perfect and still be a nightmare.

Poor door swing, no lighting, components mounted too high, too low, or too tight and there’s no room to get a meter in without scraping knuckles.

Maintenance teams remember these panels—and not fondly.

How to avoid it:
Design for the person opening the door at 2 a.m. Add internal lighting, leave service loops and make labels readable. Choose layouts that make sense to someone who didn’t design the panel. A service-friendly enclosure saves time, frustration, and downtime.

Mistake #5: Buying for Today and Forgetting About Tomorrow

The system works now. But what happens when production increases? A new sensor gets added? Communication upgrades become necessary?

Enclosures that are built with zero margin leave no room for growth—and force costly redesigns later.

How to avoid it:
Think long-term and leave space. Choose enclosures and accessories that allow for expansion. Planning for “future you” is one of the smartest design decisions you can make.

The right enclosure makes everything else better, it’s not flashy— it’s foundational.

If you’re planning a new panel or fixing one that’s already causing headaches, let’s talk. We’re here to help you avoid the mistakes—and build an enclosure that does its job quietly, reliably, and for a long time.

Because the best enclosures? You only notice them when they don’t cause problems.

Last Call For Lenze SMVector, What You Should Know

Theresa Hoffman — Wed, 25 Mar 2026 16:54:39 GMT

It's natural to feel uneasy when a vendor announces that a products is being phased out or replaced. You Often have a lot of questions with the most pressing being: Will the new part match the form, fit and function of the original?

Last year we got the news from Lenze that they are transitioning their SMVector series to the i510 and i550 protect series drives.

Last orders for the SMVector will be May 1,2026: that's right around the corner, so here's what you need to know.

What's Changed?

Lenze has gone above and beyond to support customers customers during this transition. Designed with simplicity in mind, the i510 and i550 drives serve as a drop-in replacement for many SMVector units.

However, there's a catch: the wiring and programming have changed. Don't set off any alarm bells just yet, Lenze has fantastic resources to guide you through the process, making sure it's a smooth upgrade.

To start the migration, identify your current SMVector and collect the necessary technical information (detailed below). With this information, move forward to the product selection process.

Why Migrate to i510 and i550 Drives?

The i510 and i550 protec drives are designed to build on the SMVector’s legacy while addressing modern automation challenges. Key benefits include:

Improved Performance: Enhanced control algorithms and energy efficiency meet the Ecodesign Directive (EN IEC 61800-9-2) for sustainable operation.
Cost-Effective Design: 85% of components are sourced in North America, maintaining a competitive price.
Compact and Compatible: Most models feature the same mounting hole pattern as the SMVector, simplifying installation.
Robust Features: The i550 protec offers IP66/NEMA 4X protection for harsh environments, ideal for dusty or wet applications like textiles.
UL Certification: Both drives comply with the UL61800-5-1 standard, ensuring safety and reliability.

The i510 is designed for simpler applications (0.25–22 kW), while the i550 supports complex speed/torque needs up to 75 kW, including IO-Link V1.1 for Industry 4.0 integration.

Have an SMVector? We're here to help during this transition.

How Infrared Sensors Are Raising the Bar in Food & Beverage Production

Theresa Hoffman — Mon, 23 Mar 2026 13:16:24 GMT

Unless you’re in the food and beverage industry, temperature sensors aren’t something that you think about — and yet they're standing between you and a flat loaf of bread, a leaky vacuum-sealed package, or a lopsided plastic bottle.

In food and beverage production, temperature is everything, and measuring it accurately is harder than it looks. Exergen non-contact infrared sensors from CleverIR are solving that challenge across the industry.

Here are a few applications worth knowing about.

The Dough Drama

Dough temperature during mixing determines everything — too hot and it over-rises into a holey mess, too cold and you've got a dense brick. Traditional contact thermocouples seem like the obvious fix, except they can snap in half during kneading, risk contaminating batches, and only capture one spot in a mass that varies throughout.

The Exergen IRt/c.5 sensor from CleverIR mounts on the kneader lid and reads average dough temperature without ever touching it — no breakage, no contamination, problem eliminated.

With 100ms response and 0.1°C accuracy, it stops the kneader exactly when target temp is hit. A built-in air purge keeps the lens clean automatically. Consistent batches, zero maintenance, and your food safety team will be more confident there is no health risk.

One Bad Seal Will Ruin Everything

Vacuum-sealed packaging lives or dies by that heat-seal. A resistance wire fuses the bag shut — but the sealing temperature shifts throughout the day. Too cold in the morning? Failed seals. Too warm by afternoon? Burnt plastic. Contact sensors can't help here; molten plastic would destroy them, and they're too slow to catch the fusing moment anyway.

The Exergen Micro IRt/c sensor from CleverIR fits inside the sealing bar at just 6.3mm wide, monitoring temperature in real time without ever touching the plastic.

With a 50ms response time, repeatability of 0.01°C, and patented ambient compensation that adjusts automatically as conditions change, it keeps every seal airtight from the first package of the day to the last. Self-powered and maintenance-free — it just works.

Avoid the Wonky Bottle

PET bottle preforms have to be heated to just the right temperature before blow molding — overheat them and you get holes, underheat and the bottle won't fully form, and uneven heat means wonky walls. The catch? Preforms rotate continuously during heating, so contact sensors are completely off the table. Add in fluctuating ambient temps near the heaters, and 24/7 machine schedules, and you've got a measurement problem that demands a smarter solution.

The Exergen Micro IRt/c sensor from CleverIR tracks those spinning preforms in real time — no contact required, no downtime tolerated.

Response times of 25–100ms, patented ambient compensation, and a ±1% interchangeability rating mean replacement sensors drop right in with no reprogramming. Hermetically sealed and self-powered, they run reliably for the life of the machine.

Whether you're running a bakery, a food packaging line or a bottling operation — precise temperature monitoring is one of the smartest investments you can make in product quality. Exergen sensors from CleverIR deliver the accuracy, speed, and maintenance-free reliability to keep every line running at its best.

Wastewater Pumps And The Crap They Deal With

Theresa Hoffman — Tue, 17 Mar 2026 16:01:48 GMT

“Ever wonder why a certain seat in your house is sometimes called a throne? Maybe it’s because that particular piece of furniture sits atop an underground kingdom—a kingdom we call our sewer system.” – Mike Rowe, Dirty Jobs

There are so many day-to-day activities we do with an out of sight, out of mind mentality. When we do laundry, wash dishes, flush the toilet, or even unintentionally litter and send garbage down sewer drains, we rarely think about the toll these actions take on wastewater pumps.

These pumps sit in wells, lift stations, and treatment plants just trying to do their job—until humans intervene and flush down a few hundred thousand “flushable” wipes that knock their operations off course.

It’s all “oh well” until there’s an “oh crap!” when the pump fails.

Making It Go Away

Here’s what wastewater pumps really do that no one talks about: they move the stuff nobody wants from Point A (your house or facility) to Point B (not your problem anymore). Sewage, sludge, waste—whatever you want to call it—these pumps handle it with minimal complaint.

You’ve probably heard the saying “it all flows downhill.” And most of the time, that’s literally what happens with every flush, shower, and dishwasher cycle. But when gravity alone can’t do the job, pumps step in. They’re there to catch it and keep things moving along. Otherwise, we’d be dealing with a hazmat nightmare in our streets and backyards.

The Real Cost of Pump Failure

Responsible for roughly 300 million gallons of water a day, a wastewater pump failure is an immediate crisis. Sewage backup isn’t just gross; it’s also a public health concern and comes with costly emergency repairs.

Of course, the pump isn’t doing this job alone. Behind the scenes, a control panel keeps everything running smoothly and makes sure the pump operates when it’s needed—and shuts down before things get out of hand.

Inside that panel are a ton of parts working together. A circuit breaker protects the system from electrical faults, while motor starters or VFDs control how the pump starts and runs. Overload relays monitor the motor and shut things down if it begins working harder than it should. A control power transformer steps down incoming voltage so the control components can operate safely, and a PLC makes the decisions for the system, based on signals coming from the field.

The Things Pumps Wish You Wouldn’t Flush

Wastewater pumps are built tough, but sometimes they end up dealing with things they were never meant to handle. Despite the label, many “flushable” items really aren’t pump-friendly. Instead of breaking down like toilet paper, they stick together, wrap around impellers, and clog up systems.

Flushable wipes are the biggest offenders. They may disappear down the drain easily, but inside a lift station they can form rope-like tangles that jam pumps and stop them in their tracks.

Then there are rags and paper towels. Unlike toilet paper, these materials are designed to stay strong when wet—which means they don’t break apart once they reach the sewer system.

And we can’t forget FOG: fats, oils, and grease. When poured down drains, grease cools and hardens inside pipes and equipment. Over time, it builds up into thick blockages that restrict flow and force pumps to work harder than they should.

Add in the occasional plastic item, hygiene product, or random piece of trash, and suddenly that hardworking pump is dealing with a lot more than wastewater.

Wastewater operators often sum it up with a simple rule: only the three P’s belong in the toilet—pee, poop, and (toilet) paper. Unfortunately for pumps everywhere, that rule isn’t always followed.

Love the Pump You're With

Look, we get it. Wastewater isn't glamorous. But the pumps, motors, drives, and controls that keep it moving? They deserve some respect.

They work in the worst conditions. They handle what nobody else wants to touch. They keep our communities clean, our water safe, and our facilities compliant.

So here's to the pumps in the dark, wet places. You're doing important work. And we've got the parts, automation, and expertise to keep you running.

Finding The Perfect Fit Just Got Easier

Theresa Hoffman — Mon, 16 Mar 2026 18:09:35 GMT

At MWA, we're always looking for better ways to keep our valued customers coming back. From providing excellent customer service and support to offering competitive pricing and an easy-to-navigate website, our mission is to ensure every customer has an amazing experience with our company.

We understand that selecting the right product and finding compatible accessories can be challenging, so we've added a powerful new tool to our toolkit!

Introducing our Part Configurator — a feature designed to take the guesswork out of the process. With just a few clicks, this interactive tool guides you to the best options to fit your needs.

Why We Built This

To everyone in the automation industry — we hear you and want to provide exceptional support!

Matching a VFD to a motor, or vice versa, can mean life or death for your equipment. On top of that, deciding what type of drive or motor you should use for your application can be overwhelming, especially if you're not familiar with certain vendors and their products.

We have long-term, informative relationships with our vendors and make every effort to learn everything there is to know about their products. We participate in in-person training, attend webinars, and show our support at trade shows — we pretty much accept every learning opportunity that comes our way.

We would like to pass our knowledge on to you, so we created a Part Configurator for our enclosures, VFDs, motor starters and contactors!

Let's Get Started!

From our homepage, simply select the 'Part Configurator' dropdown and choose the product category you're in the market for.

We Have a Few Questions For you

We did our homework and asked the right questions to get you as close as possible to exactly what you need. Click through the available options and you're on your way to getting what you need. If something you're looking for isn't available, let us know — we'll be more than happy to answer any questions you have.

Thanks for the Information!

After you gave us all your requirements, like magic, product recommendations show up for you to choose your match. From here, you can simply add it to your quote or cart and you're done!

We're always looking for ways to improve your customers experience. We're open to feedback on this new feature and would like to hear from you.

The Hidden Engineering Behind Pools and Waterparks

Theresa Hoffman — Fri, 13 Mar 2026 16:54:27 GMT

As spring approaches here in the Midwest, we start getting that familiar “nice weather fever.” All it takes is one lucky 70-degree day in spring and suddenly we’re thinking about summer fun.

Community centers, park districts, and theme parks start getting ready for their outdoor pools and waterparks so that when Memorial Day arrives, it’s go-time. We don’t care if it’s still a little cool outside, we’re all in.

Make no mistake: pools and waterparks are basically miniature water treatment facilities. And just like municipal plants, they are busy network of pumps, sensors, and control systems working behind the scenes to keep that water clean, safe, and circulating.

Keep the Water Moving

One thing we notice while standing waist-deep in a busy pool is the water moving from all the swimmers. What we don’t notice is the continuous circulation happening behind the scenes.

Stagnant water allows bacteria, debris, and contaminants to build up, which can quickly create unsafe conditions. Pumps keep the water moving through filtration and treatment systems, while variable frequency drives (VFDs) regulate pump speed to maintain proper flow and distribute chemicals evenly.

In larger facilities with slides, lazy rivers, and splash pads, VFDs are essential for managing pump performance and keeping water moving throughout the entire system.

Filtration: The Clear Water Police

Crystal-clear water isn’t just about appearance—it’s about safety. Filtration systems remove dirt, oils, sunscreen, and other debris swimmers bring into the water.

Most commercial pools and waterparks rely on large filtration systems that capture these particles before returning clean water to the pool. Over time, filters naturally clog and need to be cleaned through a process called backwashing, where water flow is reversed to flush out contaminants.

Pressure sensors can monitor the difference in pressure across filters and alert operators when cleaning is needed. When connected to a PLC-controlled system, this data helps facilities schedule maintenance at the right time instead of relying on guesswork.

The Science of Safe Swimming

While filters remove visible debris, chemical treatment tackles the microscopic threats swimmers can’t see.

Disinfection systems usually rely on chlorine to eliminate bacteria and pathogens. Maintaining the right chemical balance is key for both swimmer safety and comfort. If levels aren’t right, harmful microorganisms can grow or the water can irritate skin and eyes.

Automated dosing systems help maintain this balance by monitoring conditions and adjusting chemical levels throughout the day. Flow sensors confirm that chemical injection systems are operating properly, while PLCs and HMIs allow operators to monitor water chemistry, equipment status, and system alarms in real time.

Power Behind the Splash

Waterparks take pool systems to another level. Attractions like wave pools and large water slides require powerful pumps and motors capable of moving massive volumes of water continuously.

Starting and stopping these systems improperly can strain motors and mechanical components. VFDs help prevent this by allowing pumps to ramp up gradually and operate at the most efficient speed.

Power supplies and control components keep the automation system stable. Industrial power supplies deliver consistent voltage to PLCs, HMIs, sensors, and other control devices, making sure the entire system operates without interruption.

Monitoring the System

The best pool operations are the ones guests never think about. Visitors simply see sparkling water and smooth-running attractions while operators monitor system performance behind the scenes.

Sensors feed performance data into PLCs, while HMIs provide operators with a clear view of system status and alarms. Visual indicators like stack lights provide quick alerts when equipment needs attention, allowing staff to respond before guests ever notice a problem.

A Little Water Treatment Goes a Long Way

Pools and waterparks may be designed for fun, but their operation is serious business. Clean water, reliable circulation, and well-maintained systems are essential for keeping guests safe.

Just like large municipal treatment plants, these facilities rely on durable automation components to keep everything flowing. Sensors, PLCs, HMIs, power supplies, and motor control solutions all work together to maintain water quality and system reliability.

The Secret Sauce of Food Processing

Theresa Hoffman — Tue, 10 Mar 2026 18:27:05 GMT

Food and beverage processing is a little like cooking at home—except instead of one pot and an oven, you’re managing tanks, vats, conveyor ovens, and a whole lot of ingredients moving at once. And unlike home cooking, guessing isn’t really an option. Sensors and controllers have to keep everything measured, heated, and moving just right.

Two automation tools that quietly keep food production on track are ultrasonic level sensors and precision temperature controllers.

The Sensor That Keeps Its Distance

In food processing, sensors have one important rule: don’t touch the food. Hygiene requirements, washdowns, and sticky ingredients take contact sensing off the table.

That’s where the Autonics UTR Series Ultrasonic Sensor comes in.

Waters, oils, syrups and sauce levels are measured without contact. Not limited to liquids, bulk solids like grains, powders and pellets can also be measured.

Keeping Ovens in the Comfort Zone

Of course, once ingredients are measured, they usually need to be heated. And large-scale food ovens require a lot more precision than simply turning the dial to 350°.

The Autonics TN Series Temperature Controller helps keep food ovens running consistently with a two-degree-of-freedom PID, 50 ms sampling speed and ±0.2% measurement accuracy.

These features help maintain stable temperatures in ovens used in food processing.

In other words, it keeps ovens from overreacting—something many of us wish our home ovens could do.

Smart Sensors, Better Food

From measuring uneven piles of beans to keeping baking ovens perfectly balanced, automation plays a huge role in food and beverage production.

Tools like the Autonics UTR Series Ultrasonic Sensor and Autonics TN Series Temperature Controller help manufacturers maintain consistent quality, improve efficiency, and keep production running smoothly.

Because in food processing, the goal is simple: Measure accurately, heat precisely, and never drop the beans.

Did you hear about the changes to our website? You can now find your industry and see what automation solutions we offer.

From 'Uh-Oh' to 'On it' in Seconds: Patlite WIO

Theresa Hoffman — Wed, 04 Mar 2026 15:49:27 GMT

Water and wastewater treatment plants are big, like bring a snack and comfortable shoes big.

They aren’t clean little mechanical rooms tucked into a corner somewhere. They’re sprawling facilities, maybe not quite as large as the 413-acre treatment plant in Chicago, but still impressively expansive. And somewhere out there, usually as far from the control room as possible, is the one sensor that decides to act up.

You could walk to it…Or you could let the Patlite WIO-B1S-001 do the walking for you.

The Walkaround Problem

For decades, awareness meant operators making rounds, checking gauges, and scanning panels, hoping nothing triggered between inspections.

In water and wastewater, missing an alert isn’t an option. If something goes wrong at the far end of the property, the sooner you’re notified, the better.

With the Patlite WIO-B1S-001 in place, alert signals are transmitted straight to the control room instantly. No waiting or hoping someone happens to be nearby.

By shrinking the distance between the problem and the response, it delivers smarter visibility across the entire facility.

Enter the Wireless Fix

Running hardwired communication across a huge facility isn’t exactly simple. It means trenching, conduit, labor hours, and long-term maintenance considerations.

Here’s the thing: copper isn’t cheap, trenching isn’t easy, and no one wants to spend their shift jogging between pump stations.

The Patlite WIO-B1S-001 wirelessly transmits alert signals directly from sensors to the control room, reducing infrastructure costs while boosting operational efficiency.

What You Don’t See

In water and wastewater facilities, the environment is relentless. There’s debris, chemical exposure, vibration from continuously running equipment, and constant temperature fluctuations.

Signals can’t afford to be unreliable, and equipment can’t afford downtime.

The WIO-B1S-001 system is designed for industrial environments where electronics are expected to perform without hesitation.

It’s flashy and capable of delivering clear visual and audible alerts, which is important, but it’s also built to handle harsh conditions while consistently doing its job.

Modern Visibility Without a Major Overhaul

Upgrading communication shouldn’t require tearing apart your infrastructure.

Operating as a wireless transmitter and receiver pair, the WIO system can trigger a light or alarm from up to 400 meters away (environment-dependent), providing wide coverage across large facilities.

Its user-friendly configuration eliminates the need for a PC, and its plug-and-play design makes it easy to streamline your communication and signaling process.

Because in a facility this large, faster awareness isn’t just convenient — it’s essential.

Have questions about Patlite WIO?

What You Should Know About Water And Wastewater Treatment

Theresa Hoffman — Mon, 02 Mar 2026 21:54:39 GMT

Turn on your faucet and clean water flows out. Flush a toilet or drain a sink, and everything disappears like magic.

But behind that everyday convenience is one of the most impressive engineering systems in modern life: water and wastewater treatment. They sound similar, but water treatment and wastewater treatment serve very different purposes. One delivers safe, drinkable water to your tap. The other protects public health and the environment by cleaning what we send down the drain.

Let’s walk through both journeys — and where the right industrial components make all the difference.

Part 1: Water Treatment

Goal: Make raw water safe for human consumption.

Part 2: What Happens After You Flush

Now let’s follow the water in the opposite direction.

Wastewater treatment deals with everything that goes down sinks, toilets, drains, and industrial discharge lines — plus stormwater collected in sewer systems. I want to help all the hard workers at wastewater treatment plants by spreading the message to stop using those “flushable wipes”, we heard you loud and clear, and completely understand the nuisance of them clogging up your process!

Unlike drinking water plants, wastewater facilities are designed to remove contaminants from used water before releasing it back into the environment.

Without water treatment, waterborne diseases would be common. Without wastewater treatment, rivers, lakes, and groundwater would quickly become unsafe.

These two systems work together in a continuous cycle — one delivering clean water to our homes and businesses, the other ensuring what we put down the drain doesn’t harm the world around it.

Clean water in. Clean water out. That’s engineering at its most essential.

Interested in learning more about water and wastewater solutions?