Waterless Urinal Maintenance: Cleaning, Cartridges, and Costs

Learn how to clean and maintain waterless urinals, replenish liquid sealant, replace cartridges, and manage long-term maintenance costs.

Waterless urinals look much like conventional urinals, but they operate differently. Instead of using flushing mechanisms and water, waterless urinals use specialized cartridges and liquid sealant to control odors and move urine into the drain system. This design eliminates the need for flushing water while reducing water consumption and supporting more sustainable restroom operations.

"Like their traditional counterparts, waterless urinals are made of similar materials and are offered in different colors and designs," says Klaus Reichardt, managing partner of Waterless Co., a leading marketer of waterless urinals and related restroom products based in Vista, California. "No-flush urinals can be installed virtually anywhere conventional urinals are used."

According to Reichardt, waterless urinals connect to a standard drain line, just like conventional models. However, they do not retain standing water at the base of the fixture.

"Instead, waterless urinals use a trap or cartridge filled with a thin layer of liquid sealant that sits atop the drain area," Reichardt explains. "Urine passes through the cartridge and the sealant, which forms a barrier that prevents odors from escaping. Because urine is heavier than the sealant, it sinks below the barrier and flows down the drainpipe."

Waterless urinals first appeared in Europe more than 100 years ago. However, their popularity declined until growing concerns about water efficiency, conservation, and sustainability sparked renewed interest approximately two decades ago.

Today, there are roughly two or four manufacturers marketing waterless urinals in the United States, including Waterless Co., Inc. Although most systems operate on the same basic principle, their maintenance requirements and long-term operating expenses can differ considerably. These expenses, commonly referred to as the total cost of ownership (TCO), include cleaning, sealant replenishment, cartridge replacement, and other servicing requirements.

Waterless Urinal Cleaning and Routine Maintenance

One of the advantages of waterless urinals is that routine cleaning is relatively straightforward. Cleaning crews generally spray a nonabrasive cleanser onto the fixture and wipe down its interior and exterior surfaces.

Abrasive cleaners and harsh chemicals should be avoided because they can damage the urinal's finish and potentially affect the cartridge system.

"Some manufacturers have developed their own products specifically formulated for cleaning waterless urinals," says Reichardt. "These products are effective and easy to use."

Reichardt also advises against pouring large amounts of water down the drain. In most cases, this is unnecessary for routine cleaning and can inadvertently wash the liquid sealant into the drain.

Regular cleaning, maintenance, and servicing of waterless urinals are typically handled by a facility's cleaning crew. Responsibilities include cleaning the fixture, replenishing the liquid sealant, and replacing cartridges when necessary.

Replenishing Liquid Sealant in Waterless Urinals

Over time, trace amounts of liquid sealant can pass into the waste line during normal use. Consequently, the sealant must be replenished periodically to maintain the odor barrier.

In a typical school, for example, this may require one or two refills per month, depending on restroom traffic and usage.

To simplify this process, Waterless Co., Inc. includes a PortionAid device that dispenses the precise amount of liquid sealant needed directly into the cartridge. The process takes approximately 10 to 20 seconds.

Regular sealant replenishment is an important part of waterless urinal maintenance. Maintaining the appropriate sealant level helps preserve the odor barrier and supports the system's intended operation.

How Often Should Waterless Urinal Cartridges Be Replaced?

Cartridge replacement is another important component of maintaining waterless urinals. The trap or cartridge used in Waterless Co., Inc. urinals generally need to be replaced three to four times per year, or approximately every 7,000 uses. Replacement intervals for other manufacturers' systems may vary.

For Waterless Co., Inc. models, the replacement process typically takes three to four minutes and involves the following steps:

  • Remove the old cartridge: Use a specialized key or tool to unlock and remove the existing cartridge.

  • Empty and dispose of the cartridge: Slowly wiggle the cartridge out of position, allowing its contents to drain into the waste line before disposing of it.

  • Inspect and clean the drain housing: Depending on the condition of the drain housing, cleaning may be necessary. In some cases, hot water is poured down the line to help clear accumulated buildup.

  • Install the replacement cartridge: Insert the new cartridge into position and add the appropriate amount of liquid sealant.

Although cartridge replacement procedures are generally similar across manufacturers, the cost of replacement parts can vary considerably.

Some waterless urinal cartridges cost only a few dollars, while others can exceed $40. In addition, higher-priced cartridges do not necessarily last longer than less expensive alternatives. Some may actually have shorter service lives, increasing long-term maintenance and operating expenses.

Understanding the Total Cost of Ownership of Waterless Urinals

When evaluating waterless urinals, facility managers should look beyond the initial purchase price. The total cost of ownership includes the ongoing expenses associated with cleaning, liquid sealant replenishment, replacement cartridges, and labor.

Cartridge prices, replacement frequency, and maintenance requirements can vary significantly among manufacturers. A cartridge with a lower purchase price may offer better long-term value if it lasts longer and requires fewer replacements.

For building owners, property managers, and facility maintenance professionals, understanding these differences can help when comparing waterless urinal systems and estimating their long-term operating costs.

For more information about waterless urinal cleaning, maintenance, cartridge replacement, and servicing requirements, contact a Waterless Co. representative.

-Klaus

 

Key Takeaways: Waterless Urinal Maintenance

Installation and Design: Waterless urinals resemble conventional fixtures in materials, colors, and design. They connect to standard drain lines and can be installed in most locations where traditional urinals are used.

How They Work: Instead of using flush valves and standing water, waterless urinals rely on specialized cartridges and liquid sealant. The sealant creates a barrier that helps prevent sewer odors from escaping.

Routine Cleaning: Cleaning crews can maintain waterless urinals by wiping down interior and exterior surfaces with nonabrasive cleaners. Harsh chemicals and excessive amounts of water should be avoided.

Liquid Sealant Replenishment: Small amounts of sealant are lost during normal use and must be replenished periodically. In a typical school, this may be necessary once or twice a month, depending on usage.

Cartridge Replacement: Waterless Co., Inc., cartridges generally require replacement three to four times annually, or approximately every 7,000 uses. The replacement process typically takes three to four minutes.

Total Cost of Ownership: Maintenance expenses vary among manufacturers. Cartridge prices, replacement frequency, sealant requirements, and labor should all be considered when evaluating the long-term cost of a waterless urinal system.

When Water Becomes an Operational Problem, Cleaning Operations Are Affected

Commercial cleaning operations rely on a consistent and dependable water supply. From restroom sanitation and floor maintenance to routine cleaning and equipment operation, water plays an essential role in many of the services building service contractors (BSCs) deliver.

As water supplies become less reliable and restrictions more common, cleaning contractors could face several operational challenges:

  • Restroom sanitation: Limited water availability could make it more difficult to clean restrooms effectively and maintain proper sanitary conditions.

  • Floor care: Many traditional floor-cleaning methods require water, potentially disrupting routine maintenance and established cleaning schedules.

  • Cleaning equipment: Certain machines, tools, and cleaning processes rely on a steady water supply to operate effectively.

  • Service contracts: Water restrictions or interruptions could interfere with contractors' ability to meet contractual obligations, maintain schedules, and deliver expected service levels.

  • Operating costs: Rising water and wastewater rates could add to the cost of maintaining commercial properties, placing additional financial pressure on both building owners and cleaning contractors.

The impact would extend beyond facility owners and managers. Cleaning contractors, distributors, suppliers, and other service providers could all feel the effects of an increasingly constrained water supply.

Ultimately, water availability is no longer simply an environmental concern. It is becoming a business continuity issue with implications for the entire commercial property and facility services industry.

Pressure Drop: Why Upper Floors Pay the Price for High-Rise Plumbing Physics

FOR IMMEDIATE RELEASE

Inconsistent water pressure remains one of the most persistent—and irritating—complaints in multi-story commercial real estate

VISTA, CA — November 10, 2026 — It is a scene familiar to anyone working on the upper floors of an office building: a frustrating trickling faucet in the restroom, while colleagues on the ground floor deal with a blast of excessively high-water pressure.

Inconsistent water pressure remains one of the most persistent—and irritating—complaints in multi-story commercial real estate, impacting both aging structures and modern architectural towers alike.

"Consistent water pressure is won through vigilance, not luck," says Klaus Reichardt, CEO and Founder of Waterless Co., Inc. "It’s rarely a single malfunction, but rather the combined result of physics, peak demand, and aging equipment working at cross-purposes."

Plumbing mechanics point to four core forces driving the floor-by-floor disparity:

The Brutal Math of Elevation: As water travels upward, gravity wages a direct war against the plumbing system, draining pressure with every foot of elevation gained. High-rises must rely on complex zoned plumbing, calibrated pressure-reducing valves (PRVs), and high-capacity booster pumps to force water up through the building.

Synchronized Demand Spikes:
During predictable rush periods—morning arrivals, lunch hours, and mid-day break surges—hundreds of occupants turn on faucets and flush valves simultaneously. This sudden draw causes immediate, localized pressure drops along specific risers. 

Infrastructure Fatigue: Mineral scale buildup and internal pipe corrosion narrow pipe diameters over time, restricting flow volume. Simultaneously, booster pumps and PRVs drift out of alignment or fail outright, triggering erratic pressure swings. 

Municipal Grid Volatility: A building’s interior supply remains tethered to the municipal main lines, exposing it to neighborhood demand surges, utility maintenance, and external pressure fluctuations beyond the facility team's control.

For facility executives and property managers, staying ahead of tenant complaints requires a proactive maintenance model: routine PRV recalibration, pump diagnostics, and peak-usage flow tracking.

However, modern fixture technology is offering a new path forward.

 "The installation of low-flow and no-flow restroom fixtures does more than cut utility bills—it can make significantly more water volume consistently available to upper floors," Reichardt notes. "We are just realizing this as another critical benefit of building-wide water efficiency."

 

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About Waterless Co., Inc.

Founded in 1991 and headquartered in Vista, California, Waterless Co., Inc. manufactures waterless urinals and restroom products that help facilities reduce water consumption, lower operating costs, and simplify maintenance. Its products are installed in commercial, institutional, educational, and government facilities worldwide. www.waterless.com

Media Contact:

Robert Kravitz, robert.kravitz@outlook.com

312-880-8176

Restrooms cost money

Restrooms are among the most frequently used spaces in many commercial buildings, yet their contribution to facility expenses can be overlooked.

Traditional flushing fixtures consume water every time they are used. Older or poorly maintained plumbing equipment can create additional expenses through leaks, repairs, and unnecessary water use.

Facility managers have an opportunity to look beyond routine cleaning and maintenance.

Could more efficient restroom fixtures help reduce water consumption and improve building operations?

It's a worthwhile question for every facility assessment.

#FacilityManagement #WaterEfficiency #BuildingOperations #WaterlessUrinals

Las Vegas Uses 26% Less Water Than in 2002, Even as Population Grows

Image by David Vives

Nevada's conservation push offers a model for states draining their aquifers, says Waterless Co. founder

California and Texas may disagree on plenty, but they share one distinction: together, they pull more groundwater than any other states, as much as 11 billion gallons a day.

Even after two years of above-average rainfall in both states, aquifers are still being drained faster than they can refill. "Those aquifers took thousands of years to accumulate water," said Klaus Reichardt, CEO and founder of Waterless Co., Inc. "Now they are being depleted in many parts of the U.S., which means that water security could become a real challenge for the United States in the near future."

Nevada, and Las Vegas in particular, shows the trend can be reversed. The city uses 26 percent less water than it did in 2002, despite a much larger population, and officials continue to look for new efficiencies.

How Las Vegas Did It

According to a recent CBS News report and John Entsminger, general manager of the Southern Nevada Water Authority, the effort includes:

  • Indoor water recycling. All water used indoors is treated, recycled and stored in Lake Mead. "You could leave every faucet, every shower running in every hotel room, and it won't consume any more water," Entsminger said.

  • Desert landscaping. The state helps homeowners pay for desert landscaping and sets rules on when and how much water may be used for irrigation.

  • A first-in-the-nation grass ban. A new law prohibits non-functional grass, meaning decorative turf along roadways, at shopping centers and at other commercial sites. It is being replaced with drought-tolerant plants. Watering a square foot of grass in Las Vegas takes 73 gallons a year, Entsminger said, versus 18 gallons for drought-tolerant landscaping.

  • Water-waste patrols. Fourteen inspectors watch for property owners who let water run into outside drains. Fines range from $80 to $1,300.

  • Leak detection. Monitors on the city's water infrastructure have found more than 1,600 underground leaks, saving 300 million gallons, enough to supply 1,800 Las Vegas homes.

  • Efficient restroom fixtures. Many hotels now use compressed-air toilets, which need very little water, and waterless urinals are common in hotels, commercial buildings and schools.

  • Private wells at major resorts. MGM Resorts and the Bellagio have built their own wells, easing reliance on the Colorado River and groundwater. Evaporated water is replaced with treated, recycled water, and the properties have cut consumption by 30 percent over the past three years.

A Long-Term Effort

Entsminger said these measures are part of an ongoing campaign across Nevada. "The situation we're facing today isn't drought. It's the long-term aridification of the desert Southwest. These plans need to be permanent, and they need to build upon themselves every year."

Aridification refers to an area gradually becoming drier and hotter, caused by both natural climatic events and climate change

Why Water Pressure Varies from Floor to Floor in High-Rise Buildings

Image by Luca Zanghierto

VISTA, CA — November 6, 2026 — Maintaining consistent water pressure throughout a high-rise building is more complicated than it may appear. Employees working on upper floors may experience slow-running faucets or inadequate water flow, while occupants on lower levels encounter excessive pressure.

These inconsistencies are not necessarily signs of a major plumbing failure. They often reflect the challenges of distributing water efficiently throughout a tall commercial structure.

According to Klaus Reichardt, CEO and Founder of Waterless Co., Inc., several factors can influence how well a building's plumbing system performs.

"Water distribution in a high-rise requires more than simply delivering water to the building," Reichardt explains. "The system must account for differences in elevation, changing occupancy demands, and the condition of the plumbing infrastructure. Without proper monitoring and adjustments, pressure problems can develop on multiple floors."

Four Common Causes of Uneven Water Pressure

Building engineers and facility managers should pay particular attention to four conditions that can affect water delivery:

  • Building Height and Gravity: The higher water must travel, the more pressure is lost along the way. High-rise buildings typically require separate pressure zones, booster pumps, and properly calibrated pressure-reducing valves (PRVs) to maintain adequate flow throughout the structure.

  • Peak Period Water Consumption: Demand is rarely consistent throughout the day. Morning arrivals, lunch breaks, and employee shift changes can create temporary spikes in water use. When multiple restrooms and other plumbing fixtures operate simultaneously, available pressure may drop in certain sections of the building.

  • Deteriorating Plumbing Infrastructure: Over time, mineral buildup and corrosion can restrict water movement through pipes. Booster pumps may also lose efficiency, while PRVs that are incorrectly adjusted or no longer functioning properly can contribute to pressure fluctuations.

  • Municipal Water Supply Variations: Commercial buildings are also affected by conditions outside their walls. Changes in municipal supply pressure, nearby construction, utility maintenance, and fluctuations in community demand can influence the water entering a property.

A Proactive Approach to Water Management

Rather than waiting for occupant complaints, property managers can take steps to identify pressure problems early. Periodic inspections, pressure testing during high-demand hours, booster-pump maintenance, and routine PRV adjustments can help keep plumbing systems operating as intended.

Water efficiency is another consideration. Reducing unnecessary water consumption can help ease demand on a building's plumbing infrastructure, particularly during periods of heavy use.

"Improving water efficiency is about more than reducing monthly utility bills," Reichardt says. “For commercial buildings, combining regular plumbing maintenance with water-efficient restroom fixtures can support more consistent operations while helping control long-term water and wastewater costs.”

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About Waterless Co., Inc.

Founded in 1991 and headquartered in Vista, California, Waterless Co., Inc. manufactures waterless urinals and restroom products that help facilities reduce water consumption, lower operating costs, and simplify maintenance. Its products are installed in commercial, institutional, educational, and government facilities worldwide. www.waterless.com

Media Contact:
Robert Kravitz, robert.kravitz@outlook.com

Smart Water Management Builds a Stronger, More Resilient Business

Smart Water Management Builds a Stronger, More Resilient Business

As water and wastewater rates across the United States continue to outpace inflation, commercial facilities, manufacturers, and corporate leaders are increasingly treating water management as a core operational risk and financial necessity.

According to research from Bluefield Research, growing demand, severe droughts, and aging municipal infrastructure are making water supplies significantly more expensive and less predictable for business operations.

Beyond utility bills, water scarcity directly impacts supply chain resilience, corporate expansion plans, and overall profit margins.

Water-intensive industries — including semiconductor fabrication, data centers, building management, food and beverage processing, textiles, professional cleaning, and hospitality — face immediate financial and operational incentives to optimize their water usage.

To help business leaders deal with tighter water supplies and rising utility bills, experts point to five reasons to rethink how facilities use water:

1.    Lower costs and supply risk. Managing water as a key input protects against sudden rate hikes and drought restrictions that could cut operations or delay expansion.

2.    Better profit margins. Using less water also reduces the energy needed to heat, pump, and treat it, and lowers wastewater discharge fees.

3.    Stronger investor confidence. Lenders, investors, and frameworks like CDP (formerly the Carbon Disclosure Project) weigh a company's water security when assessing resilience and contract bids.

4.    Regulatory readiness. Reporting rules, discharge limits, and local water restrictions increasingly affect where a business can build or grow.

5.    Measurable resilience. Documented cuts in water, sewer, and energy use offer auditable proof of progress toward sustainability goals.

Practical Capital-Light Improvements Yield Immediate ROI

Transitioning toward a water-efficient enterprise does not always demand complex infrastructure overhauls or excessive capital expenditure. Facilities can implement low-maintenance, practical solutions to achieve immediate returns.

For instance, high-traffic commercial facilities are replacing traditional flushing urinals with advanced waterless urinal technologies, eliminating flush-water consumption, reducing sewer costs, and cutting maintenance expenses related to flush valves and sensors.

"Viewing water management strictly as an environmental initiative limits its strategic value," says Klaus Reichardt, CEO and Founder of Waterless Co., Inc. "When leadership evaluates water efficiency through the lens of business continuity, regulatory compliance, and bottom-line margin expansion, smarter resource management becomes a clear competitive advantage."

Operations and facility management teams are encouraged to audit their baseline water consumption, calculate total life-cycle utility costs, and prioritize high-ROI efficiency upgrades.

Remember: Smart Water Management Builds a Stronger, More Resilient Future

About Waterless Co., Inc.

Founded in 1991 and headquartered in Vista, California, Waterless Co., Inc. manufactures waterless urinals and restroom products that help facilities reduce water consumption, lower operating costs, and simplify maintenance. Its products are installed in commercial, institutional, educational, and government facilities worldwide. www.waterless.com

Media Contact:
Robert Kravitz, robert.kravitz@outlook.com

How Much Do You Know About Saving Water? Take Our 6-Question Challenge

We use water every day, often without giving much thought to how much we consume or where it goes. We shower, wash dishes, flush toilets, and turn on faucets dozens of times a day. But are some of our everyday habits wasting more water than we realize?

And what about the choices businesses make when upgrading their restrooms? Do popular water-saving fixtures always deliver the results they promise?

Take this six-question quiz to find out how much you know about water conservation. Some of the answers may surprise you!

Test Your Water Conservation Knowledge

1. How Much Fresh Water Can We Actually Use?

Roughly 71 percent of the Earth's surface is covered by water. That sounds like an abundant supply, but how much is readily available for human use?

  • A) Less than 1 percent

  • B) 10 percent

  • C) 20 percent

  • D) 25 percent

2. Which Uses More Water: A Shower or a Bath?

You're looking for an easy way to reduce household water consumption. Which option is more water-efficient?

  • A) A five-minute shower

  • B) Filling the bathtub for a bath

3. What's One of the Biggest Sources of Household Water Waste?

Consider these common household activities. Which one has the potential to waste the greatest amount of water?

  • A) Washing dishes after dinner

  • B) Brushing your teeth

  • C) Leaving a leaking toilet unrepaired

  • D) Taking an extended shower

4. What's the Financial Benefit of Repairing Household Leaks?

You discover several small leaks around your home. Fixing them may take some time, but the water savings could be substantial. According to EPA estimates, how much water can the average household save annually by addressing leaks?

  • A) About 1,000 gallons

  • B) About 5,000 gallons

  • C) About 10,000 gallons

  • D) About 18,000 gallons

5. Do Dual-Flush Toilets Always Deliver the Promised Savings?

A commercial property manager replaces conventional toilets with dual-flush models advertised to reduce water consumption by approximately 20 percent. After several months, the building's water bills are reviewed. What might the results reveal?

  • A) Water consumption decreased by the full 20 percent

  • B) Savings amounted to just 5 percent

  • C) Water consumption increased

  • D) There was no measurable difference

6. What Should Businesses Consider When Purchasing Waterless Urinals?

A facility manager is comparing three established waterless urinal manufacturers. The fixtures have similar purchase prices and appear to offer comparable performance. Which factor should carry the most weight in the final decision?

  • A) The lowest initial installation cost

  • B) Which manufacturer has the newest product

  • C) The total cost of ownership over the fixture's useful life

  • D) The length of the manufacturer's warranty

The Answers: How Did You Do?

1. A — Less than 1 percent

Although water covers most of the Earth's surface, the overwhelming majority is salt water. Much of the remaining freshwater is frozen in glaciers and ice caps or otherwise inaccessible. The amount readily available for everyday human use represents less than 1 percent of the planet's total water supply.

2. A — five-minute shower

A typical five-minute shower uses 10 to 25 gallons of water, depending on the showerhead and flow rate. Filling a bathtub requires around seventy gallons. Shortening showers is one relatively simple way households can reduce water consumption.

3. C — A leaking toilet

A toilet that continues to leak can waste as much as two hundred gallons of water daily. That's a considerable amount of water disappearing without providing any benefit.

Not sure whether your toilet is leaking? Try a simple test: add a few drops of food coloring to the tank and wait 15 minutes without flushing. If the color appears in the bowl, water is escaping from the tank.

4. C — About 10,000 gallons

According to EPA’s WaterSense program, household leaks account for substantial water waste. Repairing them can save the average household approximately 10,000 gallons annually. That's enough water for three hundred loads of laundry.

The lesson is straightforward: even relatively minor leaks deserve attention. Left unrepaired, they can add up to significant water waste and unnecessary expense.

5. C — Water consumption can increase

This is an important reminder that advertised water savings don't always translate into real-world performance.

Dual-flush toilets are designed to offer different flush volumes, but mechanical problems, leaking flush valves, and user confusion can undermine their intended efficiency. Some users also double-flush, reducing or eliminating the expected savings.

Research involving U.K. water companies has raised concerns that leaks from dual-flush toilet mechanisms can waste more water than the fixtures were designed to save.

For facility managers, the takeaway is to evaluate actual operating performance, maintenance requirements, and water consumption rather than relying exclusively on advertised efficiency figures.

6. C — Consider the total cost of ownership

The initial purchase price is only one part of the equation when selecting commercial waterless urinals. Replacement components, maintenance frequency, labor, and product longevity can have a significant impact on long-term operating expenses.

For example, Waterless Co.'s EcoTrap cylinder is designed for a longer service life and costs less to replace than some competing systems. Over time, these differences can contribute to lower ownership costs.

For facility managers, the smartest purchasing decision isn't necessarily the product with the lowest upfront price. It's the one that delivers dependable performance and the best overall value throughout its useful life.

How Did You Score?

  • 6 correct: Excellent! You have a strong understanding of water conservation and the decisions that help reduce waste.

  • 4–5 correct: Not bad! You know the basics, but there may be a few opportunities to improve your water-saving habits.

  • 3 or fewer: Time for a little water conservation homework. Start by checking your home or workplace for leaks.

Taking Water Conservation Beyond the Home

Saving water isn't about shorter showers or remembering to turn off the faucet. Commercial buildings also have significant opportunities to reduce consumption, particularly in restrooms, where conventional plumbing fixtures can account for substantial water use.

Replacing conventional flush urinals with waterless alternatives is one way businesses can eliminate urinal flushing water consumption while potentially reducing water and sewer expenses.

Interested in finding out how much water your facility could save? Visit Waterless.com to learn more about waterless urinals and practical approaches to commercial water conservation.

This article builds on an earlier water conservation quiz, with revised questions, explanations, and updated presentation.

6 Key Benefits Why Facility Managers Are Switching to Waterless Urinals

Facility managers across commercial, institutional, and industrial sectors are increasingly replacing traditional flush fixtures with waterless urinals. Driven by rising utility costs, sustainability mandates, and maintenance challenges, the transition offers significant operational and economic advantages. 

Here are the six primary reasons facility managers choose waterless urinals: 

1. Substantial Water and Sewer Cost Savings

The financial return on investment (ROI) is the single biggest driver for adopting waterless technology: 

  • Massive Water Reduction: A single waterless urinal saves between 26,000 and 45,000 gallons of potable water per year, depending on foot traffic and baseline fixture efficiency. 

  • Dual Line-Item Impact: Because most municipal sewer utilities bill based on incoming water volume, savings directly reduce both water consumption and sewer processing fees.

2. Lower Maintenance Burden & Reduced Callouts

Traditional flush urinals contain multiple high-wear, failure-prone mechanical parts: 

  • Fewer Mechanical Failures: Removing flush valves, handles, electronic sensors, and water supply lines eliminates common points of leakage, breakdown, and vandalism. 

  • Predictable Upkeep: Emergency plumbing service calls are replaced by routine, scheduled cartridge maintenance, simplifying facility workflows. 

3. Sustainability, LEED Credits & Drought Resilience

Waterless fixtures play a critical role in corporate green building initiatives:

  • LEED Certification: Water conservation supports key points for LEED (Leadership in Energy and Environmental Design) certification and green building standard compliance.  

  • ESG & Tenant Appeal: Meeting local drought-resilience requirements enhances Environmental, Social, and Governance (ESG) reporting while appealing to eco-conscious tenants.  

4. Improved Hygiene and Odor Control

Contrary to common misconceptions, non-water-using fixtures offer distinct sanitation benefits: 

  • Zero Aerosolization: The absence of a flush cycle prevents the airborne dispersion (aerosolization) of microbes into the restroom environment. 

  • Bacteria-Hostile Surface: Dry surfaces discourage bacterial growth and colony formation.

  • Touch-Free & Sewer Gas Blocking: Non-touch operation minimizes cross-contamination, while specialized liquid sealant cartridges effectively lock out sewer gases.

5. Cheaper, Faster Retrofits and Capital Savings

Installing no-flush urinals is significantly faster and less expensive than traditional installations:  

  • Reduced Construction Expenses: Installers do not need to pull water supply lines, wire electrical connections, or mount complex flush valves. 

  • Minimal Downtime: Lower labor requirements mean faster project completion and reduced disruption to building operations during retrofits. 

6. Reduced Pipe Scaling and Clogging Risks

Drain pipe blockage is a primary concern in commercial restrooms:

  • Less Encrustation: Severe pipe scaling is triggered by the chemical reaction between uric acid and minerals present in flush water. Eliminating flush water significantly slows scale buildup over time.

  • Zero Overflow Risk: Without stuck flush valves or continuous supply flow, the risk of catastrophic restroom flooding is virtually eliminated.

Key Benefits Takeaways for Facility Leaders

  • 26k–45k gallons of water saved / year / unit

  • Direct water & sewer bill reduction

  • No valves, handles, or sensors

  • Fewer emergency plumbing calls

  • No supply lines or electrical connections

  • Lower capital costs & minimal downtime

  • Zero flush aerosolization

  • Touchless operation & bacteria reduction