Waterless Urinals: What AI Says About How They Work and Why They Matter

Waterless urinals are designed to deliver hygienic, odor‑free performance without using a single gallon of water, relying instead on fluid dynamics to block sewer gas. Although cartridge-based and liquid‑replenishment systems achieve the same core function, they differ significantly in how they’re maintained, how much they cost over time, and how much waste they generate.

1. Structural & Operational Differences

Cartridge-Based Waterless Urinals

• Use a replaceable, recyclable, plastic cartridge installed in the fixture outlet.

• Cartridges contain internal baffles and engineered sealing fluids.

• When the life of the cartridge ends, staff should remove the entire cartridge with a key tool and dispose of it.

• Predictable, standardized replacement cycles.

Liquid-Replenishment (Trap Insert) Systems

• Use a replaceable, trap insert (e.g., EcoTrap).

• Maintenance focuses on adding sealant fluid (such as BlueSeal) directly into the trap.

• Inserts last far longer and are replaced only occasionally.

• Lower waste and fewer specialized parts.

2. Cost & Maintenance Comparison

Consumable Costs

Other Cartridge Based Systems are higher cost. Cartridges cost $30–$50+ each and last 1,500–7,000 uses.

Liquid Replenishment are lower. Sealant fluid costs pennies per refill; trap inserts such as the EcoTrap last 2,000–7,000 uses.

Environmental Impact

Cartridge Based Systems. Nonrecyclable cartridges create more plastic waste due to discarded cartridges.

Liquid Replenishment systems. Minimal plastic waste; bulk liquid replaces single-use housings.

Maintenance Routine

Cartridge Based Systems. Simple swap: remove cartridge, clean, install new one.

Liquid Replenishment systems. Quick top-off: pour sealant into the cartridge as needed.

Tolerance to Accidental Water

Water can wash out cartridge sealant fluid, requiring early replacement.

If water flushes out fluid, simply add 2–3 oz of sealant—no hardware replacement.

3. Daily & Routine Cleaning Best Practices

• Use pH-neutral cleaners designed for waterless fixtures.

• Never dump mop water or large volumes of liquid into the urinal—this removes the sealant barrier.

• Avoid harsh chemicals like bleach, acids, or caustic drain openers.

• Wipe surfaces instead of heavy spraying to prevent overwhelming the trap.

• Liquid systems: Top off sealant fluid straight into the cartridge.

• Cartridge systems: Remove and replace the cartridge; clean the housing.

During cartridge changes:

• Flush the drain line with 1–2 gallons of warm water to clear sediment in the drain line before reinstalling the trap.

Pro Tip: Post a “Do Not Pour Mop Water Here” sticker near the fixture or in the janitorial closet. Staff training is the #1 factor in long-term performance.

The Bottom Line

Waterless urinals are simple to care for but still dependent on good maintenance. Both cartridge-based and liquid-replenishment systems deliver reliable, odor-free performance when serviced correctly—but they differ sharply in cost, sustainability, and ease of upkeep. Cartridge systems offer predictable, plug‑and‑play replacements, while liquid-replenishment systems deliver lower long-term costs, less plastic waste, and simpler day‑to‑day care.

For facilities focused on lower operating costs, reduced environmental impact, and straightforward maintenance, liquid-replenishment systems typically provide the strongest long-term value. These are the ones found in urinals marketed by Waterless Co., Inc.

Rising Water Rates Drive Demand for Water-Efficient Technologies, Reports Waterless Co., Inc.

VISTA, Calif. – July 21, 2026 – As commercial property managers nationwide face escalating utility expenses, a new report from Waterless Co., Inc. highlights how surging local water and sewer rates are accelerating the shift toward commercial water efficiency.

While the analysis focuses on Chicago’s utility structures, market analysts stress that these financial pressures are impacting commercial real estate from coast to coast.

The Double-Charge Dilemma: Dual-Billing Amplifies Utility Costs

Many municipalities nationwide bill sewer services at the exact same rate as freshwater consumption. In Chicago, for example, the combined rate sits at approximately $9.76 per 1,000 gallons. This means every gallon of water consumed—and subsequently flushed down the drain—incurs a double charge.

To address this, reduce costs, and improve sustainability, building owners are advised to install waterless urinals. Here’s why:

• Industry data shows that a single waterless urinal saves up to 26,000 gallons of water annually.

• A midsize commercial facility consuming 300,000 gallons per month can reduce total water usage by 15% to 25% by upgrading to no-water fixtures, resulting in significant annual utility savings.

This drive to modernize comes as municipal utility rates continue an upward trajectory. Chicago’s recent 2.43% increase in select municipal service fees reflects a broader national trend of rising water prices driven by aging infrastructure and shifting demand.

High-Traffic Commercial Sectors Leading the Shift to Waterless Restrooms

"Waterless urinals are proving to be one of the highest-impact, lowest-disruption retrofits for buildings facing rising water and sewer costs," said Klaus Reichardt, Founder and CEO of Waterless Co., Inc.

According to the analysis, key sectors adopting no-water restroom technologies to hedge against rising rates include:

• Downtown Class A Office Buildings

• Large Educational Campuses

• High-Volume Transit Hubs (airports, train stations, and bus terminals)

• Municipal and Government Buildings

• Major Healthcare and Hospital Facilities

A Coast-to-Coast Commercial Real Estate Trend

The economic pressures prompting Midwest building owners to adapt are reflected in metropolitan areas across the United States.

"We used Chicago as a key benchmark because it represents major metropolitan infrastructure," Reichardt added. "The cost trends occurring there serve as an indicator of what is happening—or will soon happen—in commercial markets nationwide."

About Waterless Co., Inc.

Pioneering water conservation since 1991, Waterless Co., Inc. introduced no-flush urinal technology to North America. Headquartered in Vista, California, the company remains a market leader in commercial water efficiency, offering a complete line of Waterless No-Flush™ urinals, eco-friendly cleaning solutions, and cost-saving restroom accessories.

To learn more about reducing commercial building utility costs, visit www.waterless.com.

Media & Company Contact Information

Waterless Co., Inc.

1050 Joshua Way

Vista, CA 92081 USA

Phone: 800.244.6364

Email: sales@waterless.com

Media Contact: Robert Kravitz

Phone: 312-880-8176

Email: robert.kravitz@outlook.com

Heat What Employers Need to Know

Five Essential Steps for Cleaning Waterless Urinals

1. Know Your Trap Type: The cylinder or cartridge at the bottom of the urinal (often called an eco-trap or membrane trap) keeps sewer gases from entering the restroom. Different brands use different trap technologies, and each has its own replacement schedule and chemical sensitivities.

2. Use Neutral Cleaners: Avoid high-pH or harsh chemical cleaners, which can ruin the sealant inside the traps. Instead, use a neutral, all-purpose cleaner to protect the cartridge and prevent odors.

3. Spray Down, Wipe Up: When cleaning, spray the disinfectant from the top down, but wipe from the bottom up. This prevents excess liquid and dirty water from pooling and draining into the cartridge, which can wash away the protective sealant.

4. Spray the Cloth, Not the Fixture: When applying disinfectant, spray it directly onto a microfiber cloth rather than soaking the urinal itself. This keeps excess liquid from dripping into the cylinder. Always use a dedicated microfiber cloth, never paper towels or cloths used on toilets and counters.

5. Replace Cartridges on Schedule: Don't wait for odors to appear before changing the cartridges. Depending on the manufacturer and how much foot traffic your restroom gets, you should replace the cylinders every 2 to 6 months.

Water Efficiency Isn’t Just Technology—It’s Behavior

Advances in water-efficient technology over the past two decades have been significant.

From drought-resistant crops to high-efficiency appliances and waterless systems, innovation has helped reduce water use across agriculture, residential, and commercial sectors. These improvements are critical as utilities and communities face growing pressure from climate change, population growth, and aging water infrastructure.

But there is a persistent gap in how we approach water conservation.

Technology alone does not guarantee lower water use.

The Rebound Effect in Water Use

One of the most overlooked challenges in water efficiency is the rebound effect—when efficiency gains lead to increased consumption.

For example, users may take longer showers when using low-flow fixtures because they perceive them as “saving water.” The result is that expected water savings are partially—or completely—erased.

This dynamic highlights a key issue in water demand management: human behavior can undermine even the most advanced technologies.

Water Efficiency Requires Behavior Change

To achieve sustained reductions in water use, utilities and policymakers must adopt a two-part strategy:

• Implement water-efficient technologies that permanently reduce water consumption

• Influence user behavior through targeted interventions

A perfect example of the first strategy is transferring to waterless urinals.  They use no water, do not need water to work effectively, and save thousands of gallons of water day after day.

The second, behavior change, can best be explained in the case study below.

Case Study: Behavioral Nudges in Belen, Costa Rica

A widely cited example of behavior-based water conservation comes from Belen, Costa Rica—a community facing increasing water stress due to climate change and infrastructure leakage.

Despite awareness campaigns, residents believed they were already conserving water. At the same time:

• Most did not understand their actual water consumption

• Water bills were difficult to interpret

• There was no visibility into how their usage compared to others

This is a common challenge across many utilities in North America as well.

Low-Cost Interventions, Measurable Results

To address these issues, local officials redesigned water bills and introduced behavioral nudges:

• Red indicators signaled above-average water use

• Green indicators reinforced efficient behavior

• Social comparison provided context relative to neighbors

• Goal-setting prompts encouraged residents to commit to reducing water use

Over an eight-month period:

• Households receiving peer comparison feedback reduced water use by 1.5%

• Those who also committed to specific goals reduced usage by nearly 2%

These results demonstrate how small, low-cost interventions can deliver measurable improvements in water conservation.

Why This Matters for Water Utilities

For water professionals, this case reinforces an important principle:

Behavior is a critical component of water infrastructure performance.

Utilities often invest heavily in physical systems but underutilize behavioral tools such as:

• Usage feedback and benchmarking

• Simplified, transparent billing

• Social norm messaging

• Customer engagement strategies

These approaches are inexpensive, scalable, and highly effective in reducing water demand.

The Path Forward

As water scarcity intensifies across regions in the U.S. and Canada, integrating behavioral science into water conservation strategies will become increasingly important.

Efficiency is not just about better fixtures or systems—it is about how people use them.

And in many cases, a well-designed nudge can achieve what technology alone cannot.

-Klaus

How to Design Effective Water Efficiency Messaging

Image by Pixabay found in Prexels

As climate change accelerates droughts and threatens local water security, building owners, facility managers, and public health officials face a growing challenge: how to inspire meaningful, long-term water efficiency and conservation.

While infrastructure upgrades are vital, human behavior remains a critical piece of the puzzle. The right communication strategy can drastically reduce water waste, but a poorly designed campaign can easily backfire.

Here is a breakdown of which water conservation messaging strategies deliver results, which ones miss the mark, and the science behind why they succeed or fail.

1. The Pitfalls of Punitive Messaging (Warnings)

When designing a sustainability campaign, the natural instinct might be to issue strict warnings or highlight the penalties of wasting water. However, threat-based and punitive messaging rarely works over the long term.

• The Psychological Backlash: Warning tenants or employees about fines, restrictions, or reprimands often triggers defensiveness. Instead of cooperating, people may ignore the warnings, resent the management, or even engage in "reactant behavior"—doing the exact opposite of what is requested.

• The Motivation Gap: Negative framing makes occupants feel criticized rather than empowered. Psychologically, people want to view themselves as active contributors to the social good. When messaging focuses entirely on punishment, it strips away their internal motivation to do the right thing.

2. Visceral Imagery (Using Fear Responsibly)

"Fear-based" messaging has a place in environmental communication, but only if it is used to highlight collective risk rather than individual blame.

• Show, Don't Scold: Instead of threatening occupants, effective campaigns use stark, visual contrasts to illustrate the stakes. Showing a thriving local ecosystem side-by-side with a dried-up reservoir or a dry riverbed triggers an immediate emotional response.

• The Cape Town Example: During South Africa's severe "Day Zero" water crisis, some of the most impactful public service announcements didn't lecture the public. Instead, they featured striking photos of dry lakebeds and fish skeletons.

• The Catch: Emotional urgency is excellent for jumpstarting behavior change, but its impact naturally fades over time. To maintain momentum, a high-stakes visual campaign must be paired with practical, day-to-day solutions.

3. Evidence-Based Communication (The Power of Facts)

An educational, data-driven approach appeals to logic. By presenting clear, digestible metrics, you can prove to occupants that their conservation efforts are both necessary and impactful.

• Contextualize the Problem: A successful fact-based campaign explains the why behind the crisis. For example, during their drought recovery, Cape Town officials released an educational video detailing how record-setting rainfall in 2013 gave way to years of historic dry spells, cutting local reservoir levels in half.

• Keep it Visual: Numbers on a page won't change minds. For commercial buildings or multifamily properties, translate abstract data into memorable visuals. Instead of listing gallons saved, show how those savings equate to filled swimming pools or daily household usage.

4. Engagement Through Humor (The Power of Fun)

Many marketing experts refer to humor as the ultimate secret weapon in public relations. With digital fatigue at an all-time high, you have only a few seconds to capture an audience's attention. Playful, high-energy campaigns can break through the noise.

• Creative Campaigns in Action: During a historic California drought, the city of Santa Monica launched lighthearted initiatives to keep conservation top-of-mind. This included a playful "Doggie Dishwasher Contest" (joking about pets licking plates clean to save water) and viral-style videos of residents showering fully clothed to wash their laundry at the same time.

• Maximizing Reach: While facility managers don't need to go to extremes, integrating lighthearted trivia, gamified challenges, or friendly department competitions can make sustainability feel like a community effort rather than a chore.

Why Facility Managers Are on the Front Lines of Conservation

For decades, clean tap water in the United States has been readily available and heavily subsidized. Because of this, generations of consumers have never had to actively think about their daily water footprint.

But the landscape is shifting. Population growth is driving up demand, aging infrastructure is driving up utility costs, and unpredictable weather patterns are disrupting municipal supplies.

By utilizing a strategic blend of emotional visuals, hard facts, and engaging campaigns, building managers can drive real behavior change in the workplace—encouraging habits that occupants will ultimately carry home with them into the wider community.

-Klaus

Are waterless urinals really easy to clean? 🛠️

It’s one of the most frequent questions facility managers and cleaning pros ask.

The short answer: Yes. In fact, they usually take just a few minutes per fixture.

If you are looking to slash water bills and reduce plumbing service calls, keeping waterless urinals running efficiently boils down to just two simple tasks:

1️⃣ Refilling the Sealing Liquid: Adding ~3 oz of BlueSeal® takes about 20 seconds. You don't need to do this daily; frequency depends entirely on foot traffic. (For example, a restroom with up to 75 daily users only needs a refill about once a month).

2️⃣ Replacing the Cartridge: Swap out the EcoTrap® cartridge as needed to ensure proper drainage and complete odor control.

What about daily cleaning? It’s just like a traditional fixture, with one rule: swap abrasive scrubbers for a soft cloth and a non-abrasive cleaner. For an even faster turnaround, you can spray a specialized cleaner like Nviro-Clean™ and leave it—no scrubbing required.

Minimal maintenance, lower operating costs, and major water savings.

👇 Facility managers and cleaning pros, here are more sweet and easy urinal cleaning tips here:

https://www.linkedin.com/pulse/how-much-maintenance-do-waterless-urinals-require-reichardt--vkyec

Waterless Urinals Save Much More than Water

Rethinking Restroom Operations: The Business Case for Waterless Urinals

For facility managers overseeing high-traffic commercial and institutional buildings, managing water costs and reducing maintenance headaches are constant priorities.

While efficient flush systems help, waterless urinals offer a different approach by removing both water demand and several common maintenance variables entirely.

Here is why more facility teams are evaluating them as a practical, high-impact upgrade:

🚀 1. Retrofit-Friendly Installation

Ease of installation is often a deciding factor when upgrading existing infrastructure. Waterless urinals are designed to work smoothly within existing layouts:

• Plug-and-Play: Compatible with standard 2-inch waste lines (and adaptable to 1.5-inch lines with a reducer).

• Minimal Scope: No need for water supply lines, flush valves, sensors, or electrical connections. This makes them an excellent fit for retrofits where minimizing construction downtime is critical.

🛠️ 2. Fewer Moving Parts = Fewer Failure Points

Traditional urinals rely on a network of valves, sensors, and supply lines—all of which introduce potential failure points. By eliminating these components, you eliminate the risks:

• No flush valves to repair or replace.

• No sensors or handles to malfunction.

• No leaks tied to pressurized supply lines. For facility teams, this directly translates into fewer emergency service calls and reduced reactive maintenance.

👃 3. Predictable Odor Control & Maintenance

Instead of a traditional water-filled trap, waterless systems use a replaceable cartridge system containing a sealing liquid. This liquid forms a strict barrier that prevents sewer gases and odors from escaping.

Adopting these systems doesn't add complexity; it just shifts the routine:

• Daily cleaning is highly similar to conventional fixtures.

• Cartridge replacement becomes a planned, predictable task tied to usage volume.

• The absence of flush water can actually reduce scale buildup and uric acid blockages in drain lines.

📈 Where Do They Deliver the Most Value?

Waterless urinals aren't a universal fix, but they thrive in:

• High-traffic environments where frequent flushing drives up water and sewer costs.

• Facilities with aging infrastructure prone to leaks.

• Buildings pursuing strict water reduction targets or green certifications (like LEED).

🔍 The Bottom Line

Operational fit matters. Success with waterless urinals comes down to aligning them with your existing maintenance workflows and ensuring staff familiarity with cartridge schedules. When those factors click, they serve as a low-complexity, high-impact asset within a broader facilities strategy.

Survey finds Why Facility Managers are Switching to Waterless Urinals—and it’s not just about water

Image by Kampus found on Prexels

A survey of facility managers across Southern California and Arizona this year asked a simple question: Why choose waterless urinals over conventional ones?

The answers point to a broader shift in how the industry thinks about this fixture.

Top motivators:
💧 Water savings and lower utility bills — no surprise, given that water rates have jumped 20–60% in Southern California and up to 50% in Arizona

🔧 Lower maintenance demands

👃 Better odor control

🖐️ Touchless hygiene

🏗️ Easier installation

📉 Less staff training required

🛡️ Reduced vandalism
 
Why it matters
Rising water and sewer costs. Drought concerns. Sustainability targets. Maintenance challenges.

Waterless urinals sit at the intersection of all four, which is why they are showing up more often in schools, airports, offices, and other high-traffic public buildings.

The bigger takeaway: waterless urinals are no longer just a “green building” checkbox. They are becoming a practical response to real operating costs.

For facility managers, especially those in water-stressed regions, these are compelling reasons to consider waterless urinals.