Why Waterless Urinals Are Gaining Serious Momentum in 2026

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For professionals in facilities management, operations, or sustainability, certain infrastructure upgrades are becoming impossible to ignore.

Waterless urinals now sit at the center of three major organizational pressures: escalating utility rates, limited maintenance staffing, and intensified mandates for water conservation.

Today, forward-thinking teams are moving beyond viewing waterless urinal technology as a purely "green" initiative. Instead, they are evaluating it as a strategic operational shift to reduce maintenance and operating costs.

1. From "Eco-Friendly" to "Operationally Essential"

The primary argument for non-water-using fixtures has evolved. While the environmental impact remains significant, the focus has shifted toward mechanical simplicity and superior performance in high-volume restrooms.

By eliminating the flush mechanism in conventional urinals, facility managers can reduce complexity, making it much easier to justify the investment in waterless urinals during tight budget cycles where every dollar must show a clear ROI.

2. The Integration of Intelligent Maintenance

Another defining trend for 2026 is the rise of data-driven restroom management. Modern building sensors and connected platforms now allow teams to monitor usage patterns with high precision.

This technological shift moves maintenance away from rigid, calendar-based schedules toward a more proactive, usage-based model. As large-scale public projects - such as the recent water-positive initiatives at India’s Jaipur International Airport - gain global attention, it becomes clear that waterless urinals are a vital part of a broader, smarter building ecosystem.

3. High-Traffic Venues Lead the Way

The most compelling results are consistently found in high-occupancy environments. Institutions like:

  • Transit Hubs & Airports

  • Educational Campuses

  • Stadiums & Entertainment Venues

  • Commercial Office Towers

In these settings, the sheer volume of users makes water savings and the reduction of mechanical repairs easy to quantify and track over the long term.

4. The Financial Catalyst

Ultimately, the bottom line is what drives leadership to act. Traditional urinals rely on valves and internal components that inevitably require service and replacement. By removing these failure points, facilities can improve operational uptime and eliminate many common plumbing disruptions.

In regions with high utility and sewer rates, the payback period for switching to waterless urinal technology is shorter than ever. When you combine reduced water bills with lower labor costs for repairs, the business case becomes a matter of fiscal resilience.

The Takeaway

In 2026, waterless urinals are no longer a niche alternative. For organizations looking to optimize performance while controlling costs, this is an upgrade that delivers immediate value.

Are you noticing an increased demand for water-efficient restroom solutions in your buildings?

— Klaus

What’s Behind the Steep Rise in the Cost of Beef?

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Why Your Steak Is Getting More Expensive: The Crisis Behind the Price Tag

If you eat meat, your grocery receipts have likely been delivering some sticker shock lately. Over the last half-decade, certain cuts of beef have jumped in price by as much as 40%. This isn't just standard inflation; it’s the result of a perfect storm hitting the American ranching industry.

Here is a look at why beef costs are soaring and why the market won't be cooling down anytime soon.

The 75-Year Low: A Herd in Decline

The American cattle population has dwindled to its smallest size since the Truman administration. This massive contraction is fueled by three primary issues:

  • Climate Stress: Persistent, multi-year droughts.

  • Economic Pressure: Skyrocketing costs for livestock feed.

  • Demographics: An aging population of ranchers with fewer young people entering the trade.

The Role of Drought

Drought is the "invisible hand" pushing prices up. Across the West and the Great Plains, parched grasslands have left ranchers without the natural resources needed to sustain their animals.

In a desperate move to stay afloat, many producers have been forced to sell off their breeding cows. Because these are the animals responsible for future generations of calves, selling them today guarantees a supply shortage tomorrow.

Why We Can’t "Fix" It Quickly

Unlike manufacturing, you can’t simply turn a dial to increase beef production. It takes roughly two years to raise cattle for market, and even longer to rebuild a decimated herd. Experts, including Oklahoma State University’s Derrell Peel, suggest that consumers shouldn't expect significant relief for several years.

Market Monopolies and Pricing

Beyond the farm gate, the "Big Four" meatpackers—Tyson, JBS, Cargill, and National Beef—control about 85% of the grain-fed cattle market. This extreme concentration has caught the attention of the Department of Justice, which is currently investigating whether these industry giants are engaging in unfair pricing practices.

The Numbers: Paying More, Buying More

The financial shift is stark. Between March 2025 and March 2026, the average price of beef climbed from $8.70 to over $10.00 per pound. Interestingly, American demand remains ironclad. In 2025, consumers spent a record $45 billion on beef, showing that despite the cost, appetite for steak and burgers isn't fading.

Looking Upstream: The Water Efficiency Solution

While we can’t make it rain, we can change how we manage the water we have. Improving water resilience is a two-pronged approach:

1.    Water Conservation: Temporary measures to cut back during emergencies.

2.    Water Efficiency: Long-term infrastructure changes that use less water to get the same job done.

One practical example of efficiency is the adoption of waterless urinals in commercial buildings. By eliminating water waste in our infrastructure, we reduce the total strain on our water systems. Scaling these kinds of technological shifts—from industrial restrooms to agricultural irrigation—is essential for mitigating the drought cycles that eventually hit our wallets at the checkout line.

The Bottom Line: A supply crisis years in the making will require years of recovery. Until the rains return and the herds rebuild, high prices are the new reality.

Understanding the Rapid Rise of Waterless Urinals in Airports

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While no single report tracks every single eco-friendly fixture worldwide, the data is clear: major international hubs are rapidly adopting waterless urinals to meet aggressive sustainability goals.

This is according to The Airport Waterless Urinal Market Research Report 2033. The report, published by Growth Market Reports (Ontario, Canada), found that sustainable sanitation is no longer a niche trend in aviation—it is a global standard.

Key Insights from the Airport Waterless Urinal Market Report:

  • Current Market Value: The global airport waterless urinal market size was valued at USD 312.8 million in 2024, reflecting widespread adoption across major transit facilities.

  • Accelerated Growth: The market is projected to expand at a Compound Annual Growth Rate (CAGR) of 7.2% from 2025 to 2033.

  • Future Forecast: Driven by strict environmental regulations and the rising cost of utilities, the market is forecasted to reach USD 587.1 million by 2033.

Why Modern Airports are Installing Waterless Urinals

Airports function as massive, high-traffic cities. Because they operate 24/7 and host millions of travelers, restroom facilities represent one of the largest sources of commercial water consumption.

Aviation authorities are turning to no-flush technology for several critical reasons:

  • Massive Water Savings: Upgrading to a waterless urinal allows airports to save up to 35,000 gallons of water per unit annually.

  • Green Building Certifications: Implementing waterless urinal technology helps airports earn vital points toward LEED and BREEAM certifications, which are now standard prerequisites for global airport renovations and new terminal construction.

  • Operational Cost Reductions: Lower water usage directly translates to decreased utility costs and reduced strain on municipal wastewater systems.

Did You Know?

India’s Jaipur International Airport has successfully installed waterless urinals and is now recognized as one of the few elite, water-positive airports in the world—meaning it returns more potable water to the local ecosystem than it consumes.

To learn more about their successes and how they accomplished them, read our in-depth analysis on Thirsty Giants: Water Use at Major Airports.

Global Examples: International Hubs Leading in Sustainable Sanitation

Major European and international transit hubs are proving the rapid return on investment (ROI) and reliability of water-efficiency technologies:

Airport & Proven Environmental & Operational Impact

Brussels Airport: Saves an impressive thirty-two million liters of drinking water every single year.

Copenhagen Airport: Achieved rapid profitability within a 14-month installation timeframe.

Geneva Airport: Long-term, large-scale deployment of waterless urinals and other water reducing technologies

Belfast Airport: Prioritized commercial water conservation to meet strict local environmental mandates.

Grenchen Airport Switzerland; Early pioneer in utilizing fully automated, self-cleaning waterless systems.

 Sustainability is the New Standard in Airport Design

The shift toward sustainable plumbing infrastructure is happening at every tier of the aviation industry, not just at multi-terminal international hubs.

"By installing waterless urinals, these airports have shown they are reducing water consumption and taking steps to use water more wisely, responsibly, and efficiently," says Klaus Reichardt, CEO and founder of Waterless Co., Inc., a pioneer in the industry since 1991.

"And it’s not just large airports like those mentioned above," Reichardt adds. "Hundreds of airports worldwide—from small regional hubs to major international gateways—now have waterless urinals. The number is increasing steadily as sustainability becomes a fundamental standard in airport design and modern facility renovation."

Related Articles & Resources

Indian Airport Becomes Country’s second Water-Positive Airport

Official Image of Jaipur International Airport

Jaipur International Airport has officially become the first airport in Rajasthan—and one of only a handful globally—to achieve water-positive status. According to a recent audit, the airport now replenishes significantly more water than it consumes, setting a new benchmark for sustainable aviation infrastructure in India.

Between April 2025 and March 2026, Jaipur Airport consumed 27.3 million gallons of water. However, it successfully conserved and replenished 36.2 million gallons through advanced rainwater harvesting, recycling systems, and updates in its many restrooms – where huge volumes of water are consumed.

This means the airport replenished roughly 33% more water than it used, making it the second water-positive airport in Northern India after Delhi’s Indira Gandhi International (IGI) Airport.

The official water-positive certification was awarded by Bureau Veritas, a leading global testing, inspection, and certification firm, following a rigorous assessment of the airport's water management systems.

How Jaipur Airport Achieved Water-Positive Status

Operating in a notoriously water-scarce region, the airport's sustainability strategy rests on three primary pillars of modern water management:

  • Advanced Rainwater Harvesting: The airport utilizes 18 deep aquifer recharge pits specifically designed to capture rainwater and aggressively replenish local groundwater reserves.

  • 100% Water Recycling: A comprehensive waste-water treatment system ensures that 100% of the airport's sewage and wastewater is treated and entirely reused for on-site gardening and green landscaping.

  • Smart Consumption Reduction: The facility integrated sensor-based tap fittings, waterless urinals, and digital flow meters to drastically cut daily water waste and track usage in real-time.

"Operating in a water-scarce region, Jaipur International Airport has always been committed to efficient water management." — Jaipur International Airport Spokesperson

Scaling Sustainability in Aviation

Achieving this milestone is no small feat given the scale of the facility. Jaipur International Airport spans 776 acres and operates roughly 120 daily flights. In the 2024–25 fiscal year alone, the airport seamlessly managed over 6 million passengers while simultaneously reducing its environmental footprint.

As eco-tourism and green aviation demand rise, Jaipur's successful model proves that large-scale infrastructure can thrive while protecting vital local resources.

(Source: The Times of India, April 28, 2026)

What Is Water Efficiency? (And Why It Matters)

Water efficiency is the practice of using advanced water-saving technologies and smarter operational processes to reduce waste while maintaining performance. While water conservation focuses on simply using less water, water efficiency is about accomplishing more with less across residential, commercial, and industrial applications.

By prioritizing water efficiency, businesses and homeowners can reduce their environmental impact, lower operating costs, and help preserve water supplies for future generations.

5 Key Benefits of Water Efficiency

  • Reduces Water Consumption: Modern technologies significantly lower the amount of water needed for daily operations.

  • Cuts Carbon Emissions: Treating, transporting, and heating water requires energy. Using less water reduces greenhouse gas emissions.

  • Lowers Energy Costs: Water efficiency decreases the electricity and fuel needed to pump and heat water.

  • Reduces Utility Expenses: Efficient plumbing fixtures and systems can immediately lower water and sewage bills.

  • Protects Natural Ecosystems: Reduced water demand helps preserve rivers, lakes, and underground aquifers while supporting biodiversity.

Maximizing School Savings: The Impact of Waterless Urinals

A collaborative study led by Texas A&M University recently highlighted the massive environmental and financial benefits of switching to waterless urinal systems. By surveying 79 facility managers and modeling a hypothetical elementary school of 300 male students, researchers illustrated the stark contrast between traditional plumbing and modern waterless technology.

The Comparison: Traditional vs. Waterless

The study focused on an 180-day school year where eight urinals were each used twice daily per student. Researchers compared standard urinals (consuming one gallon per flush) against the Waterless Co. EcoTrap® system.

The study found the following:

  • Annual water consumption of the conventional urinals: 864,000 Gallons

  • Annual water consumption of the waterless urinals: 0

  • Annual water related cost of the conventional urinals: $4,130

  • Annual water-related costs of the waterless urinals: $0

  • Maintenance of the conventional urinals: $0

  • Maintenance of the waterless urinals: $104. (charges for inserting new cartridges)

Significant Financial & Environmental Gains

The data suggests that a single elementary school could conserve nearly 900,000 gallons of potable water annually. Beyond the water itself, the financial shift is dramatic: replacing expensive water and sewer fees with affordable trap inserts (costing roughly $6.50 each) results in overhead savings exceeding 90%.

Furthermore, traditional urinals often incur hidden costs through mechanical repairs and pipe maintenance, which are virtually eliminated with non-flushing systems.

The "Domino Effect" of Conservation

The Texas A&M study concludes that adopting waterless technology triggers a powerful chain reaction of sustainability:

  1. Lower Demand: Utilities treat and pump less water.

  2. Reduced Waste: Lower wastewater volume decreases the burden on treatment plants.

  3. Energy Efficiency: Less pumping and treatment directly reduces the electricity required for water management.

  4. Resource Preservation: Conserving water ultimately preserves the natural resources used to generate power.

By making the switch, facilities don't just save money—they actively reduce their total carbon footprint.

The Hidden Cost of AI: Why Your Water Bill is Rising

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Until recently, Artificial Intelligence (AI) was viewed as a distant "future trend." That changed overnight. The rapid adoption of AI technologies has caught even industry leaders off guard, but for building owners and managers, the impact is hitting an unexpected place: the utility bill.

AI data centers require massive amounts of water for cooling. As these facilities multiply, they strain municipal water supplies, leading to higher utility rates for everyone downstream. With building occupancy rising, water costs are becoming a critical line item in operating budgets.

Paradoxically, the solution to the "AI water problem" is AI itself. Here is how building owners can use AI-powered water conservation strategies to protect their bottom line.

1. Shift to AI-Powered Proactive Maintenance

Traditional maintenance is reactive or based on rigid schedules that don't account for real-time wear and tear. AI-powered maintenance systems use IoT sensors to monitor vibration, heat, and usage patterns.

By using AI to forecast equipment failure, managers can:

  • Extend the lifespan of expensive mechanical systems.

  • Generate autonomous service tickets before a leak occurs.

  • Reduce emergency repair costs and tenant disruptions.

2. Eliminate "Ghost Flows" with Real-Time Detection

Many managers don't realize they have a leak until a massive utility bill arrives. These "ghost flows" waste thousands of gallons and cause hidden structural damage.

AI-driven systems can differentiate between minor issues—like a running toilet—and catastrophic failures like a burst pipe. When a serious leak is detected, these systems can automatically trigger shutoff valves, preventing financial loss and expensive property damage.

3. Implement Condition-Based Restroom Maintenance

In commercial facilities, restrooms account for the largest share of water consumption. Conventional flush urinals alone can consume up to 35,000 gallons of water annually.

While waterless urinals are a superior alternative, they still require maintenance. AI helps transition this from a "fixed schedule" to "condition-based" maintenance:

  • Smart Sensors: Alert staff only when a cartridge actually needs replacement, reducing waste.

  • Efficiency Monitoring: AI tracks flush frequency and volume for high-efficiency toilets, ensuring they maintain the engineered 1.28 gallons per flush and don't degrade over time.

The Bottom Line: Future-Proofing Your Facility

AI is evolving faster than most anticipate. By integrating AI-driven water management today, owners can operate more efficiently, slash overhead, and improve the tenant experience. In an era of rising rates, proactive water conservation isn't just a sustainability goal—it’s a financial necessity.

Author Bio

Klaus Reichardt is the founder and CEO of Waterless Co. LLC in Vista, California. A recognized authority on water conservation since 1991, he leads the industry in innovative plumbing solutions, including the Waterless No-Flush urinal.

10 Most Water-Stressed States in the US in 2026

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The U.S. water crisis has reached a critical tipping point in 2026. As of April, record-breaking spring droughts have left over 62% of the Lower 48 states in moderate to exceptional drought conditions.

While the Southwest remains the "ground zero" for scarcity due to the shrinking Colorado River, a surprising shift has occurred: the Southeast is currently battling an unprecedented spring emergency, with 94% of the region under severe drought stress.

Based on the latest data from the U.S. Drought Monitor and the World Resources Institute, these states face the highest risk to their residential, agricultural, and industrial water supplies.

🌵 1. Arizona

Arizona faces severe shortages due to over‑allocation of the Colorado River and shrinking groundwater. Mandatory cutbacks are already in effect, and parts of Phoenix have halted new housing developments because they cannot prove a 100‑year water supply.

🎰 2. Nevada

Nevada receives only a tiny fraction of Colorado River water, making Las Vegas one of the most water‑vulnerable cities in the U.S. The state has passed aggressive conservation laws, including a ban on irrigating “nonfunctional grass” starting in 2027.

🌾 3. California

California faces a double crisis: reduced Colorado River allocations and rapid groundwater depletion, especially in the Central Valley. Several aquifers are already in critical overdraft and placed on probation by the state.

🏜️ 4. Utah

Utah is part of the Colorado River Basin and is experiencing growing water stress as population growth and drought reduce available supply.

🏺 5. New Mexico

New Mexico struggles with overuse and groundwater depletion, worsened by declining snowpack and heavy agricultural demand.

🌄 6. Colorado

Colorado’s water demand is rising while Colorado River flows decline. Growing cities and agriculture are intensifying pressure on limited supplies.

🐊 7. Florida

Less obvious but increasingly stressed, Florida faces shrinking aquifers and saltwater intrusion in coastal areas.

🌽 8. Kansas

Kansas depends heavily on the Ogallala Aquifer, which is being depleted faster than it can recharge, threatening farms and towns.

🤠 9. Texas

Texas faces regional water shortages, especially in the High Plains and drought‑prone western counties, where demand is approaching supply.

🍑 10. Georgia

Georgia is experiencing localized scarcity, especially in rapidly growing metro areas where demand is outpacing available freshwater.

Each of these states is implementing measures to tackle their respective water challenges. In Georgia, for example, communities with populations of 3,300 or greater are mandated to conduct water audits and employ water loss control systems.

Additionally, residents and businesses are being encouraged—through regulatory requirements or financial incentives—to install 1.28 gallon per flush toilets and waterless urinals. These measures significantly decrease water usage and promote efficient, responsible management of water resources.  

10 Countries Most Impacted by Water Scarcity Right Now

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As of April 2026, the most acute water scarcity is predominantly located in the Middle East and North Africa. These areas are experiencing "extremely high" baseline water stress, defined as withdrawing more than 80% of their renewable water resources annually.

Based on the latest rankings from the World Resources Institute (WRI) Aqueduct and recent global reports for 2026, the following ten countries exhibit the highest levels of critical water stress:

Rank Country Primary Drivers of Scarcity

1 Kuwait Near-total reliance on energy-intensive desalination.

2 Cyprus Low natural freshwater supply combined with high tourism demand.

3 Oman Arid climate with rising urban and industrial consumption.

4 Qatar High per-capita demand and almost no natural surface water.

5 Bahrain Significant pressure on aging aquifers and limited groundwater.

6 Lebanon Recent economic instability and poor infrastructure management.

7 UAE Extremely high consumption rates despite hyper-arid conditions.

8 Saudi Arabia Depletion of non-renewable fossil groundwater for agriculture.

9 Israel High demand, though mitigated by advanced reclamation and desalination.

10 Egypt Rapid population growth and heavy reliance on the Nile River.

Key Distinctions in "Scarcity"

It is important to differentiate between the various ways countries encounter water scarcity:

Physical Water Stress (Supply vs. Demand): This phenomenon is prevalent in affluent Gulf nations such as Kuwait and Qatar, where financial capacity enables mitigation of physical scarcity through investment in costly desalination facilities.

Economic Water Scarcity (Lack of Infrastructure): In contrast, countries including Chad, Central African Republic, and Sierra Leone possess physical water resources but lack adequate infrastructure for purification and safe distribution. For example, in Chad, only a limited portion of the population has access to safely managed drinking water, despite proximity to substantial water basins.

Factors Driving the Acceleration of These Trends

Urbanization: In metropolitan areas such as Delhi and Beijing, water demand is surpassing the sustainable capacity of local watersheds.

Agricultural Intensity: Approximately 70% of global freshwater resources are allocated to agriculture. Over-extraction for irrigation purposes in countries including Saudi Arabia and India has resulted in a significant decline in groundwater levels.

A Changing Climate: Increased rates of evaporation and greater variability in precipitation patterns are transforming regions previously considered manageable into areas at elevated risk.

Addressing the Challenges

Typically, implementing measures to decrease consumption and use water more efficiently is the most effective approach for tackling both immediate and long-term challenges. Water efficiency refers to sustained reductions in water use and does not rely on temporary shortages like droughts.

Implementing a Water Managment Plan for Long-Term Water Efficency

Implementing a water management plan is not simply a procedural task—it is a strategic shift toward long-term sustainability. For commercial facilities, the process begins with developing a comprehensive plan that clearly understands how water is used today and how it can be used more efficiently tomorrow.

A well-structured plan establishes baselines, identifies inefficiencies, and sets measurable reduction goals, creating a roadmap for continuous improvement (The Department of Energy's Energy.gov). True sustainability goes beyond encouraging better habits; it requires a coordinated effort that combines technology, data, and organizational commitment to achieve lasting reductions in water use.

At the core of any effective plan is a cultural shift.

When businesses actively promote water awareness across teams, they unlock more than environmental benefits. Reduced consumption lowers utility costs, decreases energy demand for pumping and heating water, and strengthens resilience against supply disruptions. Over time, these efforts also enhance brand credibility as stakeholders increasingly favor organizations that demonstrate responsible resource management.

The foundation of this process is a professional water audit.

A water audit provides a detailed picture of how water flows through a facility, identifying where it is used, wasted, or lost. By analyzing consumption patterns and infrastructure, audits reveal inefficiencies such as leaks, outdated fixtures, or unnecessary usage, often uncovering significant cost-saving opportunities (The Water Retail Company).

While smaller properties may attempt basic audits internally, larger or more complex facilities benefit from expert analysis that includes long-term data collection, submetering insights, and predictive trend evaluation. Importantly, audits should not be treated as one-time exercises. Repeating them every few years ensures that aging systems, evolving operations, and hidden failures are addressed before they become costly problems.

Once inefficiencies are identified, organizations can prioritize improvements using a structured approach.

A practical method is to group projects based on urgency and return on investment. Immediate actions focus on critical repairs such as leaks that cause direct financial and structural damage.

  • Short-term improvements target low-cost upgrades—simple changes that can be implemented quickly for immediate savings.

  • Mid-term initiatives often align with planned renovations, allowing efficiency upgrades to be integrated into broader projects.

  • Finally, long-term planning addresses major capital investments, such as replacing large mechanical systems, ensuring these upgrades are scheduled strategically rather than in response to emergencies.

Technology plays a central role in achieving meaningful and sustained water savings.

High-efficiency restroom fixtures, including low-flow toilets and waterless urinals, significantly reduce consumption in one of the most water-intensive areas of any building. Sensor-based fixtures further eliminate unnecessary usage by ensuring water flows only when needed.

Beyond fixtures, advanced systems such as submetering provide real-time visibility into water use, enabling facility managers to quickly detect anomalies and respond before waste escalates.

Water recycling systems extend efficiency even further by capturing and reusing graywater for non-potable applications like irrigation or cooling, while smart irrigation systems leverage weather and soil data to prevent overwatering. Automated leak detection technologies add another layer of protection by identifying issues instantly and, in some cases, shutting off water before damage occurs.

The long-term return on these strategies is both financial and operational.

Reducing water consumption directly lowers utility expenses and also cuts energy costs associated with heating, pumping, and wastewater treatment. At the same time, a well-executed water management plan supports sustainability certifications and regulatory compliance, positioning facilities for programs such as green building standards.

Perhaps most importantly, it strengthens market appeal. Customers, investors, and partners increasingly expect measurable environmental responsibility, and organizations that can demonstrate verified water efficiency gain a competitive edge.

In the end, effective water management transforms water from an overlooked expense into a controlled, optimized resource. By combining data-driven insights, smart prioritization, and modern technology, businesses can move beyond reactive conservation efforts and build a resilient, efficient system that delivers value for years to come.

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About the Author

Klaus Reichardt is the CEO and founder of Waterless Co, Inc., a pioneer in the restroom fixture industry since 1991. A dedicated advocate for water efficiency, Reichardt is a frequent author and speaker on water resource management and sustainable building technologies. He can be reached through his company website, www.waterless.com

 
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