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Water Bills Are Climbing Faster Than Inflation. Here's How U.S. Businesses Are Responding

Waterless Co., Inc. outlines why water efficiency is becoming a boardroom priority

Vista, CA, October 26, 2026. Water and wastewater rates keep rising faster than inflation, and many U.S. companies are no longer treating water as a minor line item. Manufacturers, commercial property operators, and corporate executives increasingly see it as both a financial pressure and an operational risk.

Research from Bluefield Research points to three causes: rising demand, severe droughts, and aging municipal infrastructure. Together they make water costlier and harder to count on. The effects reach beyond the utility bill, touching supply chains, expansion plans, and profit margins.

Who feels it most

Data centers, building management, food and beverage processing, textiles, professional cleaning, and hospitality use the most water, so they have the most to gain from using it more efficiently.

Why leaders are taking a second look

Experts cite five reasons for reassessing water use:

  • Cost and supply protection. Treating water as a key input shields operations from sudden rate hikes and drought restrictions that could force cutbacks or delay growth.

  • Margin gains. Using less water also lowers the energy spent heating, pumping, and treating it, and cuts wastewater discharge fees.

  • Investor and lender confidence. Lenders, investors, and disclosure frameworks such as CDP (formerly the Carbon Disclosure Project) consider water security when judging a company's resilience and contract bids.

  • Regulatory readiness. Reporting requirements, discharge limits, and local restrictions increasingly influence where companies can build or expand.

  • Provable progress. Documented reductions in water, sewer, and energy use provide auditable evidence of sustainability results.

Savings without a major overhaul

Improving water efficiency doesn't have to mean costly infrastructure projects. High-traffic facilities are swapping traditional flushing urinals for waterless models, which eliminate flush water, lower sewer charges, and reduce maintenance tied 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."

A practical first step

Facility and operations teams can start by auditing current water use, calculating the full life-cycle cost of their utilities, and prioritizing the upgrades with the strongest return.

About Waterless Co., Inc.
Founded in 1991 and based in Vista, California, Waterless Co., Inc. makes waterless urinals and restroom products that help facilities use less water, cut 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

Water Efficiency for Businesses: 5 Cost-Saving Benefits

stock free images from: https://kaboompics.com/

Why rising water and sewer rates, resource constraints, and sustainability expectations are making water management a business priority.

Water is becoming a more significant operating expense for businesses across the United States. According to Bluefield Research, water and sewer bills continue to rise as utilities face increasing infrastructure and operating costs. At the same time, drought, population growth, and competing demand are placing additional pressure on water supplies in many regions.

For businesses, these developments create challenges that extend well beyond monthly utility bills. Water availability can affect production schedules, facility operations, expansion plans, and long-term operating expenses.

Water efficiency is becoming a practical business strategy—one that can lower operating costs, reduce exposure to supply disruptions, and support long-term competitiveness.

Here are five reasons companies should make water management a priority.

1. Rising Water Rates Are Increasing Business Operating Costs

Water expenses involve more than the price of the water entering a building. Companies may also pay for wastewater services, water heating, pumping, treatment, and discharge. As utility rates increase, these combined expenses can put additional pressure on operating budgets.

The financial impact is particularly important for manufacturers, hotels, hospitals, food processing facilities, and other properties with substantial water demands.

Availability presents another challenge. Drought conditions, infrastructure problems, and local restrictions can disrupt normal operations or limit the ability of a business to expand.

What businesses can do: Evaluate total water-related expenses, identify high-consumption areas, and establish a baseline for measuring future savings. Managing water as a critical operating resource helps companies make better-informed decisions about costs and availability.

2. Water Conservation Can Improve Operating Efficiency and Profitability

Reducing water consumption can produce savings across several expense categories. Using less hot water, for example, may lower energy bills, while reduced wastewater volumes can help control sewer and treatment charges where fees are consumption-based.

The opportunities vary by industry, but they can be particularly meaningful for data centers, semiconductor manufacturers, hospitality businesses, and industrial facilities.

Water savings are not limited to production processes. Commercial restrooms, kitchens, cooling systems, landscaping, and cleaning operations can also offer opportunities to reduce consumption.

For businesses operating multiple buildings, even relatively small improvements at individual locations may deliver meaningful cumulative savings.

What businesses can do: Prioritize projects based on water consumption, total operating costs, installation expenses, and expected payback. Consider both major process improvements and practical upgrades that can be implemented across an existing property portfolio.

3. Water Management Is Becoming Part of Corporate Accountability

Customers, investors, and supply-chain partners increasingly expect companies to understand and manage their environmental impacts. Water use can be an important part of that evaluation, especially for businesses operating in water-stressed regions or supplying water-intensive industries.

CDP, formerly known as the Carbon Disclosure Project, provides a water security disclosure framework that organizations use to report and assess water-related risks and management practices.

Clear documentation can help businesses demonstrate progress, respond to customer questionnaires, and support environmental reporting. Conversely, limited visibility into water consumption may make it harder to demonstrate responsible resource management.

What businesses can do: Track water use, establish realistic reduction targets, and document results. Reliable performance data can help support sustainability reporting and provide customers and business partners with evidence of measurable improvements.

4. Water Availability Can Influence Expansion and Regulatory Compliance

Access to a reliable water supply is becoming an increasingly important consideration in business planning. Depending on the location and industry, companies may face drought restrictions, water-use reporting requirements, discharge regulations, or additional permitting conditions.

These issues can influence where businesses locate new facilities and whether existing operations can expand. Water-intensive developments, including data centers and semiconductor fabrication plants, must consider local water availability alongside electricity, infrastructure, labor, and transportation.

Companies that understand their water requirements before making major investments are better positioned to evaluate potential constraints and plan accordingly.

What businesses can do: Include water availability and regulatory requirements in facility planning, site selection, and capital investment decisions. Reducing water demand can help preserve operating flexibility as local conditions and requirements evolve.

5. Water Efficiency Builds Business Resilience and Demonstrates Results

Water conservation can help organizations prepare for higher utility costs, supply interruptions, and changing environmental requirements. It can also turn sustainability commitments into measurable operating improvements.

For companies with multiple locations, consistent monitoring can reveal unusual consumption patterns, identify inefficient equipment, and highlight successful practices that can be replicated elsewhere.

The ability to document lower water consumption and related cost savings is particularly valuable. Specific results provide a stronger foundation for internal decision-making and external sustainability communications than broad environmental statements alone.

What businesses can do: Incorporate water performance into regular facility reviews. Monitor consumption, compare results across locations, and reassess improvement opportunities as equipment, occupancy, and operating requirements change.

Practical Water-Saving Improvements Can Start in Commercial Restrooms

Improving water efficiency does not always require major capital projects or sophisticated technology. Everyday building systems can offer opportunities to reduce consumption, maintenance requirements, and operating expenses.

Commercial restrooms are one example. Conventional flush urinals use potable water with every flush and rely on flushing components such as valves, sensors, and associated plumbing. Waterless urinals eliminate flush-water consumption, removing the need for flush valves and sensors while reducing water and sewer expenses associated with flushing. (More on waterless urinals here: www.waterless.com).

For facilities with multiple restrooms or high daily occupancy, the cumulative savings may be substantial. Actual results depend on usage levels, local water and sewer rates, installation costs, and maintenance practices.

Other opportunities may include repairing leaks, upgrading inefficient fixtures, improving cooling-system management, and reviewing water-intensive cleaning procedures.

The most effective approach is to assess how water is used throughout a facility, calculate the full cost of that use, and prioritize improvements with measurable financial and operational benefits.

Make Water Efficiency Part of Your Business Strategy

Water conservation initiatives are sometimes evaluated primarily through their environmental benefits. A broader business case considers the complete picture: utility expenses, energy use, wastewater charges, operational continuity, regulatory exposure, and long-term competitiveness.

Facility managers can identify opportunities for improvement. Operations teams can evaluate the impact on daily performance. Finance departments can assess costs and potential returns. Leadership can then prioritize projects based on business needs and measurable outcomes.

The bottom line: Water efficiency is not simply an environmental initiative. It is an opportunity to manage operating expenses, strengthen facility performance, and prepare for an increasingly uncertain resource landscape.

The question for business leaders is no longer just how to use less water. It is how smarter water management can help their organizations operate more efficiently, remain resilient, and compete more effectively.

7 Priorities for Facility Managers Planning a Large-Scale Restroom Renovation

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Water efficiency, durability, accessibility, and maintenance should shape every decision before the first fixture is ordered.

Employees are returning to the workplace, and building owners are looking to improve restroom hygiene, cut operating expenses, and conserve water. That makes a large-scale restroom renovation a chance to rethink how a facility is managed, not just how it looks.

Consider a large office building undertaking a renovation of 30 restrooms. The project extended beyond fixtures and finishes, aiming to improve maintenance, user experience, and long-term value. For guidance, the facility manager consulted Klaus Reichardt, founder and CEO of Waterless Co., Inc.

"Large restroom renovations are not just about new fixtures," says Reichardt. "Each decision affects water use, maintenance, user satisfaction, and how easily the restrooms can be serviced for years to come."

Based on that project, Reichardt shares seven priorities to consider before starting a major restroom renovation.

1. Standardize Fixtures and Equipment

Where practical, specify the same commercial-grade toilets, faucets, urinals, dispensers, and accessories throughout the building. Standardizing simplifies purchasing, reduces spare-parts inventory, and helps maintenance teams work more efficiently from one restroom to the next.

2. Prioritize Long-Term Durability

The lowest purchase price doesn't always deliver the best value. Evaluate fixtures for reliability, expected service life, replacement-part availability, and ease of repair.

"A fixture may cost less upfront, but if replacement parts are difficult to obtain, those savings can disappear quickly," Reichardt says.

3. Make Water Efficiency a Priority

Modern toilets and urinals can use significantly less water than older fixtures. Waterless urinals go a step further by eliminating flush water altogether, which helps facilities reduce both water use and the sewer costs that go with it.

4. Choose Touch-Free Technology Carefully

Sensor-operated faucets, soap dispensers, and flush valves support hygiene and help manage water use. Reichardt recommends choosing reliable systems, with manual overrides where appropriate, so a malfunction doesn't disrupt restroom operations.

5. Select Finishes for Performance

Restrooms take a beating from heavy use, moisture, graffiti, and commercial cleaning products. Durable, easy-to-maintain options include chrome-plated plumbing trim, stainless-steel accessories, and solid laminate partitions.

6. Address Accessibility Before Installation

Build accessibility into the plan from the start. Before ordering products or beginning construction, review fixture clearances and heights, grab-bar placement, reach ranges, and door swings. Catching issues early avoids costly adjustments later.

7. Design for Easier Maintenance

Let maintenance needs guide both fixture selection and installation. Make sure shutoff valves are accessible, floor drainage is adequate, and drain trap seals stay maintained. In infrequently used restrooms, non-evaporating trap-seal solutions can prevent the sewer odors that result when trap seals evaporate.

One Additional Step: Build a Mock-Up First

Reichardt recommends one more step that can head off expensive mistakes: build and evaluate a full-scale restroom mock-up before ordering fixtures for the entire project.

Testing a single restroom lets the facility team assess faucet splash, sensor performance, accessibility, dispenser placement, cleaning access, and overall usability under realistic conditions. Problems found at this stage won't be repeated across all 30 restrooms.

The Bottom Line

A successful restroom renovation comes down to planning for the people who use the space and the people who maintain it. Standardizing equipment, choosing durable and water-efficient fixtures, designing for accessibility, and testing before committing can save time, money, and water for years to come.

For more information about water-efficient restroom solutions, visit Waterless.com.

The History & Future of Commercial Urinals: From Ancient Sanitation to Eco-Friendly Innovation

Image by Kimmo Vainio

The History & Future of Commercial Urinals: From Ancient Sanitation to Eco-Friendly Innovation

When people picture commercial restroom design, urinals rarely spark much conversation. Yet, behind this everyday fixture lies a rich history of engineering ingenuity, architectural shifts, famous artistic controversy, and ground-breaking environmental science.

From primitive waste channels to sophisticated zero-flush technology, commercial urinals have undergone a dramatic transformation. Today, high-efficiency restroom fixtures play a critical role in sustainable building design, helping facility managers cut utility overhead and meet modern environmental targets.  

Here is a look at how urinal technology evolved—and why upgrading your restrooms -  and restroom urinals - matters more than ever.

1. Ancient Beginnings: The Surprising Roots of Public Sanitation

Urinals may seem like a modern urban solution, but historical records show that specialized waste systems exist back over a thousand years.

  • Ninth-Century Innovation: Early archaeological sites in Sri Lanka reveal intricate stone drainage channels created specifically for controlled waste removal and public hygiene.  

  • 1830s Parisian Street Fixtures: To combat public health issues, Paris introduced outdoor public urinals known as pissoirs.  

  • The European Standard: By the early 20th century, Paris operated over 1,000 pissoirs, establishing a network of street-level sanitation that inspired public infrastructure across Europe.  

2. Moving Indoors: The Evolution of Modern Plumbing

As urban development expanded, waste disposal shifted from public streets into indoor commercial spaces.

While pissoirs were open-air structures built for broad urban cleanliness, modern urinals were designed as fully integrated indoor plumbing fixtures. The introduction of pressurized city water systems allowed architects to standardize dedicated men's restrooms in high-occupancy venues such as educational institutions, corporate offices, transit hubs, and sports arenas.

3. Early Patents & Architectural Materials

Official recognition for urinal engineering took off in 1886 when American inventor Andrew Rankin secured the first recognized patent for a flush urinal—though historical documentation notes that women inventors contributed to earlier, uncredited designs.

Before porcelain became the industry standard, early manufacturers experimented with a wide variety of construction materials:

  • Pioneer Materials: Early models incorporated wood, cast iron, stone, and sheet glass.  

  • Victorian Craftsmanship: During the mid-19th century, Scottish manufacturers crafted ornate cast-iron units complete with decorative privacy panels, merging functional plumbing with Victorian design principles.  

  • The Ceramic Era: Plumbing engineers eventually adopted non-porous vitreous china and porcelain, which provided superior hygiene, chemical resistance, and ease of cleaning.  

4. The Invention of Waterless Urinal

The breakthrough that laid the groundwork for modern eco-friendly restrooms occurred late in the 19th century. German inventor Wilhelm Beetz created the first non-water-using urinal, which relied on a liquid sealant (derived from sesame oil) inside a trap insert. The oil allowed liquid waste to pass through while trapping foul sewer gas beneath the seal.

Though ahead of its time, Beetz’s fluid-trap concept proved that restrooms could maintain high hygiene standards without constant water flushing—a fundamental principle used in non-water fixtures today.

5. From Restroom Fixture to Modern Art Icon

In 1917, the humble urinal made headline history in the art world. Avant-garde artist Marcel Duchamp purchased a standard ceramic urinal, turned it around so the front now faced the wall, signed it with the pseudonym "R. Mutt," titled it Fountain, and submitted it to an art exhibition.

By taking an industrial sanitation product out of its normal context, Duchamp challenged classical views of art, creating one of the most influential and debated works in modern art history.  

6. The Rise of No-Flush Technology in Sustainable Architecture

In 1991, Waterless Co., Inc. introduced modern No-Flush™ urinal systems to North America, sparking a massive shift in green building management. Today, waterless fixtures are standard practice for developers seeking LEED certification and ESG (Environmental, Social, and Governance) compliance.

As the climate changes, interest in these urinals extends far beyond green buildings to all buildings seeking to reduce costs and stay ahead of a rapidly changing world.

High-Impact Sectors Adopting Waterless Systems

  • Corporate & Commercial: Multi-story office towers and corporate headquarters.  

  • Higher Education & K-12: Schools and university campuses with high foot traffic.  

  • Public Infrastructure: International airports, arenas, transit stations, and event spaces.  

  • Healthcare & Life Sciences: Medical centers, outpatient clinics, and research hubs.  

Recap: Primary Drivers for Switching to Waterless Restrooms

1.    Severe Water Scarcity: Worsening droughts and rising municipal water rates make drinking-water conservation an economic priority.  

2.    Substantial Utility Savings: Eliminating flush water reduces monthly water bills and minimizes mechanical plumbing failures.

3.    Corporate Sustainability: Helps property owners earn points toward green building certifications (such as LEED) and satisfy strict ESG disclosures.  

4.    Improved Hygiene: Because bacteria rely on moisture to multiply, dry, touch-free waterless urinals foster a cleaner, lower-contact restroom environment.  

Did You Know? Replacing just one traditional flush urinal with a high-performance waterless fixture can conserve tens of thousands of gallons of clean drinking water every single year.  

Smart Water Management: Why Restroom Upgrades Matter Today

Using expensively treated, drinkable water to sweep away organic waste is a legacy practice that no longer aligns with modern sustainability standards. As population density grows and clean water reserves face ongoing strain, upgrading to high-efficiency restroom fixtures is one of the quickest, most cost-effective ways facilities can reduce their environmental footprint.

Future-Proof Your Facility

The journey from ancient stone channels to modern, no-flush technology shows how innovation transforms everyday infrastructure. Is your building ready to embrace smarter, more sustainable water management?  

— Klaus

The 2026 Facility Manager’s Guide to Waterless Urinals: ROI, Maintenance, & Smart Restroom Trends

Image by Felicity Tai

As commercial real estate, educational institutions, healthcare facilities, and high-traffic public venues navigate rising utility rates, waterless urinals have shifted from niche eco-upgrades to mission-critical infrastructure. Far beyond basic water efficiency and reduction, modern no-flush systems offer quantifiable savings, improved hygiene, and valuable green building credits.

The Math: Quantifying Water and Utility Savings

Replacing traditional flush fixtures with waterless alternatives yields an immediate, measurable impact on facility overhead:

  • Massive Volume Reductions: According to EPA WaterSense guidelines, a facility replacing fifty conventional urinals with waterless models could save more than 1.25 million gallons of water per year, assuming each replacement saves more than 25,000 gallons annually.

  • Lower Operational Strain: Eliminating urinal flushes not only reduces raw water consumption but also cuts municipal sewer fees and decreases the electrical load required for pumping and wastewater treatment.

  • Rapid Payback Periods: In high-cost utility markets, the combined savings on water bills, valve repairs, and harsh chemical usage result in a faster return on investment (ROI).  

Engineering & Mechanism: How No-flush Systems Function

Understanding the technology helps facility teams debunk myths regarding odor control and upkeep. Waterless urinals operate through a gravity-fed design:

1.    Direct Drainage: Urine passes downward through a specialized trap or cylinder.

2.    Odor Sealing: Instead of water, a lightweight, biodegradable sealing liquid poured into the trap or cylinder that floats on top of the urinal drain, locks sewer gases and odors completely from the urinal.

3.    Low-Frequency Servicing: Cartridges and sealing liquid inserts are quick to swap out and typically last for hundreds of uses before requiring replacement.

Core Advantages for Commercial Facilities

  • Enhanced Hygiene: Traditional flush handles are high-touch breeding grounds for bacteria. Waterless models do not have flush handles, making them healthier and more sanitary.  

  • Simplified Maintenance: With no flush valves, solenoids, or sensors to malfunction, mechanical breakdowns plummet. Cleaning staff spend less time fixing leaks and more time on high-value facility cleaning tasks.  

  • ESG (Environmental, Social, and Governance) & Green Building Alignment: Installing waterless technology directly contributes to major certification frameworks, including LEED v5 Indoor Water Use Reduction and WELL Building Standard water credits. These ratings enhance property valuations, attract eco-conscious corporate tenants, and appeal to institutional investors.  

Emerging 2026 Restroom Technology Trends

1.    Smart Restroom Integration: Facilities are increasingly pairing waterless fixtures with IoT occupancy sensors and analytics platforms. This enables predictive, usage-based cartridge maintenance rather than scheduled guesswork, minimizing labor waste.

2.    High-Traffic Optimization: Airports, transit hubs, and sports stadiums are leading the retrofit wave, leveraging no-flush tech to manage massive daily volumes without risking plumbing bottlenecks or water shortages.

3.    Risk Management & Compliance: As municipal water restrictions tighten across growing urban zones, proactive waterless retrofits protect buildings against future utility caps and drought-related surcharges.

The Verdict for Property Leaders

Selecting waterless urinals is no longer just a consideration. By combining substantial utility savings, lower labor overhead, and crucial sustainability compliance, transitioning to no-water urinals is a high-yield strategy for future-proofing commercial properties.

The Colorado River’s Uncertain Future Makes Water Efficiency a Business Priority

Image by: Abdus Samad Mahkri

Legal disputes cannot create more water. That is the central challenge facing the Colorado River—and a reason businesses should pay attention to water efficiency.

Declining flows and depleted reservoirs are putting pressure on a river that supports cities, farms, tribal nations, and communities in Mexico. The challenge is not simply getting through a drought. It is matching demand to a more limited supply.

Sharing a Shrinking Supply

The 1922 Colorado River Compact established allocations based on assumptions that no longer reflect current conditions. As supplies decline, states face difficult negotiations over how to share the river.

Conservation Has Trade-Offs

Agriculture is central to the response. Paying farmers to leave fields unplanted can conserve water, but reduced production can affect farm revenue, local economies, and food costs.

The goal is to reduce demand without unnecessarily undermining agricultural productivity. That requires a combination of conservation, water reuse, and more efficient infrastructure—not a single solution.

Where Businesses Can Make a Difference

Businesses cannot resolve water-allocation disputes, but they can reduce consumption in their own facilities. Offices, schools, airports, stadiums, and other high-traffic buildings offer opportunities to save water in restrooms, landscaping, cooling systems, and daily operations.

Reduce unnecessary use. Water-efficient landscaping and upgraded plumbing fixtures can lower demand at the point of use.

Reuse water where appropriate. Treated wastewater can serve irrigation, industrial processes, and other approved applications, helping stretch existing supplies.

Evaluate alternative supplies carefully. Desalination and other treatment technologies may complement conservation, but energy needs, infrastructure costs, and operating expenses limit their practicality.

A Practical Example: Waterless Urinals

Waterless urinals eliminate flush-water use. In high-traffic facilities, replacing conventional fixtures can reduce potable-water consumption, water and sewer expenses significantly, along with flush-related maintenance needs.

Actual savings depend on usage, the fixtures being replaced, local utility rates, installation requirements, and maintenance practices. These upgrades will not solve a regional shortage on their own, but they show how businesses can contribute through practical efficiency improvements.

The Bottom Line

The Colorado River’s future depends on realistic water-sharing agreements and sustained investment in conservation, reuse, and efficiency. Cooperation must account for the needs of cities, farms, tribal nations, and downstream communities.

For businesses, the takeaway is clear: reducing unnecessary water use is part of managing operating costs and environmental responsibilities. No single upgrade can solve the crisis, but coordinated action can help the region live within its available supply.

Source note: This article is a rewritten and expanded summary based on a Wall Street Journal article by Faith Bottum, dated October 17, 2026.

How a 100-Year-Old Miscalculation May Threaten the Water Supply for 40 Million People

Image by Timothy Tate

The legal foundation governing the Colorado River was crafted a century ago based on overly optimistic supply estimates. Today, prolonged drought has pushed this vital resource—which serves 40 million people—to a critical juncture.

According to The Wall Street Journal, new federal proposals demanding significant usage reductions have met sharp pushback and legal challenges across the Southwest.

Water law professor Rhett Larson (Arizona State University) explores the deeper implications in the video, addressing:

  • Crucial gaps in government policy

  • The limits of short-term emergency measures

  • Systemic changes required to secure long-term economic stability

Watch the full analysis below for an expert perspective on modernizing water governance. 🎥

https://lnkd.in/g7BkszGY

Functional Luxury: How Utility and Efficiency Are Redefining Modern Bathroom Design

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Today’s homeowners still view the primary bathroom as a personal sanctuary, but the definition of modern luxury is shifting. Rather than relying solely on lavish, spa-inspired aesthetics, homeowners are finding relaxation in functional, low-maintenance design. Practical comfort, seamless organization, and effort-free upkeep have officially become the new standards for luxury.  

According to the 2026 U.S. Houzz Bathroom Trends Study, renovation decisions are overwhelmingly driven by daily usability. From expansive shower stalls and customizable lighting to built-in organization, practicality is dictating how homeowners invest their renovation budgets across all spend tiers.  

Following these lifestyle-focused upgrades, homeowners consistently report spending significantly more time unwinding and practicing self-care. Interestingly, the study highlights a shift in what creates a peaceful atmosphere: most respondents cited cleanliness and order as the single most essential ingredient for a "Zen" environment, followed closely by open shower layouts, uncluttered storage solutions, layered illumination, and ergonomic soaking tubs.   

1. The Rise of the Oversized Shower 

Shower expansions saw a dramatic surge this year. Nearly half of renovating homeowners opted to enlarge their shower footprint, representing a 10% jump year-over-year. Alongside physical size increases, upgrades to shower fixtures and premium faucets also spiked. Expanding the shower footprint underscores a broader priority: generous, open spaces make daily routines feel less restrictive and far more rejuvenating.  

2. Personalizing with Texture and Pattern Over Bold Colors 

Bathrooms are evolving into warmer, more tailored spaces through intentional, personalized accents:   

  • Top Architectural Styles: Transitional design remains the leading choice for bathroom renovations, followed by contemporary, modern, traditional, and mid-century modern. 

  • Finishes & Palettes: Natural wood-toned vanities are currently the most sought-after choice, with classic white and muted blue following closely behind. White and off-white quartz or stone remain the dominant choices for countertops.  

  • Accent Features: Over a third of homeowners are installing accent walls—frequently positioned as a dramatic backdrop for a standalone tub—to serve as the primary visual anchor.  

  • Layout Dynamics: Instead of relying on bright paint colors, homeowners are introducing personality through dynamic tile patterns, such as herringbone, checkerboard, and geometric arrangements. Textural details like fluted and ribbed tiles are also rapidly gaining popularity.  

3. The Growing Popularity of Wet Rooms 

Fully integrated wet rooms (enclosing both the tub and shower within a unified glass barrier) now appear in 18% of bathroom remodels, up from 13% in recent years. This open-format layout provides several key benefits:   

  • Space Optimization: By eliminating rigid internal walls, wet rooms allow homeowners to maximize usable square footage in compact or awkwardly shaped layouts without sacrificing a high-end feel.  

  • Universal Design & Longevity: Enhanced accessibility and aging-in-place readiness were cited as primary motivators for choosing a wet room layout.  

  • Simplified Maintenance: Continuous, waterproofed surfaces make deep cleaning faster and more straightforward.  

4. Expanded Vanities and Built-in Convenience 

Storage solutions have become a major focal point in modern bathroom design. To curb daily clutter, homeowners are installing larger vanities packed with functional, built-in features:  

  • Integrated Utilities: Internal electrical outlets, dedicated hair-styling appliance docks, and custom drawer dividers are becoming standard additions.  

  • Quiet Luxury: Soft-close mechanisms for cabinet doors and drawers remain high-demand baseline requirements.  

  • Dual-User Functionality: Double-sink setups experienced a notable 17% increase in popularity over last year as couples prioritize efficiency during peak morning hours.  

5. Eco-Conscious Innovations: The Arrival of Waterless Urinals 

Another emerging trend, according to many other studies, is the addition of waterless urinals. Homeowners are adopting these fixtures primarily to curb household water consumption and reduce utility bills. Additional drivers include:   

  • Targeted Convenience: Provides an efficient, dedicated fixture for high-traffic or primary bathrooms.  

  • Improved Hygiene & Odor Control: The absence of standing flush water minimizes bacterial growth, limescale buildup, and odor accumulation, resulting in easier cleaning.  

  • Environmental Sustainability: Lower overall water usage reduces the load placed on municipal wastewater treatment and septic systems.  

  • Long-Term Utility Savings: Eliminating water supply lines to the fixture lowers installation complexity and cuts ongoing maintenance costs over time.  

Additional Key Findings from the Study 

  • Wellness & Atmosphere: Layered lighting setups lead the wellness category, with deep soaking tubs, rain shower heads, and radiant heated flooring also ranking high. Niche additions—like steam showers, integrated aromatherapy, and self-sterilizing surfaces—remain relatively boutique choices.  

  • Smart Toilet Technology: Nearly half of renovators are incorporating enhanced toilet features, with bidet seats, customizable water pressure, and warm-air dryers seeing steady growth.  

  • Accessibility Enhancements: For aging-in-place modifications, safety takes priority through discreet grab bars, slip-resistant surfaces, and low-curb or curbless shower entries. 

 

-Klaus

REMINDER: What Would Happen If America Ran Out of Water? Imagine a Day Without Water Returns October 15

Imagine a Day Without Water

VISTA, Calif. — October 12, 2026 — What would happen if the United States went an entire day without water?

That fundamental question drives Imagine a Day Without Water, a national day of action returning on October 15, 2026. Spearheaded by the U.S. Water Alliance since 2015, the annual event unites businesses, local communities, public officials, and environmental organizations to raise awareness about water's vital role in daily life and highlight the urgent need for infrastructure investment, conservation, and smart technology.

"Imagine a Day Without Water gets people asking a fundamental question: What would it be like to go even a single day without water?" says Klaus Reichardt, Founder and CEO of Waterless Co., Inc., a pioneer in water-efficient restroom products.

"It is also a powerful educational tool, particularly for children, helping the next generation understand just how important water is to our daily lives."  

The Stunning Economic Cost of Water Interruption

Beyond basic drinking and sanitation needs, water serves as the lifeblood of the global economy. A single day without water in the United States would trigger catastrophic financial fallout across virtually every industry sector. 

According to research from the U.S. Water Alliance, a one-day national water shutdown would result in:

  • $120+ Billion in total economic losses

  • 526,996 jobs placed at risk

  • $39.2 Billion in lost employee wages  

  • $69 Billion reduction in national GDP  

  • 40%+ daily loss in economic output for water-dependent industries

"Water is essential not only for drinking and sanitation, but for virtually all industries and every sector of the economy," Reichardt highlights.

5 Practical Action Steps for Businesses and Communities

The Imagine a Day Without Water campaign encourages organizations and municipality leaders to move beyond passive awareness and take measurable action toward water resilience.

Here are five key ways commercial facilities and communities can participate:

1.    Conduct Facility Water Audits: Organizations should evaluate how water is utilized across their operations. Professional audits detect hidden leaks, highlight inefficiencies, and uncover ways to drastically reduce—or eliminate—water usage. 

2.    Upgrade Commercial Restrooms: Facility managers can significantly lower utility costs and consumption by adopting smart water-management technologies, low-flow fixtures, and waterless urinals. 

3.    Issue Official Proclamations: Governors, mayors, and local leaders can formally recognize October 15 to inspire regional conservation campaigns among residents and enterprises. 

4.    Launch Public Education & Social Campaigns: Coffee shops, restaurants, schools, and corporate offices can post signage and share social media content demonstrating the water footprint of everyday activities.

5.    Reward Sustainability Leaders: Establish internal employee or vendor awards to recognize innovative ideas that reduce organizational water consumption.

"Water audits should not be overlooked," Reichardt emphasizes. "They can identify inefficiencies and leaks and, most importantly, uncover opportunities to reduce water consumption—even eliminate water use entirely."

To learn more about participating in the national campaign, visit the U.S. Water Alliance website.
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About Waterless Co., Inc.

Founded in 1991 and headquartered in Vista, California, Waterless Co., Inc. is a pioneer in water-efficient restroom products and developer of the first waterless urinals introduced to North America. The company provides innovative, water-saving restroom solutions that help commercial and institutional facilities lower operating costs, simplify maintenance, and advance environmental sustainability. Explore products and resources at Waterless.com.

7 Water Efficiency and Conservation Strategies for Manufacturing Facilities

Image by Ian Perelo found on Prexels

1. Establish a Water Baseline and Install Targeted Submeters

A utility meter shows total incoming water use. It does not show which production line, cooling system, or building is responsible for that demand.

Submeters identify water-intensive operations and provide the data needed to improve them. EPA recommends individually metering industrial processes that use more than 1,000 gallons per day on average. Its guidance on metering and submetering also identifies cooling-tower makeup and blowdown lines as important metering locations.

Depending on the facility, priority areas may include:

  • Production and process equipment

  • Cooling towers

  • Boiler and steam systems

  • Washing and sanitation operations

  • Restrooms and employee amenities

  • Recovered or alternative water supplies

Modern metering and information systems can provide real-time usage data. That makes it easier to detect changes and confirm whether efficiency projects deliver the expected results.

2. Find and Fix Leaks and Avoidable Water Waste

Before investing in major equipment replacements, identify losses that maintenance or operating changes can correct.

Start with leaking fixtures, malfunctioning valves, hoses left running, and equipment receiving water when it is not needed. EPA identifies active monitoring, prompt leak detection, and repair as fundamental elements of facility water management.

Assign responsibility for each correction and check usage afterward. A completed repair should produce a measurable result, not just disappear from the maintenance list.

3. Optimize Cooling Towers and Steam Systems

Restroom upgrades are visible, but mechanical systems can represent much larger opportunities.

EPA notes that cooling towers are often among the largest mechanical water users in facilities that have them. It recommends eliminating single-pass cooling where feasible, optimizing cooling-tower operation, and returning steam condensate to boiler systems.

Single-pass cooling deserves close attention. EPA reports that it can use approximately 40 times more water to remove the same heat load as a cooling tower operating at five cycles of concentration.

For manufacturers, a cooling-system review is a potentially high-value starting point, not an afterthought.

4. Evaluate Industrial Water Reuse Where Quality Requirements Allow

Not every application requires drinking-water-quality water.

EPA identifies opportunities to capture, treat, and reuse discharge from one application in another. Potential alternative sources include air-handler condensate, boiler condensate, and other recoverable water streams. Cooling-tower makeup is one possible end use.

Reuse should remain application-specific. Facilities need to determine whether the recovered water is suitable for its intended use, and what treatment, monitoring, and operating controls are necessary. EPA's guidance provides separate practices for different alternative water sources rather than treating reuse as one-size-fits-all.

5. Upgrade Restrooms With Water-Efficient Fixtures, Based on Performance Rather Than Age

A fixture's age alone is not a reliable reason to replace it. A better evaluation considers actual water use, condition, maintenance requirements, and replacement cost.

For flushing urinals, WaterSense-labeled models use 0.5 gallons per flush or less. Non-water-consuming urinals eliminate flushing water entirely. Both options can reduce restroom water demand, but savings depend on the existing fixtures and how often they are used.

Waterless urinals (www.waterless.com) take water efficacy to a much higher level and are worth evaluating in manufacturing facilities with busy employee restrooms. The financial assessment should include:

  • Existing flush volume and estimated annual use

  • Applicable water and wastewater charges

  • Equipment and installation costs

  • Cartridge or sealant requirements, where applicable

  • Cleaning labor and preventive drain maintenance

EPA specifically recommends including periodic cartridge replacement and special maintenance requirements when calculating the payback of non-water-consuming urinals. It also notes that proper maintenance helps prevent sediment buildup in drain lines.

The strongest retrofit decision is based on total operating cost, not water savings alone.

6. Build a Cross-Functional Water Management Team

Water management works best when it has clear ownership.

A practical team can bring together maintenance, production, engineering, environmental health and safety, custodial operations, and finance. Its role is to establish the baseline, identify opportunities, assign responsibilities, and evaluate results within a structured water-management program.

Set reduction goals that reflect the facility's actual opportunities. For example:

  • Reduce unnecessary water use on a specific production line.

  • Lower cooling-system demand while maintaining required performance.

  • Eliminate a documented source of continuous water loss.

  • Reduce restroom flushing-water use through a targeted retrofit.

The objective is a credible improvement plan with accountable owners.

7. Train Employees and Track Water KPIs

Equipment improvements need support from the people who operate and maintain them.

Include water efficiency in employee training: how to report leaks, when to shut off water, how to follow approved cleaning procedures, and how to maintain water-saving fixtures. Best management practices include user education, operating practices, and maintenance as integral parts of water-efficiency programs.

A useful facility scorecard can track:

  • Total incoming water use

  • Water use per unit of production

  • Water and wastewater expenses

  • Use by major process or system

  • Leak-repair completion

  • Verified savings from completed projects

Track both total demand and production-adjusted performance. This helps separate genuine efficiency gains from changes caused simply by producing more or less product.

Frequently Asked Questions

How can manufacturing facilities reduce water usage?

Install submeters on major processes, then fix leaks and avoidable waste. Next, review cooling towers, single-pass cooling, and steam systems, evaluate water reuse where quality allows, and train employees to sustain the savings.

Why does water efficiency reduce manufacturing costs?

Manufacturers may pay to supply, pump, heat, cool, treat, and discharge water. Using less water can reduce the water bill, wastewater charges, and the energy needed to move and condition water inside the plant.

How much does water cost for commercial facilities?

Estimated 2024 national commercial averages at $6.13 per 1,000 gallons for water and $7.23 for wastewater, or $13.36 combined. Actual rates vary by utility, so check your facility's rate schedule.

What should a manufacturer submeter first?

EPA recommends individually metering industrial processes that use more than 1,000 gallons per day on average. It also identifies cooling-tower makeup and blowdown lines as important metering locations.

Are waterless urinals a good fit for manufacturing plants?

Yes, especially in facilities with busy employee restrooms, because they eliminate flushing water entirely. Evaluate total operating cost, including cartridge or sealant replacement, cleaning labor, and preventive drain maintenance.

Turn Water Efficiency Into an Operating Strategy

An effective water conservation program connects measurement with action. Submetering shows where water goes. Maintenance addresses avoidable losses. Cooling-system improvements and appropriate reuse can reduce larger demands. Restroom upgrades add another measurable opportunity, and employee training helps sustain performance.

For manufacturers, the opportunity is not just to buy less water. It is to reduce the unnecessary costs of using it.

Want to explore water-saving restroom options for your facility? Contact a Waterless Co., Inc. representative at 800-244-6364.

About the Author

Klaus Reichardt is founder and CEO of Waterless Co., Inc., based in Vista, California. He established the company in 1991 with a focus on water-efficient plumbing products. The company markets waterless urinals and related restroom products.