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Natural Systems Utilities News

5 Easy Ways to Conserve Water

September 14, 2025/in Blog, News

 

💧 5 Easy Ways to Conserve Water at Home — And Lower Your Utility Bill

At NSU Water, we’re committed to delivering safe, reliable water every day — but conserving water is a team effort. When you reduce your water use at home, you’re not only helping the environment — you’re also lowering your monthly bill.

Here are 5 simple and effective ways you can save water at home, starting today:


1. 🛠️ Fix Leaks — Even the Small Ones

That slow-dripping faucet or constantly running toilet? It’s wasting more water (and money) than you think.

Did you know?

  • A faucet that drips once per second can waste over 3,000 gallons per year.
  • A running toilet can waste up to 200 gallons a day.

Pro Tip: Add a few drops of food coloring to your toilet tank. If color appears in the bowl without flushing, you’ve got a silent leak.


2. 🚿 Upgrade to Water-Efficient Fixtures

Modern plumbing fixtures use much less water without compromising performance. Look for products with the WaterSense label — a symbol of efficiency backed by the EPA.

Top upgrades to consider:

  • Low-flow showerheads (less than 2.0 gallons per minute)
  • High-efficiency toilets (using 1.28 gallons per flush or less)
  • Aerated faucets that reduce flow while maintaining pressure

💡 Bonus: Many cities and counties offer rebates for water-efficient upgrades. Check with your local government or utility provider.


3. 🧺 Run Full Loads in Dishwashers and Washing Machines

Avoid running half-loads. Waiting until you have a full load of laundry or dishes makes every drop count.

Why it matters:

  • Modern dishwashers use as little as 3 gallons per cycle — but only when fully loaded.
  • ENERGY STAR® washing machines use 40–50% less water than older models.

Water-saving tip: Use the eco or light wash setting when possible.


4. 🚰 Turn Off the Tap When Not in Use

This small habit makes a big difference over time.

Simple changes include:

  • Turning off the faucet while brushing your teeth or shaving
  • Rinsing fruits and vegetables in a filled bowl instead of under running water

💧 Turning off the tap while brushing your teeth can save up to 8 gallons a day per person.


5. 🌱 Rethink Outdoor Watering

Lawn and garden watering accounts for a significant portion of residential water use — especially in the summer.

Smart irrigation practices:

  • Water early in the morning or after sunset to reduce evaporation
  • Use drip irrigation systems or soaker hoses for efficiency
  • Adjust sprinklers to avoid watering sidewalks and driveways

Pro Tip: Plant native or drought-resistant landscaping to dramatically reduce water needs year-round.


👣 Small Steps. Big Impact.

Saving water doesn’t require a complete lifestyle change — just a few conscious choices. By making these small changes, you’re helping preserve our community’s most vital resource and keeping more money in your pocket.

At NSU Water, we’re proud to support you in creating a more sustainable home and future.


 

https://nsuwater.com/wp-content/uploads/2024/10/Columbus-m.jpg 516 400 Matthew McPherson https://nsuwater.com/wp-content/uploads/2024/02/New-NSU-logo.svg Matthew McPherson2025-09-14 19:41:412025-09-14 19:43:375 Easy Ways to Conserve Water

The History of Water Infrastructure on the East Coast

August 29, 2025/in Blog, News

🏙️ A Legacy Under Pressure: The History of Water Infrastructure on the East Coast

When we turn on the tap today, it’s easy to forget the centuries of innovation, engineering, and urban planning that made reliable water access possible. On the East Coast — home to some of the oldest cities in the United States — water infrastructure was often built in the 18th and 19th centuries. And while that legacy laid the foundation for modern urban life, it now presents a serious challenge: how do you update aging systems in cities built for another era?

Let’s take a look at the history of water on the East Coast, and why modernization is both essential and difficult.


💧 The Early Days: Wells, Rain Barrels, and Wooden Pipes

In the 1600s and 1700s, East Coast cities like Boston, Philadelphia, and New York depended on:

  • Wells and springs for fresh water
  • Rain barrels to catch runoff from rooftops
  • Rivers and ponds — often polluted and unsafe — for everyday use

As populations grew, these small-scale systems quickly became inadequate. Waterborne diseases like cholera and typhoid became common, prompting cities to seek more centralized and reliable solutions.


🏗️ The Rise of Urban Waterworks

By the early 1800s, cities began constructing municipal water systems to deliver clean water to growing populations.

📍 Philadelphia

In 1801, Philadelphia opened the Fairmount Water Works, one of the first large-scale municipal water systems in the U.S. It used steam engines (and later water wheels) to pump water from the Schuylkill River into a reservoir, which then distributed it by gravity through wooden pipes.

📍 New York City

By 1842, NYC completed the Croton Aqueduct, a 41-mile system that brought fresh water from upstate into Manhattan. The engineering was remarkable — tunnels, bridges, and massive reservoirs — and it transformed public health and firefighting capacity.

📍 Boston

Boston followed with its Cochituate Aqueduct in 1848, sourcing water from distant lakes and using gravity to distribute it throughout the city.

These systems were cutting-edge for their time, and many remain in use today — a testament to 19th-century engineering, but also a reflection of how hard it is to upgrade entrenched infrastructure.


🏚️ The Challenge Today: Aging Systems, Limited Flexibility

While these early investments were visionary, many East Coast cities now face the harsh reality of aging, inflexible water infrastructure:

⚠️ Old Materials

  • Many water mains and sewer lines are over 100 years old, made from cast iron, clay, or even wood.
  • Lead service lines still exist in many cities, posing serious health risks.

⚠️ Dense Urban Development

  • Water infrastructure is buried under layers of roads, subways, and buildings — making upgrades expensive and disruptive.
  • Expanding or rerouting systems to meet modern needs is logistically challenging in tightly packed urban cores.

⚠️ Outdated Capacity

  • Legacy systems were not built to handle 21st-century demands — from population growth and high-rise development to climate-driven flooding and droughts.
  • Combined sewer systems (stormwater + wastewater) frequently overflow during heavy rain, polluting local waterways.

💡 Why Modernizing East Coast Water Systems Matters

While West Coast cities often build with scarcity and drought in mind, East Coast cities face a different challenge: adapting old systems to modern realities.

Key concerns include:

  • Water quality and safety (e.g., lead pipe removal)
  • Climate resilience (managing rising seas, stronger storms, and aging stormwater systems)
  • Equity — ensuring all communities have reliable, clean water despite aging infrastructure

But change is difficult — not due to lack of innovation, but due to legacy constraints. Replacing a century-old pipe in Manhattan or Boston isn’t just a construction job — it’s a multimillion-dollar project with traffic, public safety, and political implications.


🛠️ What’s Being Done — And What’s Needed

Despite the limitations, progress is being made:

  • Federal funding (like the Bipartisan Infrastructure Law) is helping cities tackle long-deferred upgrades.
  • Smart water technologies are helping utilities monitor leaks and usage in real time.
  • Green infrastructure (rain gardens, permeable pavement) is helping manage stormwater more sustainably.

But fully modernizing East Coast water systems will take time, political will, and community support.


🔄 The Path Forward: Honor the Past, Build for the Future

The East Coast was the birthplace of American water engineering. The same spirit that built aqueducts, reservoirs, and underground tunnels in the 1800s must now guide us into the future.

At NSU Water, we understand the weight of that legacy — and the urgency of modernizing it. While change isn’t easy in cities built centuries ago, it’s never been more important. Because clean, reliable water isn’t a privilege of the past — it’s a promise we must renew for the future.

 

https://nsuwater.com/wp-content/uploads/2015/02/Battery-Park-3.jpg 571 857 Matthew McPherson https://nsuwater.com/wp-content/uploads/2024/02/New-NSU-logo.svg Matthew McPherson2025-08-29 19:47:372025-09-14 19:48:37The History of Water Infrastructure on the East Coast

Why Water Reuse Is Critical

August 1, 2025/in Blog, News

 

♻️ Why Water Reuse Is Critical for the Future of the Western United States

As water scarcity becomes an increasingly urgent issue across the Western U.S., the concept of water reuse is gaining traction — and for good reason.

From prolonged droughts and dwindling snowpacks to booming population growth, the West faces growing pressure on its limited water resources. At NSU Water, we believe that sustainable water reuse isn’t just an option — it’s a necessity for ensuring long-term water security.


💧 What Is Water Reuse?

Water reuse, also known as water recycling or reclaimed water, is the process of treating wastewater (from homes, businesses, or industry) so it can be safely used again — either for non-potable uses like irrigation and industrial cooling, or for indirect or direct potable reuse (after advanced treatment).

Rather than letting treated wastewater be discharged and lost, reuse systems capture, clean, and repurpose it — creating a reliable, drought-resistant water source.


🚨 Why the Western U.S. Needs Water Reuse Now

1. Chronic Drought Conditions

The Western U.S. has experienced over two decades of persistent drought, driven by climate change and reduced snowmelt. This has led to:

  • Critically low levels in major reservoirs (like Lake Mead and Lake Powell)
  • Reduced groundwater recharge
  • Water restrictions in agriculture and urban areas

Water reuse helps bridge the gap between supply and demand by creating a local, sustainable source that doesn’t depend on precipitation.


2. Growing Populations, Shrinking Supplies

Cities across the West — from Phoenix and Las Vegas to Denver and Los Angeles — continue to grow, placing more demand on already stressed water systems.

Water reuse helps meet this demand by reducing reliance on imported water from rivers, lakes, and aquifers that are under pressure.


3. Climate Change and Water Uncertainty

With rising temperatures and more unpredictable weather patterns, traditional water forecasting is becoming harder. Snowpack — historically a key source of water storage — is melting earlier and faster, leading to mismatches between water availability and seasonal needs.

Reused water is predictable, controllable, and locally sourced — making it a smart tool in adapting to climate uncertainty.


🌿 Benefits of Water Reuse

  • ✅ Increased Water Reliability
    Treated water can be used year-round, even during droughts or shortages.
  • ✅ Environmental Protection
    Reduces discharges to rivers and oceans, protecting aquatic ecosystems.
  • ✅ Supports Agriculture and Industry
    Reclaimed water is ideal for irrigation, cooling systems, and other non-potable needs — freeing up drinking water for residential use.
  • ✅ Cost-Effective Long Term
    While infrastructure investment is required, reuse reduces dependence on expensive water imports or groundwater pumping.

🛠️ Examples of Water Reuse in Action

  • Orange County, CA: Operates the world’s largest indirect potable reuse project, producing over 100 million gallons per day of purified water.
  • Tucson, AZ: Uses reclaimed water to irrigate parks, golf courses, and landscapes — conserving drinking water.
  • Aurora, CO: Has built a state-of-the-art reuse system to supplement its municipal water supply.

At NSU Water, we are exploring and supporting solutions like these to ensure a resilient, drought-proof future for our community.


🚰 What Can You Do?

Even if your area doesn’t yet use reclaimed water for drinking, you can still support water reuse by:

  • Using recycled water for landscaping (where available)
  • Supporting local infrastructure investments in reuse technology
  • Educating others about the safety and science of water recycling
  • Reducing overall water use at home to help stretch supplies

🔄 The Future of Water Is Circular

The traditional “use it once and throw it away” model is no longer sustainable — especially in the West. By embracing a circular approach to water, where every drop is used more than once, we can protect our resources, support growth, and safeguard our future.

At NSU Water, we’re committed to advancing smart, sustainable solutions like water reuse. Because every drop matters.

 

https://nsuwater.com/wp-content/uploads/2024/10/Bennett-Enviornmental-Associates-2.jpg 400 575 Matthew McPherson https://nsuwater.com/wp-content/uploads/2024/02/New-NSU-logo.svg Matthew McPherson2025-08-01 19:44:342025-09-14 19:46:12Why Water Reuse Is Critical

Major Water Regulations Are Coming in 2026

June 14, 2025/in Blog, News

🚨 What Major Water Regulations Are Coming in 2026?

As water issues become more pressing across the United States — from contamination concerns to climate-driven droughts — new federal regulations are on the horizon. In 2026, several major rules will impact water utilities, municipalities, and consumers, especially in how we manage drinking water, wastewater, and public reporting.

Here’s a breakdown of the key water-related regulations expected to take effect or advance significantly in 2026:


1. PFAS Drinking Water Regulations

New national drinking water standards are being phased in to address PFAS — also known as “forever chemicals” — including PFOA, PFOS, and other harmful compounds.

What’s Coming:

  • Water systems will need to monitor for specific PFAS chemicals starting in 2026.
  • Compliance with Maximum Contaminant Levels (MCLs) will follow in later years.
  • Utilities will need to adopt new treatment technologies or upgrade existing systems.

Why It Matters:

PFAS are linked to health risks and are extremely persistent in the environment. These new rules represent one of the most significant shifts in drinking water regulation in decades.


2. Consumer Confidence Report (CCR) Rule Revisions

Updates to how public water systems communicate with customers are being finalized, with enforcement starting soon after.

What’s Changing:

  • CCRs must be easier to understand and more accessible to non-English speakers.
  • Some water systems will be required to issue CCRs twice a year.
  • Reports will include clearer health risk explanations and more detailed lead information.

Timeline:

Although enforcement starts in 2027, the first reports under the new rules will reflect 2026 water quality data.


3. Wastewater Regulations for Power Plants

The EPA is revising its wastewater discharge limits for steam electric power plants — a major move to reduce pollution into rivers and lakes.

What to Expect:

  • Stricter limits on toxic metals and other discharges.
  • Updated guidelines for treatment and disposal processes.
  • Potential ripple effects on permitting and regional water quality standards.

4. Six-Year Review of National Drinking Water Standards

Every six years, federal regulators review and potentially update existing drinking water rules. The upcoming review may bring changes to several long-standing standards.

Possible Focus Areas:

  • Disinfection byproducts
  • Microbial contaminants
  • Total and hexavalent chromium
  • Emerging health concerns related to long-term chemical exposure

These updates will guide future investments in water treatment and distribution systems.


5. Lead and Copper Rule Improvements (LCRI)

The federal government is finalizing a sweeping update to how utilities manage lead in drinking water — one of the most critical public health issues in water infrastructure today.

Key Changes:

  • Tighter requirements for lead service line replacement
  • Lower action levels for lead and copper concentrations
  • More comprehensive testing in schools and childcare facilities

Implications:

Many systems will need to map their service lines and prepare for full replacement efforts, with planning beginning before 2026.


6. Waters of the United States (WOTUS) Definition Revisions

Federal agencies are revising how they define which water bodies are protected under the Clean Water Act.

What’s At Stake:

  • The definition affects permits for development, agriculture, and stormwater runoff.
  • Changing the definition can either expand or restrict which streams, wetlands, and ditches fall under federal jurisdiction.

This rule will shape how both rural and urban areas manage surface water protections.


Why These Changes Matter

While 2026 may seem like a distant horizon, utilities, businesses, and local governments must begin preparing now. New regulations mean:

  • Infrastructure upgrades
  • Higher compliance costs
  • More transparent communication with the public
  • Greater accountability for water quality

What Can Utilities and Communities Do Now?

  • Conduct early assessments of treatment systems and service lines
  • Develop capital plans that account for upcoming requirements
  • Engage with community members about what’s changing and why
  • Apply for federal and state funding to support compliance projects

Looking Ahead

The water regulations arriving in 2026 reflect a broader shift toward protecting public health, ensuring environmental sustainability, and modernizing outdated infrastructure. It’s a turning point — one that calls for investment, innovation, and collaboration at every level.

At NSU Water, we’re committed to staying ahead of these changes to keep our systems resilient, our communities informed, and our water safe for generations to come.

 

https://nsuwater.com/wp-content/uploads/2023/12/m-Wastwater-Header.jpg 1392 1080 Matthew McPherson https://nsuwater.com/wp-content/uploads/2024/02/New-NSU-logo.svg Matthew McPherson2025-06-14 19:50:442025-09-14 19:55:25Major Water Regulations Are Coming in 2026

19th International Architecture Exhibition: From Venice, a Global Call on the Future of Water

May 14, 2025/in News

via We Build Value (https://www.webuildvalue.com/en/reportage/biennale-desalination-plant.html)

Webuild supports the ‘Canal Café’ special project, which involves installing a desalination and water filtration system that transforms seawater into fresh water through reverse osmosis — the same solution used to combat water scarcity in many parts of the world

The Venice Architecture Biennale becomes an opportunity to raise awareness in the world of architecture and engineering about the water crisis and the role of desalination plants as a response to global water scarcity.

At the event, curated by Carlo Ratti, Director of the Senseable City Lab at MIT in Boston, the Webuild Group also made its contribution, aiming to address this year’s theme: intelligence in its three forms—human, artificial, and natural.

The event was thus an opportunity to present to the international public an installation awarded the “Golden Lion” for best participation by the Biennale, delivering a message on water treatment and reuse: a system that uses some of the same technologies as large-scale desalination plants, such as reverse osmosis, to treat the water from the Venice Lagoon for an unexpected purpose—making coffee.

The small plant in Venice powers the “Canal Café,” a special project inaugurated during the 19th International Architecture Exhibition (May 10 – November 23). At this café, the beverage is made using water from the Lagoon, only after it has been desalinated, purified, and filtered.

The initiative, supported by the Webuild Group, is curated by Carlo Ratti and designed by the Diller Scofidio + Renfro studio in collaboration with Natural Systems Utilities, SODAI, Aaron Betsky, and internationally renowned chef Davide Oldani.

The project’s implementation, made possible through the expertise of the Webuild Group and its subsidiary Fisia Italimpianti—which, through its desalination plants, currently provides enough drinking water for over 20 million people—is a demonstration of how environmental challenges like water scarcity can be transformed into everyday opportunities.

Choosing to present a desalination and water filtration system at an international event dedicated to architecture and engineering aims to raise public and institutional awareness of the critical importance of water and the role desalination plants could play in addressing the increasingly dire issue of water crisis.

Not Only Venice Biennale: The World Chooses Desalination Plants Against the Water Crisis
From the Arabian Peninsula to Spain, from Israel to India and Australia, more and more countries are turning to desalination plants as water infrastructures to ensure steady supplies of drinking water by harnessing an almost inexhaustible resource: the seawater.

In Australia, the city of Melbourne receives 150 billion liters of water each year (30% of its total demand) from the Victorian Desalination Plant, located 84 kilometers from the city.

This major Australian facility was inspired by infrastructure developed in the United Arab Emirates and Saudi Arabia, to which Webuild’s subsidiary Fisia Italimpianti contributed. One example is the Jebel Ali Desalination Plant in Dubai, equipped with eight desalination units (still among the largest in the world), each capable of producing 80,000 cubic meters of fresh water per day.

In Saudi Arabia, the Ras Al Khair plant supplies part of the drinking water required by the capital Riyadh, with water transported through a 535-kilometer-long pipeline network; the expansion of the Shoaiba III project (which also involved Fisia Italimpianti) led to a facility capable of producing 250,000 cubic meters of fresh water per day, supplying 1 million residents across Mecca, Jeddah, and Taif with potable water.

Italy, Water Scarcity, and the Response Entrusted to Desalination Plants
Despite evident issues related to water scarcity, Italy remains far behind in finding an effective, long-term solution. Currently, there are only 340 small-scale desalination plants operating in the country, accounting for just 0.1% of the national fresh water withdrawal, most of which serve the industrial sector.

The National Recovery and Resilience Plan (PNRR) has allocated €4.3 billion for water infrastructure, but to date, there is still no specific plan for constructing new water desalination systems. This, despite the water scarcity becoming more and more severe. According to ISTAT, between 2001 and 2020, the duration of drought periods in Italy increased by 34% compared to the 1961–1990 period.

This trend has continued over the past five years, especially affecting southern regions, where some areas have experienced severe water crises. Such was the case in Sicilian cities like Agrigento, Catania, and Trapani, as well as parts of Calabria, where a state of emergency was declared.

The construction of new desalination plants capable of transforming seawater into potable water would offer a decisive response to water shortages—just as it has in many other countries around the world that have adopted this technology.

https://nsuwater.com/wp-content/uploads/2025/05/Venezia_Dissalatori_03.jpg 1081 1920 Matthew McPherson https://nsuwater.com/wp-content/uploads/2024/02/New-NSU-logo.svg Matthew McPherson2025-05-14 22:05:072025-05-18 22:08:3019th International Architecture Exhibition: From Venice, a Global Call on the Future of Water

Coffee Flavored by Venice Itself

May 4, 2025/in News

Via New York Times (https://www.nytimes.com/2025/05/06/style/coffee-venice-water.html)

Visitors to the Venice Biennale of Architecture will be able to buy espresso made from canal water.

In Venice, beauty and decay have always flowed side by side, borne on waters that are as treacherous as they are alluring. The lagoon makes itself felt as a living presence, through the briny smell that seeps into city squares and alleyways.

An unorthodox project at this year’s Architecture Biennale invites visitors to imbibe Venice in the form of espresso brewed from the lagoon itself — a symbolically rich and scientifically advanced act of transformation and trust.

Conceived by the New York studio Diller Scofidio + Renfro, Canal Café involved two engineering firms, Natural Systems Utilities of the United States and SODAI of Italy, which oversaw the design, testing and monitoring of the water purification system. Aaron Betsky, a critic of art, architecture and design, advised the project.

Canal Café flirts with the language of alchemy — transforming brackish, untrusted water into a warm, fragrant cup of coffee. If it all sounds fantastical, that’s by design.

The project dates from 2008, the year Mr. Betsky directed the Biennale. He invited DS+R to develop a concept that would draw water straight from the canals, purify it in front of the public and brew coffee with it. The project was designed but never carried out because of difficulties in obtaining permits. Now, with advances in filtration and a new push from the 2025 Biennale director, Carlo Ratti, the idea has finally found its moment.

“Regulations and technology have come a far way, and part of the big difference now was that the methodology involved has been one that uses biological filtering rather than chemical filtering, so it’s more organic and natural,” Mr. Betsky said in a phone interview.

The cafe will be installed outside, in the back of the Arsenale, Venice’s former shipyard and armory, which is one of the Biennale’s main sites. Water drawn from the adjacent Arsenal Lagoon will be split into two streams: one filtered biologically through a “microwetland” populated by salt-tolerant plants, and another treated through reverse osmosis and ultraviolet disinfection.

The two streams will reunite to create water that is not only potable but also mineral-balanced. The Michelin-starred chef Davide Oldani will tweak the combination to produce a distinct local flavor. Then he will select the coffee blend and adjust the grind that will deliver the most authentically Venetian taste.

Clear pipes and tanks will reveal every step of the transformation. “It will be very visible: the way the water is traveling from the lagoon into the system and through the espresso machine,” Elizabeth Diller, a co-founder of DS+R, said by phone.

In an email, Mr. Ratti wrote that Canal Café explored “architecture at its most immediate point of interaction — where design meets necessity.”

In a few decades, he said, Venice’s MOSE barrier, the city’s electromechanical flood protection system, will likely be shut almost permanently. After that happens “the city’s biggest challenge won’t just be holding back water — it’ll be figuring out how to keep it clean.”

Clean water, he added, is not only a Venetian concern but also a global one: “We could say that the project is a prototype of the global dilemmas we face in a time of increased climate change when our infrastructures must adapt.”

Mr. Ratti is aware of how provocative the premise of Canal Café might seem. “It’s a challenge we take seriously,” he said. “The idea is to bring a complex environmental issue — water quality — into the simplest acts of our everyday life,” including sipping morning espresso.

Canal Café is meant to engage the body as much as the mind.

“It’s visceral — to drink or not to drink — and will provoke people to confront the issue that is literally right in front of them,” he said. “You’re not just hearing about polluted water and infrastructure failure — you’re drinking a cup of coffee that started as lagoon sludge.” (The espressos will be sold, although the price — 1.20 euros, or $1.36 — is the same as at other coffee bars inside the Biennale.)

Canal Café responds to many of the core concerns Mr. Ratti hopes to address during his edition of the Biennale, for instance, by highlighting how precarious much of the infrastructure is in both our built and natural environments. It is architecture not as a monument, but as a process that involves different fields of knowledge interacting to come up with sustainable solutions.

“We spend so much of our time thinking of a lot of what we see in our natural environment as not worth looking at, as trash, as things that might be offensive to us,” Mr. Betsky said. In his view, one task of architecture is being able to “take what we don’t value, revalue, reimagine it, and show the beauty that is potentially within it.”

The project, Ms. Diller added, is “about combining the sort of pleasure of drinking beautiful espresso while also thinking about the complexity that it takes to actually have potable water.”

When Canal Café opens for business, she said, she’ll be at the front of the line. “I will drink the first cup of espresso, and I will be the guinea pig.”

 

 

https://nsuwater.com/wp-content/uploads/2023/12/Watertreatment-Header-1500x630-1.jpg 630 1500 Matthew McPherson https://nsuwater.com/wp-content/uploads/2024/02/New-NSU-logo.svg Matthew McPherson2025-05-04 22:09:072025-05-18 22:13:13Coffee Flavored by Venice Itself

PRESS RELEASE: High quality espresso from canal water, groundbreaking water reuse project launched at Aquatech Amsterdam 2025

March 12, 2025/in Press Release

High quality espresso from canal water, groundbreaking water reuse project launched at Aquatech Amsterdam 2025

Amsterdam, March 12, 2025 – Natural Systems Utilities and Sodai, both part of Nijhuis Saur Industries (NSI), in collaboration with renowned architecture firm Diller Scofidio + Renfro (DS+R), proudly announce the launch of the Canal Café project at Aquatech 2025 in Amsterdam. This groundbreaking initiative challenges conventional thinking about water reuse, proving that alternative water sources exist everywhere—even in the canals of Venice.

DOWNLOAD PRESS RELEASE

Pioneering the Future of Water Reuse in Urban Environments

With Natural Systems Utilities leading system design and Sodai handling local operations, sampling, and maintenance, the project seamlessly blends sustainability, building with nature, technology, and culture to redefine urban water management.

“Water is the source of life, shaping cultures and defining cities. Canal Café — part living laboratory, part espresso bar — allows us to enjoy water in a whole new way by fusing natural and artificial processes to create an espresso uniquely tied to its place.”
– Sean A. Gallagher, DS+R Principal and Director of Sustainable Design

“There could not be a greater moment to unveil this visionary project in the ‘Venice of the North’—Amsterdam. Just as Venice and Amsterdam are intrinsically linked by their canals, they now share a common future: pioneering the next era of sustainable water management. The Canal Café embodies our group’s mission—where innovation, collaboration, and expertise converge to transform the way we think about water.”
– Menno M. Holterman, President & CEO, Nijhuis Saur Industries

Rethinking Water Reuse: #MissionWater
As the world faces water scarcity and rapid urbanization, the Canal Café serves as a powerful statement— demonstrating how brackish canal water can be transformed into high-quality espresso. This immersive experience invites the public to rethink water reuse and embrace circular solutions for the future.

Following its Aquatech debut, the Canal Café will come to life from May to November 2025 at the 19th International Architecture Exhibition in Venice, a city intrinsically shaped by water. This initiative will further highlight the urgent need for sustainable water management and innovative reuse solutions.

How It Works: A Fusion of Tradition & Innovation

The Canal Café is more than just an espresso bar – it’s a showcase of innovative water purification technology. Developed by Natural Systems Utilities & Sodai, this unique system combines natural purification methods with advanced filtration to transform canal water into high-quality drinking water.

Join the Water Revolution

The Canal Café is more than a project—it’s a vision for the future. Join us at Aquatech 2025 and experience firsthand how innovative water reuse solutions can reshape urban sustainability and the integration of centralized and distributed infrastructure systems.

Curious to discover how we turn canal water into a Venetian espresso? Visit our booth during Aquatech 2025 or explore the full story on our website to learn more about the cutting-edge hybrid system that makes this possible.

Discover More About The Café Canal Project

About Diller Scofidio + Renfro (DS+R) | www.dsrny.com
Founded in 1904, Nijhuis Saur Industries today is one of the global water quality service providers delivering solid and adaptive solution

About Nijhuis Saur Industries | www.nijhuissaurindustries.com
Founded in 1904, Nijhuis Saur Industries today is one of the global water quality service providers delivering solid and adaptive solutions for sustainable and resilient water use, energy- and resource recovery. Since the inception of Saur’s Industrial Water platform in 2020 more than 18 companies have been successfully acquired and integrated into one global operating company supporting municipal and industrial clients in over 140 countries with engineering and consultancy services, EPC / DBFOM project execution, mobile water solutions, O&M site services and Water As A Service . With an extensive portfolio of innovative technologies and game-changing solutions, Nijhuis Saur Industries deliver local, scalable, and circular water-on-demand solutions to more than 7.000 references around the world and contributes to a more sustainable and resilient future.

Our purpose is to be an advocate for water, ensuring everyone gives water the value it deserves. With our unique Customer for Life approach, we protect water resources, contribute to the water-, energy-, waste- and food transition, and help to restore and close the water loop. We call it #MissionWater.

NSI’s expertise is further strengthened by the integration of companies such as Natural Systems Utilities and Sodai S.p.A. Natural Systems Utilities is a leader in distributed water reclamation and turnkey reuse innovation, currently operating over 400 systems across North America, including the largest base of onsite reuse and natural treatment systems in the United States. Sodai S.p.A. specializes in the treatment of primary or wastewater and process fluids, offering tailored solutions with a sustainability-oriented approach, covering the entire lifecycle of water treatment plants including Operation & Maintenance. Together, these companies enhance NSI’s ability in this prestigious Canal Café project to convert the canal water in Venice to the best high quality espresso.

Press Contacts

Menno M. Holterman
CEO Nijhuis Saur Industries
T: +31 (0) 314 74 90 12
E: menno.holterman@nijhuisindustries.com

Sean A. Gallagher
Principal and Director of Sustainable Design DS+R
T : +1 336 687 4525
E : sgallagher@dsrny.com

https://nsuwater.com/wp-content/uploads/2025/03/Canal-cafe-1.jpeg 514 685 Admin https://nsuwater.com/wp-content/uploads/2024/02/New-NSU-logo.svg Admin2025-03-12 15:21:382025-03-13 15:22:39PRESS RELEASE: High quality espresso from canal water, groundbreaking water reuse project launched at Aquatech Amsterdam 2025

WateReuse Members in Northeast Combat Unexpected Drought

December 2, 2024/in News

Record dryness in US Northeast should change water behavior, experts say

DENVER (AP) — It hasn’t been a typical fall for the northeastern United States.

Fires have burned in parks and forests around New York City. Towns and cities in a stretch from Portsmouth, New Hampshire, to south of Philadelphia had their driest three months on record, according to the Applied Climate Information System. Some reservoirs in the region are near historic lows.

Major changes need to happen to avoid critical shortages of water in the future, even if that future isn’t immediate. As the climate warms, droughts will continue to intensify and communities should use this one as motivation to put in place long-term solutions, experts say.

“This is the canary in the coal mine for the future,” said Tim Eustance, executive director of the North Jersey District Water Supply Commission. “People should stop watering their lawns yesterday.”

Eustance wants New Jersey Gov. Phil Murphy to issue a drought emergency to increase people’s sense of urgency.

Here are some ways to stretch water experts said could become necessary in the Northeast.

Replenishing more water underground

One important place water is stored is under our feet. Groundwater has dropped significantly over the years in parts of Delaware, Maryland, New Jersey and New York.

Groundwater makes up about half of New Jersey’s drinking water. Sprawl and concrete can make it tough for rain to replenish the water underground.

“New Jersey is ‘mall-landia.’ We have these giant parking lots that could be ways to reclaim water instead of having runoff,” Eustance said.

Image
Dropping water levels expose the lake bed at the Ashokan Reservoir in Ulster County, New York, on Wednesday, Nov. 13, 2024. (AP Photo/Ted Shaffrey)

In some other parts of the country there is increasing use of permeable asphalt, concrete and pavers that allow water to percolate into the ground and back into the aquifer. It would be up to municipalities to require that, he said.

A faster way to replenish the aquifer is by injecting highly treated wastewater into it, something Los Angeles has been doing for years. It is dramatically adding to the city’s available water.

Virginia Beach, Virginia, is also pumping highly treated water back into its aquifer, and Anne Arundel County in Maryland is trying to pass legislation that would allow the same.

Paying people to conserve

In some places in the western U.S., getting paid to save water has long been an option. Some cities and counties pay dollars for every square foot of lawn torn out and replaced with native landscaping.

Those policies are not nearly as widespread in the Northeast, said Alan Roberson, CEO of the Association of State Drinking Water Administrators.

Image
This Monday, Nov. 11, 2024 image shows the Wanaque Reservoir is in Ringwood, N.J. (AP Photo/Ted Shaffrey)

“The abundance has created a different perspective,” he said. This can make it hard to get people on board with conservation.

Upgraded water meters can give customers details about their water use and help them see where they can save money when drought doesn’t feel as urgent, said Beth O’Connell, chief engineer for Anne Arundel County, Maryland.

Reusing water could become more common

The concept is simple: capture water from the sink, clothes washer, shower and toilet, treat it to a high standard and use it again for nonpotable purposes: It can be sent back through pipes to flush toilets, cool buildings, water yards or help raise water levels in a river or aquifer.

“One of the crimes I think, in America, is we use drinking water to water our lawns and flush our toilet,” Eustance said.

Zach Gallagher is CEO of Natural Systems Utilities, which designs, builds and operates water recycling systems. He also is the father of three kids and lives in New Jersey, so this drought hits close to home.

“I feel like I’m doing something that is going to be meaningful and leave something beyond for my children, and their children,” he said.

Reuse can be a tool for both drought and flood, he explained. When a building can reuse its own wastewater and discharge it directly into a body of water, it eases stress on a city’s fragile sewer system, which is a common vulnerability in old coastal cities. It also reduces demand on new water.

Once open this summer, the company’s redesign of the old Domino Sugar Refinery on New York’s East River will be able to treat 400,000 gallons (1.5 million liters) of wastewater a day, enough to cover a football field in nearly 15 inches (38 centimeters) of water. The cleaned water will be piped back into the new mixed-use buildings for flushing toilets, cooling and landscaping, with some of it discharged back into the river.

Nonpotable reuse has a growing footprint in the eastern U.S., but scaling it to a regional level should be the next focus, O’Connell said.

A new mindset

Planning for a future that includes extended drought can be costly. It could also require a shift in mindset from one of abundance to conservation, said Del Shannon, dam engineer and member of the American Society of Civil Engineers.

He has worked on water projects around the world and said many developing countries are focused on getting reliable water for crops and drinking.

“We need to treat our water and guard it as gently as those countries are.”

 

Article from AP News: Northeast drought: Experts say region needs to change water behavior | AP News

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International Code Council Update

November 1, 2024/in Announcement, News

CODE CHANGE

In October 2024, NSU successfully lobbied the International Code Council to adopt new regulations regarding water reuse. In 2021, major revisions to the International Plumbing Code (IPC) regarding water reuse were proposed by others and rejected for a variety of reasons. During the next cycle of rule updates, Natural Systems Utilities (NSU) joined the Code Action Committee’s Working Group to modify and resubmit proposed code updates to safely encourage more water reuse. NSU played an instrumental role, as primary author of the rewritten IPC SECTIONS 1301 and 1302. Retitled “Water Reuse Systems”, this new proposal identified and sanctioned nearly 100 forms of water reuse. And instead of basing required treatment on the raw source of reuse water, this new proposal based required water quality on the type of reuse. For example, direct potable reuse water would require a higher quality than landscape irrigation reuse water. To clarify this approach, four exposure categories matched to four quality standards were proposed. Following input from various stakeholders and intermediate approvals, both sections were approved by a vote of 13-1 at the 2024 Code Action Hearings, in Long Beach, California. Pending a public comment period in 2026, the 2027 IPC will feature this new code and be more explicitly supportive of water reuse.

THE ICC

The International Code Council was established in 1994 as a non-profit organization dedicated to developing a single set of comprehensive and coordinated model construction codes. The founders of the Code Council are Building Officials and Code Administrators International, Inc. (BOCA), International Conference of Building Officials (ICBO) and Southern Building Code Congress International, Inc. (SBCCI). In the early part of the last century, these non-profit organizations developed three separate sets of model codes used throughout the United States. Although regional code development was effective and responsive to needs, a single set of codes was preferred. The three model code groups responded by creating the Code Council and by developing codes without regional limitations: the International Codes® (I-Codes). At present, the IPS is adopted in 35 states.

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Artificial Wetland Market to Witness Stunning Growth | Major Giants Tetra Tech, Stantec, PureBlue

October 22, 2024/in News
Artificial Wetland Market

Artificial Wetland Market

HTF MI recently introduced Global Artificial Wetland Market study with 143+ pages in-depth overview, describing about the Product / Industry Scope and elaborates market outlook and status (2024-2032). The market Study is segmented by key regions which is accelerating the marketization. At present, the market is developing its presence. Some key players from the complete study are Ecolotree, WesTech Engineering, Biomatrix Water, PureBlue, ARM Group, Constructed Wetlands, Natural Systems Utilities, WaterIQ Technologies, Ecoactive, Habitat Solutions, Geosyntec, AECOM, Cardno, Ramboll, Stantec, Jacobs Engineering, Black & Veatch, Tetra Tech, Brown and Caldwell, HDR.

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According to HTF MI, the Artificial Wetland Market have seen a market size of USD 2.1 Billion in 2024 and estimated to reach USD 3.8 Billion by 2032, growth at a CAGR of 6.8%. Historically, back in 2019 the Artificial Wetland market have seen a value of USD 1.5 Billion and since then market have recovered completely and showing robust growth.

The Artificial Wetland market is segmented by Types (Surface-flow, Subsurface-flow, Hybrid, Floating), Application (Wastewater treatment, Habitat creation, Stormwater management, Pollution control) and by Geography (North America, LATAM, West Europe, Central & Eastern Europe, Northern Europe, Southern Europe, East Asia, Southeast Asia, South Asia, Central Asia, Oceania, MEA).

Definition:
Artificial wetlands, also known as constructed wetlands, are engineered systems designed to mimic the functions of natural wetlands for purposes such as water treatment, flood control, and habitat restoration. They leverage natural processes involving wetland vegetation, soils, and microbial life to purify water by removing contaminants such as heavy metals, nutrients, and pathogens. The rising environmental awareness and the need for sustainable urban solutions drive the adoption of artificial wetlands for wastewater treatment, stormwater management, and habitat restoration. Challenges include space constraints and long-term maintenance. However, ongoing innovations in hybrid wetland systems are helping overcome these limitations.

Dominating Region:
• Europe

Fastest-Growing Region:
• Asia-Pacific

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The titled segments and sub-section of the market are illuminated below:
In-depth analysis of Artificial Wetland market segments by Types: Surface-flow, Subsurface-flow, Hybrid, Floating
Detailed analysis of Tank Container Shipping market segments by Applications: Wastewater treatment, Habitat creation, Stormwater management, Pollution control

Geographically, the detailed analysis of consumption, revenue, market share, and growth rate of the following regions:
• The Middle East and Africa (South Africa, Saudi Arabia, UAE, Israel, Egypt, etc.)
• North America (United States, Mexico & Canada)
• South America (Brazil, Venezuela, Argentina, Ecuador, Peru, Colombia, etc.)
• Europe (Turkey, Spain, Turkey, Netherlands Denmark, Belgium, Switzerland, Germany, Russia UK, Italy, France, etc.)
• Asia-Pacific (Taiwan, Hong Kong, Singapore, Vietnam, China, Malaysia, Japan, Philippines, Korea, Thailand, India, Indonesia, and Australia).

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Artificial Wetland Market Research Objectives:
– Focuses on the key manufacturers, to define, pronounce and examine the value, sales volume, market share, market competition landscape, SWOT analysis, and development plans in the next few years.
– To share comprehensive information about the key factors influencing the growth of the market (opportunities, drivers, growth potential, industry-specific challenges and risks).
– To analyze the with respect to individual future prospects, growth trends and their involvement to the total market.
– To analyze reasonable developments such as agreements, expansions new product launches, and acquisitions in the market.
– To deliberately profile the key players and systematically examine their growth strategies.

FIVE FORCES & PESTLE ANALYSIS:
In order to better understand market conditions five forces analysis is conducted that includes the Bargaining power of buyers, Bargaining power of suppliers, Threat of new entrants, Threat of substitutes, and Threat of rivalry.
• Political (Political policy and stability as well as trade, fiscal, and taxation policies)
• Economical (Interest rates, employment or unemployment rates, raw material costs, and foreign exchange rates)
• Social (Changing family demographics, education levels, cultural trends, attitude changes, and changes in lifestyles)
• Technological (Changes in digital or mobile technology, automation, research, and development)
• Legal (Employment legislation, consumer law, health, and safety, international as well as trade regulation and restrictions)
• Environmental (Climate, recycling procedures, carbon footprint, waste disposal, and sustainability)

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Points Covered in Table of Content of Global Artificial Wetland Market:
Chapter 01 – Artificial Wetland Executive Summary
Chapter 02 – Market Overview
Chapter 03 – Key Success Factors
Chapter 04 – Global Artificial Wetland Market – Pricing Analysis
Chapter 05 – Global Artificial Wetland Market Background or History
Chapter 06 – Global Artificial Wetland Market Segmentation (e.g. Type, Application)
Chapter 07 – Key and Emerging Countries Analysis Worldwide Artificial Wetland Market
Chapter 08 – Global Artificial Wetland Market Structure & worth Analysis
Chapter 09 – Global Artificial Wetland Market Competitive Analysis & Challenges
Chapter 10 – Assumptions and Acronyms
Chapter 11 – Artificial Wetland Market Research Methodology

Key questions answered
• How Global Artificial Wetland Market growth & size is changing in next few years?
• Who are the Leading players and what are their futuristic plans in the Global Artificial Wetland market?
• What are the key concerns of the 5-forces analysis of the Global Artificial Wetland market?
• What are the strengths and weaknesses of the key vendors?
• What are the different prospects and threats faced by the dealers in the Global Artificial Wetland market?

Thanks for reading this article; you can also get individual chapter-wise sections or region-wise report versions like North America, LATAM, Europe, Japan, Australia or Southeast Asia.

Nidhi Bhawsar (PR & Marketing Manager)
HTF Market Intelligence Consulting Private Limited
Phone: +15075562445
sales@htfmarketreport.com

About Author:
HTF Market Intelligence Consulting is uniquely positioned to empower and inspire with research and consulting services to empower businesses with growth strategies. We offer services with extraordinary depth and breadth of thought leadership, research, tools, events, and experience that assist in decision-making.

This release was published on openPR.

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