6 Best Water Management Technology Solutions
- DrizzleX
- Aug 18
- 10 min read
Water waste, rising utility bills, and hidden leaks are some of the biggest problems property managers face. Outdated plumbing and poor tracking can lead to high costs and unhappy tenants.
On top of that, more buildings are dealing with pressure to save resources and follow green practices. These challenges have led many to look for water conservation technology.
In this article, we'll explore six solutions that can help you better manage your water usage, protect your property, and lower your utility costs without affecting tenant comfort.
Best Solutions for Smart Water Management & Leak Detection
Smart water systems are changing how buildings manage water. By adopting digital technologies and property management software, property owners can track usage, spot leaks early, and fix problems fast. These tools work by analyzing data from sensors placed in pipes and meters.
They help you understand how water moves through your water distribution networks and find unusual patterns.
For example, a sudden drop in pressure may point to a leak. This quick insight helps reduce water waste and lower repair costs.
Over time, smarter water infrastructure leads to better performance and savings. With these new tools, property managers can take control and make more informed decisions about water use across their buildings. Here are two top solutions you can try out:
1. DrizzleX's IoT Micrometers
DrizzleX is a water management system built for properties that can’t be submetered. Most multifamily properties don’t have separate water lines for each unit, so billing tenants fairly and spotting leaks can be hard.
DrizzleX solves this problem with simple IoT micrometers that track water use down to the fixture level. These devices install in minutes, without needing a plumber.
DrizzleX also uses AI to predict how much water each unit will use for the rest of the month and the next two months. These forecasts are based on at least 12 months of actual usage data. Property managers can view predictions by going to the unit’s Chart tab.
Key Features
IoT micrometers – Small devices that track water use by fixture, installed in minutes with no plumber needed
Live alerts and reports – Get real-time updates about leaks, high usage, or abnormal patterns
AI water usage predictions – Forecasts future water use for each unit based on past trends
Landlord dashboard – Track building water use, get alerts, and manage billing in one place
Leak detection – Find and fix leaks fast with automatic alerts sent straight to your dashboard
Tenant water use tracking – See how much each unit uses so you can bill fairly
Cloud billing – Bill tenants directly through the DrizzleX platform without third-party billing services
Behavior change tools – Show tenants their usage to help cut wasteful habits
Works without mains – Built for buildings without unit-level water lines, solving the riser plumbing challenge
Fixture-level tracking – DrizzleX is the only system that can track water use from each fixture (e.g., showers, sinks, and toilets), so you get a full view of where water is used
Track Water Use by Fixture With DrizzleX
Most older multifamily buildings in the U.S. don’t have unit-level water lines. That means traditional submetering systems do not work unless you make major plumbing changes.
DrizzleX solves this with fixture-level submetering, so there is no need to rip out walls or install new pipes.
Each water fixture gets its own micrometer. These micrometers work together to show the total water use of a unit. It provides more detailed data and works even in buildings that were never designed for submetering.
You get a clear view of where water is being used or wasted, which can help you find leaks early, bill tenants fairly, and lower water costs.
All of this is possible only with DrizzleX, a system that is quick to install and easy to use. No complicated plumbing changes needed.
2. Moen's Flo Shutoff
The Flo Smart Water Monitor and Shutoff watches your water pressure, flow rate, and temperature. It checks for changes that could mean there’s a leak.
Source: shop.moen.com
It connects to your home’s main water line and uses sensors to identify unusual patterns. If the system finds signs of a leak, it sends alerts and can automatically shut off the water.
Installation is typically handled by a professional plumber. The system can be accessed and managed through a mobile app.
Key Features
Automatic shutoff – Detects leaks and turns off the water supply to help prevent damage
Real-time notifications – Sends alerts through app, call, or email when a leak is found
Microleak detection – Identifies small, slow leaks as little as a drop per minute
App-based control – Lets users monitor and control water use remotely using the mobile app
Usage learning – Tracks daily patterns to recognize changes in water behavior
Best Solutions for Water Recycling
Water recycling helps buildings use water more wisely by reusing treated water for non-drinking needs. This includes tasks like flushing toilets, watering plants, or cooling systems.
By using recycled water instead of clean fresh water, buildings save money and reduce pressure on public supplies.
Smart systems now make water resource management easier by tracking how much water is reused and where it goes.
These tools also help monitor water quality and detect issues early. Recycled water is safe for many uses and supports long-term conservation goals. Let's look example technologies:
3. Epic Cleantec
The OneWater system of Epic Cleantec is an on-site water treatment and reuse technology for buildings.
Source: epiccleantec.com
It collects wastewater from various sources within a building, treats it through several steps, and produces water suitable for non-potable uses such as flushing, irrigation, and cooling.
In addition to water recycling, the system can also recover energy from wastewater heat and produce natural soil amendments. It operates automatically and includes cloud-based remote monitoring and reporting tools.
The system is designed to fit within limited space and can be scaled to meet different building sizes and flow volumes.
Key Features
Multi-source wastewater integration – Combines greywater, blackwater, rainwater, and other sources into a single treatment system
Advanced treatment process – Uses biological treatment, ultrafiltration membranes, and disinfection to produce high-quality recycled water
Energy recovery option – Captures heat from wastewater to reduce domestic hot water energy use
Remote monitoring and automation – Fully automated system with cloud-based controls, alerts, and a reporting dashboard
Compact and scalable design – Fits within small spaces and handles flows from 1,000 to 30,000 gallons per day
4. HydraLoop
Hydraloop is a water recycling system designed for homes and small businesses. It collects lightly used water from showers, baths, and washing machines, treats it, and makes it available again for non-drinking uses like flushing toilets, doing laundry, or watering gardens.
Source: hydraloop.com
Hydraloop lets you reuse water at home, which helps cut down on water waste, saves money on water bills, and works well in places with water limits or shortages. The system has different models, so you can choose one that fits your home and needs.
Key Features
Onsite water reuse – Collects and treats water from showers and appliances for use in toilets, laundry, or irrigation
Multiple system sizes – Offers options for single homes, larger residences, and multi-unit buildings
App monitoring and control – Lets users track water use, receive system updates, and access support remotely
Water bill savings – Reuses water to help reduce total water consumption and related costs
Certified performance – Tested to meet safety and quality standards for non-potable reuse
Best Solutions for Wastewater Treatment
Modern water management processes are making it easier to clean and reuse wastewater.
Unlike traditional water management, which often sends used water straight to treatment plants with limited tracking, properties can now implement their own systems that use sensors and automation to monitor flow, spot leaks, and improve treatment.
With better tools and data, property managers can take part in smarter, safer wastewater treatment. Let's look at two solutions for wastewater management for residential properties:
5. BioMicrobics
BioMicrobics designs and supplies wastewater treatment systems for multi-family properties such as apartment buildings and condominiums.
Source: biomicrobics.com
These systems are built to meet environmental regulations and address common challenges in wastewater management, such as limited space or sensitive locations.
One of the company’s primary solutions is the MicroFAST system, which uses naturally occurring microorganisms to treat wastewater in a compact, self-contained setup.
Key Features
MicroFAST treatment system – A compact, scalable system that uses biological processes to treat wastewater
Space-efficient design – Built to serve properties with limited land or where conventional septic systems are not practical
Regulatory compliance support – Systems are designed to meet or exceed local wastewater regulations
Effluent reuse options – Treated water can be reused for non-potable applications such as irrigation
Training and technical support – Ongoing support and education for operators, engineers, and installers
6. AquaPoint
AquaPoint offers on-site wastewater treatment for different types of homes. This includes apartment buildings, condos, subdivisions, and single-family houses.
Source: aquapoint.com
These systems are designed to meet strict environmental standards and adapt to various site conditions. For multifamily complexes without access to municipal sewer lines, AquaPoint offers compact, quiet systems that fit easily into dense developments.
Key Features
Modular treatment designs – Systems built to expand with community growth or phased development
Low-flow adaptability – Operates effectively at less than 5% of full capacity during early buildout phases
Advanced nutrient removal – Reduces nitrogen and ammonia to meet local environmental standards
Compact and quiet systems – Designed for residential areas where space, odor control, and aesthetics are important
Single-home treatment options – Advanced treatment units for individual homes in areas with stricter discharge limits
Why Is Water Management Technology Important?
Water management technology tracks usage, spots leaks early, and helps systems run more smoothly. Let's discuss in detail why this kind of technology for property management is important.
Helps Lower Rising Costs
Water rates are climbing in many areas, and extra costs from waste or leaks can quickly add up. Water management systems can catch small leaks or spikes in usage before they turn into costly problems.
For example, if there’s a running toilet or if a sprinkler malfunctions, the system sends an alert so you can fix it right away.
Over time, this helps lower your monthly utility bills and avoids surprise expenses from repairs or water damage.
Boosts Energy Efficiency
When you reduce water use, you often save energy, too. This is especially true in buildings where water heaters, boilers, or water pumps are in constant use.
Water management tools help you find areas where energy is being wasted. For instance, if hot water is running too long in shared showers or laundry rooms, the system can detect that.
With this kind of insight, you can adjust settings or update equipment to improve energy efficiency across your building.
Supports a Sustainable Future
Smart water systems play an important role in creating a more sustainable future. They reduce waste, lower your building’s environmental impact, and make it easier to adopt renewable energy and green building practices.
If your building has solar panels or uses other green upgrades, water management adds another layer of eco-friendly support.
It also helps you meet environmental goals if you're aiming for certifications or want to appeal to tenants who value sustainability.
Improves Plant Management and Landscaping
If your property has gardens, lawns, or other green areas, watering them the right way matters. Using too much water can damage plants and waste money.
Using too little can kill grass and flowers. Smart systems check soil moisture levels, track weather patterns, and study your past irrigation practices.
For example, if rain is expected tomorrow, the system can delay watering today. This helps you take better care of the landscape while saving water and money at the same time.
Tracks and Prevents Pipe Problems
Leaks don’t always come from visible places. Often, water loss happens underground or inside walls. Smart systems use past records, like historical pipe failures, to find patterns and highlight areas that may fail next.
If a specific section of pipe has broken before, or if the system sees irregular flow in that zone, it sends you a warning.
This helps you act early, fix problems before they spread, and avoid major repairs or damage to units and common areas.
Makes Better Use of Data
Modern systems give you a detailed insight into your building’s water use. This data acquisition helps you spot trends, compare past months, and plan better.
For example, if water use is higher in the summer, you can plan ahead to adjust irrigation or maintenance.
If a particular building or floor uses more water than others, you can investigate why. This level of detail makes your water management more focused and helps you make smarter decisions based on real data.
Supports the Water Industry
When more buildings use smart systems, the entire water industry benefits. Cities can use the data to manage droughts, fix old infrastructure, and prepare for new developments. Your building becomes part of a smarter, more connected system.
For example, if many properties in one area report high usage during a dry season, that can help the city manage its supply more carefully. Your effort at the property level supports a bigger goal.
Cut Your Water Bill Without Lifting a Wrench—Get a Quote From DrizzleX!
You don’t need to tear down walls to stop hidden leaks. DrizzleX finds the waste for you.
It identifies silent problems, such as running toilets, and alerts you via email with details on the issue, including where the leak is, the amount of water lost, and the potential cost of not fixing it. You can also see how each tenant is using water and create bills based on real usage.
In Kansas City, a 42-unit building saved $28,045 in one year with DrizzleX by monitoring toilet use only. That’s a 23 percent drop in water bills. Daily water use dropped from 9,771 gallons to 7,429 gallons with DrizzleX in place.
The system helped the property manager spot overuse fast, take action, and lower monthly costs without guessing.
FAQ About Water Management Technology
What is the meaning of water management technology?
Water management technology means using tools and systems to manage how water is used, treated, and moved. It helps with things like water flow, water quality monitoring, and wastewater treatment.
This technology plays a key role in the water management industry, helping businesses and communities use water more wisely.
It supports sustainable water management, protects the water supply, and helps address issues such as water scarcity and aging infrastructure.
What are the new technologies for water management?
New water management technologies use artificial intelligence, machine learning, and digital water management systems to track water usage, improve operations, and reduce water waste.
These tools help water utilities and industrial facilities manage water and wastewater systems better, especially as climate change and population growth affect water demand and water availability.
What technology is used in water quality management?
Water quality management uses sensors, smart meters, and data analytics to monitor water quality in real time.
These tools collect data from drinking water and wastewater systems to help with leak detection, treatment processes, and water recycling.
Advanced analytics and machine learning algorithms also help predict problems and reduce greenhouse gas emissions.
What are the smart water management technologies?
Smart water management uses digital twins, predictive maintenance, and real-time monitoring to manage water systems.
These tools continuously monitor water flow, soil moisture, and water consumption, helping water utilities, wastewater treatment plants, and local communities use water more wisely.
They also support sustainable infrastructure and help lower energy use and the carbon footprint.
