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WINT Recognized for Innovation in Reducing Construction Insurance Claims

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Prevent Water Damage on Your Jobsite with AI

The construction industry must always
manage risk. It is in a contractor’s best interest to be proactive and mitigate
as much as possible, including dealing with the potential for water damage.

The risk of damage from water
leaks during the construction process is a very real threat, especially in an
unoccupied building. One incident that comes to mind happened in New York City,
when a water leak occurred on the 19th floor of a luxury
apartment building
, just weeks before completion. With nobody around
on the weekend to spot the leak, water cascaded from floor to floor, all the
way to the bottom. The end results? $30 million in property damage.

It didn’t stop at direct
damage, either. Delays are a leading cause of construction litigation, as property owners seek
to recoup lost revenue. In the case of the incident mentioned earlier,
construction delays caused by the water damage ended up costing the builders $80
million in penalties.

Even with insurance, contracting firms absorb losses
related to water damage. Re-work and delay costs, direct property damage,
removal of debris and damaged materials all contribute to the economic burden.

Planning for and mitigating water damage can reduce these
costs, mitigate risk, and prevent delays and increase contractor profitability
overall. One way to prevent water damage is to install AI-enabled water
management systems, which can instantly notify project managers of issues like
leaks, pipe breaks and more. WINT devices can even be programmed to
automatically shut water off in the event of a leak.

Case Study

Construction companies can use
AI-enabled technology to protect construction sites from delays and economic
damage due to water leaks. When leaders at Tidhar Construction, a billion dollar
construction company, decided that the cost and delays related to water damage
were an unacceptable risk, they looked for a solution that could help staff
react to leaks in real time in order to minimize damage.

Tidhar deploys WINT technology
on every construction site from the beginning, starting with the water mains
and adding devices to completed areas as the projects progress. Since Tidhar
started using WINT devices, the company has experienced no water damage events
whatsoever. If problems occur, the WINT devices stop the water automatically at
the source.

As a result, the company is
preventing delays and cost overruns, improving company reputation and customer
satisfaction.

Proactive Water Management

The benefits of proactive water
management extend long after the construction process is complete. The first
year after a building is finished, there is a higher probability that water
damage will occur due to leaks or installation mistakes. Tidhar leaves WINT
systems installed on their completed projects to protect the building during
that time. The machine learning and AI built the WINT devices make them an
all-in-one water management solution that reduces consumption and lowers the
chances of costly water damage due to leaks.

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Water Management is an Insurance Policy

The threat of water damage to commercial buildings is an often-underestimated risk, but it’s a very real problem that facility managers must face.

Office buildings or residential and commercial complexes can be particularly vulnerable to plumbing mishaps. They have exponentially more water features than homes, and leaks can also occur in AC and other systems. Writing in Insurance Business Magazine, Douglas Barnett details the design vulnerabilities that office buildings and other facilities have to water damage:

What is more, building architecture can turn a simple leak into an expensive affair. The location of the toilets is often the same from floor to floor. That stacking design means any problem on the top floor can have repercussions in the stories below. And if all toilets are affected, the building will need to shut down during repairs.

Scaling up water system management

Water management systems should be part of the risk management toolkit for commercial facilities. The systems can act as an additional insurance policy for commercial buildings, both during construction and then throughout the life of the facility.

A common challenge is scaling up any management system to monitor what can amount to thousands of feet of plumbing as well as HVAC systems, fire sprinklers and other systems for multiple structures in a complex. At WINT, we’ve worked hard to apply advanced artificial intelligence and monitoring techniques to provide water system management at any scale.

We understand the challenges that our commercial clients face, and our goal has been to offer simple client-facing solutions powered by advanced analytics and artificial intelligence (AI) applications on the backend. If water flow patterns at a location diverge from normal, WINT units can quickly detect problems. When it comes to water damage, every second counts, so the devices can be programmed with the capability to shut off water to an area if a problem is detected.

Advantages of monitoring

Water management systems can be put in place before construction of commercial facilities is even completed, guarding against leaks that can delay the construction process or cause expensive damage. Once a commercial facility is completed, it’s especially important to be on the lookout for construction-related water issues during the first years of occupancy.

For example, a weekend water leak on the 11th floor of an insurance company’s building in Israel ended up costing the business about millions in facility damage, ruined computers and other damage. Compare that outcome to the experience of a Fortune 200 company that had installed the WINT system: Alerted to a burst pipe, the business responded quickly enough to stave off potentially millions of dollars in damage.

Water system management doesn’t have to be expensive. AI and machine learning technologies provide scalable and affordable solutions that can provide commercial facilities significant savings in water usage and repairs.

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Using AI to Diagnose Water Consumption Patterns

Smart water system management is a priority for facilities. Leaks and burst or broken pipes can cause expensive water damage if not quickly detected, but old-fashioned monitoring methods give managers a few ways to act in a timely manner.

Innovations in artificial intelligence (AI) and machine learning mean new ways to monitor water system operations and respond in real time. By applying deep learning techniques to usage data, AI can be used to detect problems and inconsistencies in water usage without the need for maintenance staff to manually check meters or inspect miles of pipe.

By adapting to local usage patterns, AI-enabled water management systems can instantly alert facility managers to anomalies in consumption, allowing them to detect waste, pipe breaks or other malfunctions in the plumbing.

AI-Powered Water Management

WINT Water Intelligence technology applies deep learning techniques to water system management. The units are IoT-enabled, AI-powered devices that simplify water management by performing real-time flow analysis to monitor consumption and detect problems. The devices use high-speed, optimized cellular data connections.

Once installed, the WINT units use advanced machine learning algorithms to analyze the normal water flow patterns for the specific location on a granular level. This includes not only how much water is normally used to fill pools or in kitchens and bathrooms but when it is used as well. In addition, WINT compares your facility’s water usage to average consumption patterns by checking them against an extensive database of water use applications.

Once baselines are established, WINT begins analyzing minute details of water system performance in real time, applying AI and deep learning to detect usage anomalies. Is a pool not filling correctly? Is there a spike in water usage from an unexpected source? The AI algorithms can extrapolate the source of the leak or problem, allowing maintenance staff to quickly address any issues.

Facilities are increasingly putting a premium on sustainability. Water leaking into the sewage system or outdoors can account for more than 25 percent of water consumption for businesses. WINT uses machine learning to give facility managers the real-time information needed to reduce water waste.

WINT puts AI to work

The Atlantis Casino Resort Spa in Reno, Nevada, relies on WINT smart water-metering devices to reduce consumption and prevent damage from leaks. In December, crews installed 30 WINT units in the Atlantis. The meters analyzed 90 days of water usage on the property, recording normal patterns down to the minute. The moment that WINT meters detect anomalous details that fall outside of normal behavior, WINT sends real-time alerts to the maintenance staff about the potential problem.

Quoted in the Northern Nevada Business View, Perry Sanders, director of engineering at the Atlantis, said:

“I know immediately — I literally get an alert to my cellphone. The old way was just a plain meter. I go through, say, January, and (on) February 15, I get my water bill. Well, then it’s too late; I’ve already had a leak for six weeks. That’s really a reactive, lagging indicator. Where this (with smart meters) is a proactive, leading indicator.”

Because burst pipes can lead to severe water damage to infrastructure and equipment, WINT devices can be programmed to automatically shut off the water when an emergency is detected.

The all-in-one water management solution for commercial facility management teams, WINT units use machine learning and AI to help facilities save water and reduce the chance of expensive water damage from leaks. For more information, please visit www.wint.ai, email sales@wint.ai or call 833-333-9468.

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Clean Drinking Water Is Becoming a Global Problem

I’ve recently been doing some research on water scarcity, and what I’ve learned is disturbing. Access to clean drinking water is not just a third-world problem; apparently it is becoming a global challenge, regardless of location. It seems that global climate change combined with water waste and inefficient use are coming back to haunt us.

While significant efforts are being put into recycling of wastewater and into desalination plants, our best and most cost-effective bet for protecting and preserving our water supply is through better water management.

Few understand how critical water efficiency is to protecting fresh water and ensuring an ongoing supply of drinkable water, but as this crisis reaches a peak in major cities world-wide, we all must take more responsibility for implementing better water sustainability measures. And the nice thing about this is that water preservation efforts pay for themselves through lower water bills. Around 25% of water in any organization goes to waste; to prevent this loss, organizations need to monitor water usage and increase water efficiency.

Changing Climates Demand Immediate Action

Many of the cities struggling with water supply have long been dependent on natural resources. Droughts in the United States and Brazil have forced residents in major cities to rely on bottled water. Rising sea levels are impacting coastal cities like Jakarta as sea water contaminates fresh water sources, whereas other islands like Tokyo rely on rainfall that has been limited in recent months. Rivers are running dry for desert cities like Colorado and Las Vegas, and lack of snowfall in mountains like the Sierra Nevada have caused a shortage of water in the spring. Climates are shifting, and cities are seeing drastic and dangerous results. The BBC has identified these 11 major cities at risk for running out of drinking water. The number of cities at risk is expected to rise in the coming years

Pollution is a Significant Problem

Industrialization and antiquated plumbing are directly responsible for the lack of fresh water in cities like Beijing and Bangalore. Out-of-date sewage systems contaminate water to the point in which it cannot be used for agricultural purposes. Untreated agriculture and residential waste are permeating historical sources of water, like the River Nile, that civilizations have depended on for thousands of years. Moscow is 70 percent dependent on surface water, yet pollution from the industrial area has placed most drinking water reserves below sanitary standards. Water is consistently being lost as human initiatives have prioritized industrial innovation over sustaining the world’s most precious natural resource.

Cities Are Reaching Capacity

The problem of many cities lies in the sheer number of people that require fresh water. Areas like London, which are surrounded by water, are expected to be in crisis in a few years as they run out of space. Most fresh water is drawn from local rivers, but it is unlikely that supply will meet demand. This challenge of capacity is also a concern for cities that experience permanent droughts. With no local resources, the problem of supply and demand will only exacerbate itself.

Direct Human Action is Making Matters Worse

Poor water management practices are wasting drinkable water, and knowledge regarding water usage and wasteful consumption is severely lacking. Very few cities have pipeline infrastructures that preserve fresh water and prevent waste. Inefficient irrigation, damaged water appliances (leaky taps, constantly running toilets, small pipe leaks) can waste a lot of water – and a lot of money. For example:

  • Misconfigured irrigation systems can use up to 10 times the amount of water needed, wasting millions of gallons of water per year at a single facility.
  • Even in a well-maintained office building, typically 1 in 10 toilets are leaking at any given time – a potential waste of 1,00,000 gallons of water per year!

Water Sustainability is the Solution

Global demand for fresh water is exceeding supply, water sustainability is a key element of the solution. The number of deaths related to water pollution is increasing globally, and the need for outsourced water from other regions is no longer reserved for developing countries. First-world cities are having to rely on neighboring infrastructures, draining the resources of all that surround them. States like California and Oregon have been forced to implement executive orders to reduce water consumption. Although water diversion projects and executive orders to reduce water usage are a step in the right direction, such measures can only be implemented with the proper tools to know where – and how – water is being wasted. In Oregon, those directives include strengthening building codes and directly impact property managers and building owners. Having the right water intelligence tools in place to meet those mandates is essential.

As I’ve learned in my research, one in four of the world’s largest cities are currently in water distress. Long-term conservation efforts must be taken to reduce consumption and intelligent water management is vital for preserving water as a natural resource. I’m excited about our role in helping those looking to build a sustainable water future. It is imperative that the world transforms its approach to water management and we’re thrilled to be a part of this crucial change.

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Your Business Wastes Water Daily: Have You Noticed?

How much money is leaking out of pipes and running toilets in your office buildings? Studies have shown that most buildings, businesses included, use more water than they need to use – and much of that “usage” is actually leakage. Water sustainability is a global issue, and it is a significant area of concern, however, it isn’t just for the purposes of environmental activism that sustainable practices are implemented. Improper water consumption is costly, and businesses are often shocked at how much money is being washed down the drain.

Leaks Account for More than 25 Percent of Water Consumption

Where is your water going? While most water usage is necessary for your business to operate, more than one-fourth of water usage is actually waste. While usage will vary depending on the type of business and the facility, here’s a typical breakdown:

  • Amenities 31% (toilets, kitchenettes, showers)
  • Cooling towers 24% (in those sites that use cooling towers)
  • Waste and leaks 26% (taps, urinals, piping, valves, etc…)
  • Irrigation 12% (landscaping, irrigation – will vary by site)
  • Other 7% (cleaning, car wash)

Water Management Plans Boost Efficiency

The main barrier to boosting water efficiency is that many businesses simply don’t realize how much water is being wasted. A water management plan helps businesses to pinpoint how and when water is being utilized. You can’t fix what you don’t know is wrong, so by identifying where water is used – and how and when – you can pinpoint where it’s being wasted. With a water management plan, businesses and property managers can develop useful water KPIs that enable effective tracking of water use over time, locations and geographies.

The KPIs of Water Usage

How can you use data to improve water efficiency? To more efficiently manage water, we must know where it’s being used.

  • What buildings use water and how much?
  • What AC systems are using too much water?
  • Which kitchens, lawns, and other areas?

In addition to knowing where water is being used, it’s necessary to know when. On which days of the week is most water being used? Are there spikes in usage during specific times or seasons?

As you begin to learn more about where and how water is being used, you can use comparative metrics to begin making changes to your water management. Some common comparative metrics measure

  • Consumption per building
  • Consumption per person
  • Consumption per square foot of office space

Once you’ve established your KPIs and have the data, you’ll be able to establish usage benchmarks which you can then use to start improving water usage. For example, if you implement a new water savings measure in one building, you can compare the results to another building. You’ll be able to measure how well water savings measures are working and begin the process of optimizing water use whenever the opportunity arises.

Infrastructure Upgrades Are Well Worth the Cost

Fixing problems in cooling towers, replacing amenities (such as leaky toilets) and optimally configuring heavy water users such as irrigation systems throughout your facility can have a significant impact on your bottom line. Water savings of 25 to 30 percent are common when proper water management techniques are implemented. Proactive measures have long-term benefits to the environment and to your organization’s budget. Preventative measures and proper maintenance also reduce leaks, and quick correction is the best way to avoid further issues that are both costly and wasteful.

Every building will have a different area of priority, and it will take careful analysis to determine how and where you can boost your water efficiency and reduce costs. By implementing water intelligence tools, like WINT, businesses can better understand which practices are contributing to waste and how water can be preserved. Leaks and other inefficiencies are inconvenient, but IoT-enabled devices make water management simple. Rather than waste water and time, act now to cut water spending and reduce your environmental footprint.

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Flowless by WINT Wins the 2017 Energy Managers Association Award

Harvey Djanogly of Aqualytics receives the EMA’s 2017 Water Saving Product of the year award

The 2017 Energy Managers Association (EMA) Award winners have been revealed, and we’re excited to have won the Water Reduction Product of the Year award.
This award aims to celebrate the most inspiring energy reduction products, teams, projects, and other members of the community that strive for better energy management. We’re grateful to our UK partner, Aqualytics, who introduced Flowless to the EMA and did a fantastic job representing it to the award committee.

About the EMA

For those of you not familiar with the EMA, it is an organization set up by Lord Redesdale in June 2012 to act as the voice of the Energy Management profession. The goals of the organization are to improve the standing of the Energy Management profession and those working within it; establish best-practice in Energy Management, and to put Energy Management at the heart of British business to better meet energy requirements in the UK.

UK Water Usage Challenges

Two startling facts make water management a key piece of energy management in the UK. As Havey Djanogly of Aqualytics explains:

  1. UK insurers pay out around £2.5million every day for escape of water claims.*
  2. Businesses literally leak water and money. Anglian Water have found that “unexplained” water usage across its larger customers, amounts to 643,000 cubic meters of water per year; the equivalent to 257 Olympic swimming pools. Thus, a leak of one cubic meter per hour costs on average £70 each day or £25,715* over the course of a year.**
*Association of British Insurers
**Figures based on 2016/17 measured water and waste water charges from Anglian Water Business

Flowless insights impressed the award committee

As stated by the award committee, Flowless won the Water Reduction Product of the Year award for two main reasons:

  • Its ability to to significantly reduce water consumption by an impressive average of 20 percent per year. ‘
  • Its ability to prevent damage.

How Flowless Reduces Water Consumption

Flowless analyzes a facility’s water flow to provide organizations and property owners with critical insights driven by data and supported by pattern recognition. Because flowless understands how water is being used, it can highlight areas of misuse and poor efficiency such as over-irrigation and inefficient water users.
Furthermore, Flowless can detect hidden water leaks such as leaky toilets and identify equipment malfunctions such as faulty cooling towers. It alerts staff who can remediate the problem and put an end to the waste. As the award committee states, “Flowless doesn’t simply determine how much water a building consumes, but also identifies patterns in how that water is used.”

Flowless alerts staff immediately to changes in water usage patterns. Without Flowless, problems hidden leaks can go unnoticed, silently wasting water for weeks, months or years. When property owners and energy mangers can accurately determine patterns of water use, they can identify inefficiencies and reduce water consumption. This has a great impact on water savings and conservation, reducing waste and supporting local communities’ water conservation efforts.

Beyond Reduced Consumption: How Flowless Prevents Damage

When abnormal water consumption is detected, WINT can also shut off water supplies. The committee was impressed with the proactive solution Flowless offered to prevent leaks that can cause business disruption.

WINT Is Proud to Contribute to a Better Water Future

The 2017 EMA Award recognizes inspirational achievements, and both WINT and Aqualytics are dedicated to sustainable practices that promote water preservation and efficient water management.

WINT offers cutting-edge solutions to water management and we’re honored to have received the EMA Award for Flowless. Water an essential resource; waste, scarcity, and damage are all costly areas for businesses and communities. We’re proud to have provided a solution for water conservation with damage prevention in one powerful product and to have won the EMA award.