Trump Tariffs Will Affect the Water & Wastewater Industries

Trump Tariffs are disrupting different industries across the US and might force the economy to recession if the US President continues issuing tariffs threats. The country’s trade partners are forming a retaliation that results to global trade conflict.

Trump argues that the tariffs on items like washing machines, water equipment, solar panels and wastewater equipment are just meant to protect American industries from collapsing and for a long-term benefit. However, business leaders, lawmakers, politicians, and economists say a different story. A good example is the steel and aluminum tariffs.


Steel and Aluminium Tariffs Story

In March 2018, it was proposed a 10% tariff on aluminum and 25% tariff on steel. Later in May 2018, it was announced that there are plans to impose steel and aluminum tariffs on EU, Canada, and Mexico. The tariff came into effect at midnight the same day of the announcement.

The announcement intensified trade war between America and its trading partners. The trade partners quickly reacted to the imposed new regulation especially E.U, Canada, and Mexico.


Steel and Aluminium Tariffs Impact on Trade Partners

The European Commission led by their president Jean-Claude released statements criticizing the new tariffs. The European Commission statement defined the proposal as, “a blatant intervention to protect U.S domestic industry” and announced countermeasures to Trump’s Tariffs.

The E.U responded by saying it would levy import taxes on items like Bourbon from Kentucky- a home state of Senate majority leader Mitch McConnel. Plus, Harley-Davidson motorcycles.

Mexico responded by saying it would levy import taxes on various types of steel. Also, American farm products such as grapes, certain cheeses, pork bellies, cranberries, apples were not spared.

While Canada levied taxes on the same metals (steel and aluminum) and other products like candy, coffee, pizza, and quiche. Also, the Canadian Prime Minister Justin Trudeau announced that he had rejected the ultimatum from Vice President Pence.

The World Trade Organization –WTO was not left behind. The director general of WTO, Robert Azevedo was quick to respond that the unfair regulation and quick trade policy statements by trading partners will result in a global trade war. He termed it as, “real risk of triggering an escalation of trade barriers across the globe.”


Water and Wastewater Industries

The recent move to Trump’s Tariffs on E.U, Mexico, and Canada has made a substantial effect on equipment production for various industries. The steel and aluminum tariff will make them expensive to import, thus making water infrastructure projects cost more. Wastewater equipment and water equipment made from the metal alloy that is imported will drive demand up for locally produced steel.

Water infrastructure projects like repairing water and wastewater plants plus their collection systems will become expensive. Primarily, when water and wastewater utility sector wants to build or repair the plant and their collection systems, they will receive funding from federally subsidized loans as per the Water Infrastructure Finance Innovation Act.

It is foreseen that the tariffs will make the prices of steel and aluminum high thus affecting the water and wastewater utilities just like any other industries. Nevertheless, the director of Water and Wastewater Equipment Manufacturer’s Assn, Vanessa Leiby argues that the said tariff will affect small-sized to medium-sized manufacturing enterprises. Reason being they have not stocked materials affected by the taxes like large manufacturing enterprises.

Although the regulation was payback for some unfair trade practices, the American Iron and Steel Association were happy and praised the decision made. The Aluminum Association too applauded the decision made. The two groups represented the domestic industry and felt that the policy could be more of directed towards China –the most significant competitor- other than their allies (Canada, Mexico, and E.U).

Trump’s tariffs are slowly losing long-term traditional allies by forgetting the written and unwritten global trading rules written in the past. In the pretense of protecting their industries, forgetting to look at the bigger picture.

Recycled Wastewater Helps Maximize Water Treatment Systems

In Biology 101, we learn that water is the key to survival for all living organisms. Thanks to the natural water cycle of the ecosystem, water has always been a renewable resource. But at the current rate humans are consuming water, combined with factors influenced by climate change, we are drawing from the pool faster than the environment can replenish.

Fortunately, there are some forward-thinking companies and communities that are using modern technology to “reuse” water in healthy, eco-conscious ways – pioneering the field of water conservation in the process.


Recycled Wastewater and Beer

CH2M, an engineering company in Denver, CO, is one of the companies leading the charge in finding ways to repurpose recycled wastewater. They are battling the public stigma against recycled water and driving sustainable water reuse technology. CH2M saw the public’s general distrust of recycled water and derived ways to make it more accepted—by using recycled water in beer.

So far, three breweries in Denver—Lone Tree Brewing Company, Lost Highway Brewing Company, and 105 West Brewing Company—have used the 330 gallons of direct potable reuse water from CH2M to in their beer-making process.


How Does the Water Get Recycled?

According to CH2M, reclaimed water is pumped into a treatment trailer. Once in the trailer, it gets purified using a multi-barrier purification process that includes ultra-filtration, reverse osmosis, ultraviolet disinfection with advanced oxidation, activated carbon filtration, and chlorine disinfection to transform recycled community wastewater into pure drinking water.

The idea is catching on.


Increased Usage of Recycled Wastewater

In San Diego, CA, the Stone Brewing Co. has already produced five barrels of a new craft beer that uses recycled water from San Diego’s Pure Water facility. Stone Brewing Co. named the beer Full Circle Pale Ale in an effort to bring awareness to recycled wastewater options and solutions.  

Another usage of recycled wastewater can be found in Big Sky, MT. Following the example set by CH2M and San Diego’s Pure Water Program, the well-known ski resort town is considering a proposal to use recycled wastewater for snowmaking. The town itself has boomed in population in the past two decades, thanks to its proximity to Yellowstone National Park, the unrivaled vistas, and its exclusive ski resort. But so much growth means a strain on existing infrastructure and resources—namely, water.

For all the open air and mountains, town authorities realized that Big Sky doesn’t have enough water to meet current demands. Groundwater, the only source of drinking water for the community, is rapidly depleting thanks to the population growth.

Another issue is the current treatment of wastewater. According to reports, “the sewage system was expanded 15 years ago at a cost of $15 million, but it’s already nearly at capacity and another expansion will be needed soon.”

Community members were adamant that the pristine nature of Big Sky, including the beloved Gallatin River, were protected and preserved before any development plans could move forward. To that end, three dozen community leaders formed the Big Sky Sustainable Water Solutions Forum that “strives to be a model mountain community by protecting and improving water resources, sustaining ecological health of the watersheds, and supporting a vibrant local economy.”

The Forum is open to all means of conservation and creative repurposing, including using recycled wastewater to help create the integral powder that keeps the snow-dependent tourism economy working, provides the water necessary for resident’s health and lives and doesn’t impede on the natural environment.

From suds to slopes, recycled wastewater is finding creative solutions to care for our future while preserving the present.


High Tide Technologies

High Tide Technologies is an end-to-end cloud-based SCADA company that enables our users to create a complete SCADA solution that utilizes field units, satellite, cellular or Ethernet communications as well as the Internet to monitor and provides automatic control of your systems. Many of our clients are water treatment plants that deal in municipal water distributionwastewater, and more. 

The responsible distribution of water and wastewater requires meticulous monitoring. We are committed to providing the highest quality monitoring products that give engineers, operators, and decision makers the required tools to make immediate, data-driven decisions.

Small Towns Solving Big Water Management Problems

Forty-five miles west of Knoxville and nestled in the Tennessee Valley is Harriman, TN, a scenic small town of 6,218 in 10.6 square miles. Because time and technology wait for no man, Harriman found itself looking for big innovations for their small town water management needs.
Providing electric, gas, water, and sewer services to the city and the surrounding area is the Harriman Utility Board (HUB). Due to necessity, HUB has absorbed smaller water service providers throughout the years and integrated them into its system, creating a patchwork of different systems, processes, and technologies for monitoring.
This hodge-podge of systems led to a serviceable but clunky workflow:

  • Personnel received monitoring data via one computer in the warehouse, creating gaps in efficiency and opening the door to inaccurate readings.
  • Operators in the field didn’t have direct access to the data, and had to rely on relayed information or, more commonly, the past experiences of engineers and operators. More time was spent trying to pinpoint what or where the problem could be instead of actually addressing the issue.
  • Many of the remote locations lacked telemetry—the wired or wireless transmission and reception of data to monitor equipment or conditions—and required onsite visits, which varied in frequency and consistency.

Add to it aging and outdated monitoring equipment and limited availability for replacement parts, and the case was clear: The time had come to upgrade the HUB water and utility management system.
Rural municipalities typically have small budgets that must be stretched to cover large geographic areas, limiting rural areas to low-cost and low-tech options, such as line-of-sight radio networks or phone lines. Because of growing cost of leases lines, and costly repeaters for hilly areas, soon enough, low-tech options no longer mean low cost. The HUB board had the same concerns when it set out to find a better, more efficient, more affordable solution.
Luckily, the right solution exists. The HUB board decided to install a small cloud-based SCADA system through us, allowing utility operators to access and control the systems from any Internet-connected device. The changes put an end to spotty landline connections, costly equipment, and distance issues. Additionally, the cloud-based SCADA provider carries the burden of licensing and maintaining SCADA software and hardware, which reduces the cost and development needs—and worries—for utility departments.
In the two years since its implementation of a cloud-based SCADA, the Harriman Utility Board has seen water loss reduced by 10 percent and a more accurate understanding of the way the system works. By having precise and timely data at their fingertips, operators and engineers can better predict and calibrate future issues.
Though rural municipalities like Harriman may be small, they still think big when it comes to effective water management. Finding the latest monitoring technology to meet their needs and their budget proved that a cloud-based SCADA system is the best fit for utilities of any size.
You can learn more about the Harriman solution by downloading the case study here.

SCADA for Utilities – Water System SCADA

Today, the majority of Americans turn on their faucets, take showers or clean their dishes, without giving their water bill much thought.

Pretty soon, however, that might not be the case.

According to researchers at Michigan State University, water prices nationwide will need to increase by 41 percent over the next five years, to account for the increasing pressure of climate change and the costs of aging infrastructure. And that increase could leave up to a third of all US households unable to cover their water bills.

A historical perspective: After WWII, the US government spent a lot of money on building water distribution and collection infrastructure. In the 1970s, federal funding for water infrastructure was at 60 percent. Now? Just 9 percent. It’s no surprise that after 60 years, a lot of water pipes across America desperately need to be repaired or replaced.

Tracy Mehan, executive director of government affairs at American Water Works Association, has been advocating for more federal funding, but said in a recent Vox article that Americans can’t avoid higher water rates.

“We’ve coasted for decades in most places around the country,” Mehan says. “Our rates are half that of northern European cities. Rates are going up and need to go up.”

The team behind the Michigan State study says that annual water bills will increase by nearly $600 over the next five years. Currently, an average annual bill is $120 per month, but in the future that average could be as high as $169 per month.

What can be done to ease this impending burden?

Researchers say restructuring water rates is one possible solution. According to the Vox article, “restructuring water rates involves determining the number of gallons a customer can use each month for a pre-negotiated fee. If a customer uses more than the set amount, they pay a penalty or overage fee. Recent research shows that when utilities restructure rates, it can help offset the rising costs of water service.”

Improving infrastructure, restructuring water rates and increasing public awareness about the issue are just a few ways we can start dealing with the issue.

And although we don’t have all the answers, our 500+ clients have found that cloud-based SCADA is one option to help their water utilities be more efficient and cut down on cost. Ultimately, this technology will translate to direct cost savings for people in your community.

A path to savings:

  • The initial set-up fee for a cloud-based SCADA system is a fraction of the cost of a traditional SCADA system.
  • With cloud-based SCADA, the costs that come with replacing outdated hardware go away. With cloud-based SCADA, it’s easy to make changes and upgrades to the web-based software.
  • With alert systems built-in, High Tide Technologies’ cloud-based SCADA notifies your team of any problems, such as power/equipment failures, overflows or leaks.

To learn more about the impact of cloud-based SCADA, see what we’ve done for rural municipalities.

What’s Going on in California? – State Enacts First Ever Statewide Water Conservation Mandates

On the heels of a record-low snowpack and a seemingly endless drought in California, Governor Brown announced new statewide water conservation mandates that aim to reduce water usage by 25 percent. The overall savings will amount to nearly 1.5 million acre-feet of water through the remainder of 2015. The state has lost approximately 11 trillion gallons of water during this historic drought, and the governor’s mandates will bring California to unprecedented action.

What Does this Mean for You?

California isn’t the only state suffering through an unprecedented drought. If you are in a state that is experiencing a drought, you might need to help your municipalities prepare for similar statewide mandates to spur on broad water conservation. Even if your state or town isn’t experiencing these types of conditions, there are steps you can take to guard against water loss in your system.


The Harriman Utility Board (HUB) provides electric, gas, water and sewer services for the city of Harriman, Tennessee and the surrounding area. Over the years, HUB also has absorbed smaller water service providers and integrated them into its system. This created a patchwork of technologies for monitoring its water system. Their new integrated system was riddled with leaks that were difficult to identify, and HUB was left with a significant water loss, which was increasing annually for a number of years.

In order to identify their problem areas and spend less time “chasing leaks,” HUB implemented a cloud SCADA system. Since the system was put in, the water loss has been reduced by 10%. HUB frequently would get calls from customers about low water pressure and overflowing tanks. With the new system, those calls have been dramatically reduced along with overtime costs.

Read an entire case study about the Harriman Utility Board and how their cloud SCADA solved big problems for their small utility.