Every day, the fight against climate change is getting more rigorous than before. Amongst all forms of pollution, water pollution is probably one of the most hazardous.

The contamination of water promotes the spread of many water-borne diseases. In some cases, toxic waste (containing poisonous metals) find their way into fishes, and eventually to people who consume them. Despite this, the good news is that science has already found ways to counteract the effects of pollution.

Amongst the many things you can do to become more eco-friendly, is to install water filters in your home. In this article, we’ll discuss seven reasons why water filters help you and the environment. Keep reading to find out more.

1. Reduces The Consumption Of Tap Water

A lot of us drink tap water. Although tap water is safe enough to drink for your family, it’s not exactly the most nutritious. Tap water comes directly from the water treatment plant, and all the purification processes there strips water from many essential minerals.

Not only that, many water supplies have been found to contain Forever Chemicals or PFAS. PFAS is short for polyfluoroalkyl and perfluoroalkyls, which are harmful chemicals that can lead to serious health problems. Furthermore, drinking water from the tap increases your usage of water, therefore putting an extra load onto water treatment plants.

Luckily, water filters can help this situation. You need to find a water filter that adds minerals to your drinking water. These minerals include sodium, chloride, copper, and chromium. Next, water filters have also been engineered to effectively remove foreign chemicals. So, not only are you reducing the strain you put on water treatment plants, but you are also being able to provide your family with a safe and healthy source of drinking water.

2. Saves Water

Did you know that the amount of water we waste far exceeds the amount of water we put to use? It’s shocking, especially when you sit down to think about how you use water around your house. We often leave the water running at the sink to go fetch things, or in the shower before finally going in to use it. Not to mention that minor leaks are left untreated, mostly because we don’t assume them to be a huge threat to our livelihood.

On top of all this, those of us who don’t drink directly from the tap, tend to consume a lot of bottled water, increasing the overall waste production. This is where water filters come in handy. Water filter systems last a very long time; this is mainly because you only need to change the filter and have it serviced once every few months. This greatly reduces the amount of waste you produce, making your home eco-friendly!

3. Helps Reduce Your Carbon Footprint

A carbon footprint refers to the number of greenhouse gasses (like carbon dioxide) emitted by a single person. Having a water filter system can help you reduce your carbon footprint significantly.

To elaborate, let’s say you usually drink from plastic bottles. By throwing out a number of these each day, you are increasing your carbon footprint, since you are creating more waste. With water filters, you won’t need any other water supply, hence you reduce your carbon footprint.

 4. Cost Friendly Supply Of Drinking Water

Water bills can sometimes get very costly. In contrast, using a water filter can greatly take some load off of your wallet. Having a water filter is quite cost-friendly since you won’t be buying batches of water bottles or wasting extra tap water. You only need to spend money once in a few months for maintenance or filter replacements. It’s like a one-time investment and a very good one too.

5. Saves Energy and Resources

That the more bottled water you buy, the more energy and resources will be used by companies to make bottles to meet the demands. A very large amount of natural gas is used to power factories that package bottled waters.

The burning of fossil fuels releases greenhouse gasses into the atmosphere. Water filters can help take down the amount of energy and resources used, which will, of course, help protect our environment.

6. Reduces The Amount Of Plastic That Reaches Landfills

As you may already know, plastic cannot be recycled. To make things even worse, they stay on the earth’s surface for many years as they cannot be destroyed by nature. Although a lot of plastics, especially those used to make bags, are now biodegradable. However, biodegradable plastic bottles haven’t been made yet.

Bottled water is one of the easiest ways to get water, and hence, our landfills continue to fill up with these plastic bottles. They are by no means healthy for the earth’s surface, and it certainly doesn’t help to burn these plastics as they will release more toxic chemicals into the air.

By installing water filters, you can reduce the amount of plastic that reaches landfills. You can encourage others to do the same as well; you’ll help them save money and the planet too in the process!

7. Reduces Your Intake Of Chlorine and Fluorine

When water is treated in plants, it is usually doused with chlorine and fluorine to kill any bacteria or other microorganisms that might be harmful to our health. Although the amount of chlorine and fluorine are highly controlled, it still doesn’t stop these from affecting our health. Chlorine in water can damage our skin over time, and it also begins eating away at your hair as well.

Water filters can easily remove chlorine and fluoride from your drinking water, making it safe and healthy for your skin and body.

Conclusion

Water filters, without a doubt, will enable you to be a lot more environmentally friendly. At first, it might seem like simply purchasing and installing a water filter system isn’t going to make much of an impact. However, it’s still a small step in the right direction. By encouraging others to do what you’re doing, you will slowly make others take steps to build a better future for the generations to come.

So, what are you waiting for? Get a water filter system today to get yourself safe, clean, and purified water. Good luck!

[ad_2]

Originally Appeared Here

Reading Time: 4 minutes

Water quality can change after a drought — and that can affect the efficacy of your herbicides.

“It’s well known that there are certain things in water — chemicals, salts, metal cations — that can antagonize the spray,” said well-known spray expert Tom Wolf. “With much lower water levels, it’s conceivable that those antagonists will have possibly increased in concentration.”

Not only could herbicides be less effective due to water changes, producers are also facing a potential shortage this spring.

So book water tests as soon as possible, advised Wolf, a partner in Agrimetrix, a Saskatoon company focused on agricultural spraying.

“First thing we do, is we take a water sample and look at it,” he said. “We’re just looking for clarity.”

Turbid water, or water with solids in it (usually clay), can antagonize glyphosate — a process where a herbicide is rendered less effective.

“The herbicide is so highly polar that it is attracted to those little tiny soil colloids. They tie it up, they don’t want to release it,” he said.

Hard metal cations are the best-known antagonists, and can be measured by using electrical connectivity. Electrical connectivity meters are reasonably inexpensive but unfortunately, they can’t tell you what is in the water.

Tom Wolf.

photo:
Supplied

“We’re looking for a number that might be cause for further investigation,” said Wolf. “If it’s a number of 500 or less, it really isn’t a problem.”

But if the reading is higher than 500, Wolf first looks for bicarbonates.

“Bicarbonates are parts of most waters that can bind to some herbicides and they get less active,” he said. “The most important group of herbicides involved are the Group 1 herbicides, which include grass killers, wild oat herbicides in cereals and all sorts of oilseeds.”

If bicarbonate levels are high, the solution is to add some ammonium sulphate, he said.

Hardness is another issue, and there are five hardness cations (which have a positive charge) that can bind to weak acid herbicides.

“Almost all of our herbicides are weak acid,” said Wolf. “The degree to which they are interfered with depends on the herbicides. Glyphosate, the most commonly used herbicide in Canada, is most susceptible to it.”

The most common hardness cations are calcium and magnesium, followed by sodium, potassium, and iron.

“All five of those antagonize the herbicide at different degrees,” he said.

With a hardness measurement of 500 parts per million or more, “you should probably condition the water,” said Wolf.

However, hardness is calculated from just calcium and magnesium but other elements, such as sodium or iron, could also be present in significant concentrations.

They “don’t figure into this equation, and yet they contribute to hardness, or antagonism. And so that’s why we look at each of these ones individually,” he said.

What to do

With a parts-per-million reading, “we can pretty much predict how much damage they might do and how much conditioning the water needs,” Wolf said.

Herbicides are designed to fit into enzymes and make them inactive, but when a cation interferes with the herbicide, it stops that process.

If your lab test comes back with evidence of hard water, there are several things you can do.

“If it’s too hard, you can look for a better source of water,” said Wolf. “If it’s surface water like a pond or dugout, it probably won’t be hard water and will probably have other kinds of issues, like turbidity.”

Hard water is more common for subsurface water, such as wells.

“Different aquifers in the province have different hardness. Even on the same farm, if you drill a different well, you may tap into different aquifers and get two different water qualities. I’ve definitely seen that on farms.”

If a better water source isn’t available, it’s possible to condition the water with a chemical additive — or increase the herbicide rates.

However, Wolf doesn’t necessarily recommend increasing herbicide rates (especially when there are shortages) because it’s costly and there are conditioning options.

“Ammonium sulphate is a well-known water conditioner that helps cure the hard water problems,” he said. “Basically, there are recommendations for different water hardness and how much ammonium sulphate you should add to the water.

“You fill your tank half full of water, you add ammonium sulphate, agitate and it dissolves quite readily and then you add your herbicide and then you top it up to finish.”

Using a formula developed at the North Dakota State University, a producer can determine how much ammonium sulphate is needed. (For more info, see this article at Wolf’s Sprayers 101 website: www.tinyurl.com/4mb779sy.)

“If we know the parts per million, we can pretty much predict how much damage they might do and how much conditioning the water needs,” he said.

There are some other products available, but Wolf doesn’t recommend them. For example, citric acid can be used, but it changes the pH of the water.

“You can get a real mess if you don’t know what you’re doing. Acidifying the spray mixture can help some herbicides, but it can really hurt others and you have to know which is which.”

When there’s a shortage or when the cost of a herbicide skyrockets, the temptation is to reduce the application rate.

But don’t do that blindly, said Wolf.

“When you shave rates, it’s really important to look after water quality,” he said. “It’s really a concentration issue. Your water quality is constant and it’s a molecular ratio. If you put fewer herbicide molecules in there, the molecules in the water will overpower that.”

[ad_2]

Originally Appeared Here

ISRAEL EMBASSY

THE ISLAND provinces of Siargao and Dinagat — the two hardest hit areas by Typhoon Odette, internationally known as Rai in December — on Tuesday received water filtration systems donated by the Israel Embassy.  

“Water is life. This donation is Israel’s initiative to support and promote access to potable water in the Philippines,” Israel Ambassador to the Philippines Ilan Fluss said in a Facebook post on Thursday. 

“When Typhoon Odette struck the areas in Mindanao, Israel saw the need for clean, drinking water. We coordinated with MinDA (Mindanao Development Authority) to help identify which areas we could extend this assistance,” he added. 

The portable crank-operated machine is capable of purifying water from a polluted source at 400 liters per hour, which could cover the daily water needs of up to 400 people. 

“Israel’s innovation and technology can contribute to solving some of the challenges of the Philippines,” Mr. Fluss said. 

MinDA and local government units in Mindanao also received training from Israel’s Center for International Cooperation in 2021 for water conservation and management. — Alyssa Nicole O. Tan 

[ad_2]

Originally Appeared Here

Plans to work with nature so as to protect and improve water quality are coming to the fore.

Worsening water quality is one of our most pressing environmental (not to mention public health) issues. In line with EU and national policies, there’s a move away from more traditional, engineering methods.

Anglers are often the first people to note changes in rivers and lakes. For decades, they have been warning about increasing water pollution, evidenced most dramatically by fish kills.

A long time ago, people like the crusading Jerry Keating, from Kilworth, Co Cork, were making appeals to the powers-that-be to act. Not many listened, however. Today, nobody is in doubt about the serious situation in waterways.

The Maigue Rivers Trust, in Co Limerick, is doing excellent work. Nitrogen levels in the rivers Deel and Maigue have doubled in the last 12 years, the EPA has revealed, with just 5% of Limerick rivers having good water quality. A situation that’s most likely also true elsewhere.

Nature-based approach

The Waters of Life Project, based in Croom, Co Limerick, aims to reverse the loss of pristine waters.

As predictions of more heavy rainfall and consequent flooding are now coming to pass, different ways of dealing with such problems are urgently called for.

Nationally, frameworks are being devised to ensure action in specific places, with numerous benefits for water, climate change and nature. We’re told the nature-based approach can, for example, filter out 80% of heavy metal pollution.

The concept of ‘nature-based catchment management’ is not new. Some measures are already being implemented.

All of which should reduce flood risk, enhance water quality and create habitats for nature in its varied forms. Basically, the idea is to restore ecosystems by natural means.

A range of measures is needed to work together. When all are operating in unison, the measures bring multiple benefits, including carbon storage, better angling and walking amenities, according to Patrick Morrissey, of the EPA catchments unit.

Nitrate pollution

Separately, An Taisce has called on the government to strengthen the proposed measures in the Nitrates Action Programme to safeguard Ireland’s water quality.

An EU directive is primarily concerned with preventing nitrates from agricultural sources from polluting ground and surface waters by promoting the use of good farming practices.

An Taisce has repeatedly raised serious concerns about the inadequacy of the protective measures being proposed for water and of legal weaknesses in the environmental assessments.

Dr Elaine McGoff, natural environment officer with An Taisce, says Ireland is facing a water quality crisis, with almost half of our rivers and lakes polluted.

“Agricultural intensification, particularly dairy intensification, is the primary driver of that. Ambitious and far-reaching changes are required to address this,’’ she urges.

[ad_2]

Originally Appeared Here

As the Global community on Tuesday March 22, 2023, celebrated the World Water Day with the theme; ‘Groundwater: Making The Invisible Visible’, the world has a again come to agreement that one of the essential elements of earth, water is the prime necessity of life; that all living animals and plants cease to exist without it. Hence, the proverb says, “Water is life”.

However, while the world celebrates, it is by no means a pleasant narrative that after months of calls by residents, good spirited Nigerians, development professionals and media professionals, on Lagos state government to address the protracted water scarcity in the state,  Lagos, that prides itself as a mega city, has sadly continued to wear the toga of a location where access to formal clean water is abysmally low, with the majority of its residents relying on the informal sector comprised of wells, boreholes, rivers and rain water.

From Ketu to Ikorodu, Ogba, Ikeja to Ajah, Surulere to Alimosho, the story is the same. Lagosians are made to celebrate this year’s World Water Day without water. Separate from the fact that this dangerous oversight is laced with capacity to make nonsense of the current effort to better the life chances of Lagosians, if not given the urgency of attention that it deserves, there exist reasons why this development is troubling.

 
Going by the United Nations declaration, there is sufficient water to satisfy the needs covered by the right to water in virtually all countries of the world – it is much more a question of equitable distribution. On average, overall household water use accounts for less than 10% of total water use, while industry and agriculture are the largest water users. The right to water is limited to basic personal and domestic needs, which account for only a fraction of overall domestic use. Even in the context of climate change, which affects overall water availability, water for personal and domestic uses can still be ensured, if prioritized as required by human rights law.

The predicament is made worse by the awareness that residents of the area with private boreholes who would have helped ameliorate this suffering are daily frustrated by the poor electricity supply in the area needed to operate the borehole. No thanks to the Electricity distribution Company operating in the location.  
 
Admittedly, Lagosians know that the government can’t solve all their problems and they don’t want to to. But they (Lagosians) know that there are things they cannot do on their own but must require government support. A very good example of such responsibilities includes but not limited to supply of clean water to the citizenry, electricity and provision of schools in an environment that works.  

One fact, going by the global demand that we must not shy away from is that it is true that investing in water and sanitation is costly. Yet, evidence has shown that the cost of not ensuring access to drinking water and sanitation is even higher in terms of public health and lost work and school days. For each dollar invested in water and sanitation, on average there is a return of 8 dollars in costs averted and productivity gained. Also, the human rights obligations related to access to safe drinking water and sanitation are subject to progressive realization. Thus universal coverage does not need to be achieved immediately, but every State must demonstrate that it is taking steps towards this goal to the maximum of its available resources and continually moving in this direction.   

Lagos state with its mega city status ought to have outgrown a city where residents will in this 21st century, rely on private water vendors for their daily water needs while those that have no resources to engage these vendors  are forced to the derogatory level of  scooping water  from gutters. And, as we know, contaminated water and poor sanitation are linked to transmission of diseases such as cholera, diarrhea, dysentery, hepatitis A, typhoid, and polio. Absent, inadequate, or inappropriately managed water and sanitation services expose individuals to preventable health risks. Away from health considerations to other consequences that are international/global in outlook.

Going by the Resolution A/RES/64/292, United Nations General Assembly, July 2010 and General Comment No. 15, UN Committee on Economic, Social and Cultural Rights, November 2002, the Human Right to Water and Sanitation is a principle that acknowledges that clean drinking water and sanitation are essential to every person’s life. It was recognized as a human right by the United Nations General Assembly on 28 July 2010.

To further add a background, the Resolution calls upon States and international organizations to provide financial resources, help capacity-building and technology transfer to help countries, in particular developing countries, to provide safe, clean, accessible and affordable drinking water and sanitation for all. Again, the Committee on Economic, Social and Cultural Rights adopted General Comment; Article I.1 states that “The human right to water is indispensable for leading a life in human dignity. It is a prerequisite for the realization of other human rights”. Comment No. 15 also defined the right to water as the right of everyone to sufficient, safe, acceptable and physically accessible and affordable water for personal and domestic uses.
 
Beginning with sufficiency, the water supply for each person must be sufficient and continuous for personal and domestic uses. These uses ordinarily include drinking, personal sanitation, washing of clothes, food preparation, personal and household hygiene. According to the World Health Organization (WHO), between 50 and 100 litres of water per person per day are needed to ensure that most basic needs are met and few health concerns arise. On safety, the water required for each personal or domestic use must be safe, therefore free from micro-organisms, chemical substances and radiological hazards that constitute a threat to a person’s health.

Talking about acceptability, water should be of an acceptable colour, odour and taste for each personal or domestic use. All water facilities and services must be culturally appropriate and sensitive to gender, lifecycle and privacy requirements. Everyone has the right to a water and sanitation service that is physically accessible within, or in the immediate vicinity of the household, educational institution, workplace or health institution.
Utomi is the programme coordinator (Media and Politics), Advocacy for Social and Economic Justice (SEJA), Lagos.
It could be reached via;[email protected]/ 08032725374

[ad_2]

Originally Appeared Here

WEXFORD COUNTY — The Michigan PFAS Action Response Team is expected to update residents near Wexford-Missaukee Career Tech Center on its investigation of PFAS contamination in private drinking water wells near the area’s tech center. 

The update is planned for April 6, according to a news release from District Health Department #10. PFAS Action Response Team representatives from the Michigan Department of Environment, Great Lakes, and Energy and the Michigan Department of Health and Human Services along with DHD #10 are hosting the virtual community meeting from 6 – 7:30 p.m. 

PFAS also known as forever chemicals because they do not break down organically — are Perfluoroalkyl and Polyfluoroalkyl substances and are in a lengthy list of common items like non-stick cookware and clothes as well as firefighting foam and other industrial applications.

To register for and participate in the online meeting, visit the registration website online at bit.ly/3KRNfCj. Pre-registration and providing a name are not required to attend the meeting. Those interested in participating can go to the registration website at the start of the meeting to join. 

Individuals without internet access can listen to the meeting by calling 636-651-3142 and entering the conference code 374288. 

After the presentations, a time is expected to be set aside for attendees to ask questions. 

The meeting is expected to be recorded and posted along with materials within a few days and can be viewed online at youtube.com/michiganegle. 

For questions about the investigation, contact Kaitlyn Bertram of EGLE, at [email protected] or call 231-429-1256. For questions related to PFAS and health, contact Lisa Fischer of MDHHS, at [email protected],or call 517- 331-2523. 

Anyone who needs language assistance or accommodations for effective participation at the meeting should contact Amy Peterson at 517-420-0083 by March 31 to request language, mobility, visual, hearing, translation or other assistance. 

 

 

 

[ad_2]

Originally Appeared Here

The Chhattisgarh government is committed to supply pure drinking water in rural areas and a total of 10,02,756 household tap connections have been installed so far under the Jal Jiwan Mission, an official said.

The Mission Director of the scheme, Topeshwar Verma, said: “Work is being done expeditiously to complete the works of Jal Jeevan Mission in the stipulated time frame.”

A detailed review of the works of solar-based, retrofitting, multi village and single village schemes is being done from time to time, he said.

The officials concerned have been instructed to make necessary arrangements for providing running water in schools, sub-health centers and Anganwadi centers, ISA training and complete the work of wall writing and painting to promote the works of Jal Jeevan Mission in a time bound manner, Verma said.

Along with this, instructions have also been given to ensure data entry of all the progress works in the IMIS portal.

A provision of Rs 1,000 crore has been made for Jal Jeevan Mission in the state budget for 2022-23.

The government is making all possible efforts to supply 55 liters of water per person per day under the mission, Verma said.

[ad_2]

Originally Appeared Here

Kawartha Conservation’s Integrated Watershed Management staff are preparing for an active water quality monitoring program this year.

Several areas are being tested throughout the spring, summer and fall throughout City of Kawartha Lakes, Durham Region, and surrounding areas as part of the Provincial Water Quality Monitoring Network.

The program, coordinated by the Ministry of the Environment, Conservation and Parks, operates in collaboration with conservation authorities across the province to establish long-term baselines of water quality, detect changes in water quality, and to create an open data source for water quality in the rivers and streams of Ontario.

“The Ministry of the Environment, Conservation and Parks coordinates the program, provides our team with supplies and equipment, and completes laboratory analysis for each individual water sample,” explained Tanner Liang, Kawartha Conservation’s water quality specialist. “Kawartha Conservation is responsible for collecting samples from each site in our jurisdiction and providing local expertise and knowledge to the Ministry.”

Kawartha Conservation’s watershed management department collects samples from across the region including from the Scugog River, Pigeon River, Nonquon River, Blackstock Creek, Mariposa Brook, Balsam Lake Outlet, Gull River, Sturgeon Lake Outlet, Cameron Lake Outlet and Burnt River on a monthly basis as part of this program.

“Throughout the winter, we measure nutrients, suspended solids, and chloride levels, but as we transition to the standard sampling season from April to November, we will be testing for metals and carbon as well,” explained Liang. “Monitoring each of these parameters year after year helps provide a clearer picture about the health and history of our water.”

Kawartha Conservation’s participation in the Provincial Water Quality Monitoring Network program allows the agency to collect and share valuable data with the government and other organizations in an effort to better understand water quality characteristics across Ontario.

The agency also monitors:

•135 sites for water quality chemistry including nutrients and chloride

•23 sites for water quantity including snow courses, precipitation, water level, and streamflow monitoring locations

•30 sites for water temperature

•3 sites for weather and climate parameters – air temperature, humidity, wind speed and direction

•41 sites for aquatic life focusing on streams that flow through urban areas, in partnership with the Ontario Benthos Biomonitoring Network

To access water quality data from the provincial monitoring program, visit https://data.ontario.ca/dataset/provincial-stream-water-quality-monitoring-network.

For more detailed information regarding Kawartha Conservation’s watershed monitoring, visit www.kawarthaconservation.com/en/environmental-sciences/watershed-monitoring.aspx.

 

[ad_2]

Originally Appeared Here

WATER from a well in Malvern must be boiled before it is drunk after failing recent bacteriological tests.

A notice from the Malvern Hills Trust warned walkers not to drink from Hayslad Spout, near West of England Quarry Car Park, unless they boil the water first.

The sign said: “On advice from Worcestershire Regulatory Services the water from this spring has failed recent bacteriological tests and should be boiled before use.”

The well is close to the car park off West Malvern Road, and is commonly used by walkers going up and down the hills.

NOTICE: The notice at Hayslad Spout, Malvern

A Malvern Hills Trust spokesperson confirmed the water at the wells elsewhere on the hills was regularly tested for purity.

They said: “The notices have been up for a little while following a routine water testing by Worcestershire Regulatory Services.

“In accordance with the notice issued by Worcestershire Regulatory Services, consumers of the water supplied at Hayslad Spout are advised to boil the water before consumption.”

The wells in Malvern have provided a source of fresh drinking water for centuries.

Since at least the Middle Ages, Malvern spring water has been valued for its purity and health-giving properties.

In Victorian times, the town became famous for its water, being described as containing “nothing at all”.

CLEAN: The Malvhina fountain in Malvern

 

In the centre of Malvern, the Malvhina fountain has a plaque installed saying how clean the water is.

It says: “This drinking spout of pure water is piped directly from three springs above the town at Happy Valley, Rushey Vally and Ivy Scar Rock.

“The water is thought to come from so deep down that underground pressure forces it upwards, filtering it through the ancient Malvern stone of the hills, removing any impurities.

“This supply is continuously filtered and tested so that it is always of the purest quality.”

The Malvhina fountain is kept clean by a filtering system managed by the district council.

In recent times there have been issues with the springs.

In November 2014, notices went up on 12 public water sources around the Hills after water samples proved to be contaminated by the bacteria.

[ad_2]

Originally Appeared Here

Local non-profit donates clean drinking water systems to eligible families

Water quality is one of Central California’s biggest challenges, with high levels of nitrate and arsenic contaminants and worsening drought conditions. For the thousands of Central Valley residents who can’t safely drink water from their tap, a new community program offers a solution.

Supported by two respected non-profits, the program is donating solar water panels to people who live in California’s Central Valley and are impacted by the area’s water crisis. The water panels look like solar panels but create clean, safe, high-quality drinking water without wells, city water service or electrical hook ups, and can save a family relying on bottled water $70 a month or $840 a year.

Through the end of March, the program will offer $50, per home, to anyone who refers a family that is eligible for the program and has panels installed.

Installed on the ground near the home in approximately three hours, this donated hydropanel system, valued at approximately $5,000, harnesses the power of the sun to bring drinking water directly to a kitchen faucet and can generate the equivalent of four to six cases of bottled water per week, enough to meet all the drinking water needs for a family of four.

Once families qualify, local technicians will visit them to answer their questions, find a place for the panels and handle installation. The program also includes five years of panel maintenance and access to a customer support center.

Installations have already begun but there are still spots left for eligible families: To learn more or refer a family, call (888) 706-0433 or visit www.source.co/ccv/.

[ad_2]

Originally Appeared Here