Recently, tap water quality has come under increasing scrutiny, particularly regarding per- and Polyfluoroalkyl Substances (PFASs) found in our water supplies. Due to their long-term presence and potential health impacts, comprehensive testing and whole-house filter systems should be utilized within homes to protect residents against harmful contaminants like PFAS. Today, let’s dive into the importance of understanding PFAS and how water quality testing and whole-house filtration can safeguard our health and environment.

What are PFAS?

PFAS are artificial chemicals used worldwide since the 1950s in industry and consumer products that protect people against grease, water, and oil. These include nonstick cookware, water-repellent clothing, stain-resistant fabrics/carpets/curtains, and cosmetics that help resist grease, water, and oil.

Why should we be concerned?

• Persistence: PFAS do not break down in the environment, earning them the nickname “forever chemicals.”
• Bioaccumulation: These substances can accumulate in the human body over time, leading to potential adverse health effects.
• Health Risks: Exposure to PFAS has been linked to various health problems, including cancer, hormone disruption, immune system suppression, and developmental issues.

The Health Risks Associated with PFAS

Exploring the Potential Dangers:

Health Implications: Exposure to high levels of PFAS has been linked to various health issues, including cancer, liver damage, and immune system disruptions.

Vulnerable Populations: Certain groups, such as pregnant women, children, and those with compromised immune systems, may be at higher risk.

The Importance of Drinking Water Quality Testing

Drinking water, including bottled water, may contain trace amounts of chemical constituents that may or may not harm your health. Water quality testing is crucial in detecting potential health threats from contaminants like PFAS and safeguarding public health.

Key reasons to prioritize drinking water testing:

• Safety Assurance: Regular testing helps confirm that water meets safety standards and is free from harmful contaminants.
• Early Detection: Identifying contaminants early can prevent health risks and mitigate environmental impact.
• Regulatory Compliance: Testing ensures compliance with local and national water quality standards, helping to avoid legal issues.

How Water Quality Testing Works?

Understanding how water quality testing works can give us greater insight into its safety.

Steps in water quality testing:

• Collection: Samples are collected from various points, such as taps, rivers, or reservoirs.
• Analysis: These samples are analyzed in laboratories using advanced technologies to detect the presence and concentration of contaminants like PFAS.
• Reporting: Results are documented in detailed reports, providing insights into water quality and safety.

Whole House Filtration: A Necessary Step

Installing a whole-house water filtration system effectively rids your home’s water supply of contaminants like PFAS, assuring clean, safe water pours from each tap. Filtration extends the lifespan of washers, water heaters, dishwashers, and more by purifying their output with fresh, purified water. Appliances Protect your plumbing from scale buildup. The filter should not affect water pressure.

Benefits of whole house filtration:

• Comprehensive Protection: Whole house water filter filters all the water entering your house, protecting against contaminants in drinking water and water used for bathing and cleaning.
• Cost-Effective: Home water filtration system reduces the need for multiple point-of-use filters, saving money in the long run.
• Longevity and Efficiency: High-capacity house water filter systems (septic systems) require less frequent maintenance and effectively treat large volumes of water.

Choosing the Right Filtration Technology

Selecting an effective filter technology to remove PFASs and other contaminants from your water source is crucial.

Popular filtration technologies include:

• Activated Carbon Filters: Absorb organic contaminants and can reduce PFAS levels.
• Reverse Osmosis Systems: Highly effective in removing many contaminants, including PFAS or heavy metals.
• Ion Exchange: Targets specific ions and contaminants beneficial in hard water areas.

The Environmental Impact of PFas

Understanding the Broader Effects:

Wildlife:

PFAS can accumulate in water sources, affecting fish and wildlife. These chemicals can bioaccumulate in animal bodies over time, particularly those living in aquatic environments like fish. Over time, this builds up, potentially leading to toxic effects, including changes in growth rates, reproduction rates, and survival rates; studies have also illustrated adverse consequences from exposure, such as disruption of hormone systems or immune system impairment.

Ecosystems:

The persistence of PFAS in the environment can disrupt local ecosystems, affecting biodiversity and natural processes. These substances don’t decompose quickly, accumulating in soil and water over time and eventually impacting plant life in ecosystems. Furthermore, contamination with PFASs alters physical and chemical properties in an environment, cascading impacts on habitat quality and food web dynamics.

Impact on Soil and Plant Health:

Soil Contamination: PFAS can accumulate in the soil, affecting its quality and the health of plants growing in it. Crops’ absorption of PFAS chemicals may decrease agricultural productivity and threaten food safety.

Plant Toxicity: Some studies suggest that PFAS exposure can inhibit plant growth and development, impacting ecological balance and food chains.

Impact on Aquatic Life:

Water Pollution: PFAS are partially soluble in water, making them a persistent problem in aquatic environments. It not only affects water quality but also the health of marine organisms.

Bioaccumulation: As PFas accumulate in the bodies of aquatic creatures, they can reach toxic levels, which may result in developmental and reproductive issues, particularly in fish and amphibians.

Impact on Biodiversity:

Species Sensitivity: Different species have varying sensitivities to PFAS, which can lead to shifts in population dynamics and biodiversity as more sensitive species decline.

Food Web Alterations: The accumulation of PFAS in top predators can lead to biomagnification, where these chemicals concentrate at higher levels in the food chain, affecting overall ecosystem health.

Understanding and mitigating the environmental effects of PFAS contamination are critical steps toward protecting wildlife and maintaining healthy ecosystems. Reducing emissions of these toxic chemicals and cleaning up existing contamination are vital measures needed to combat their threats to environmental safety.

What are Common Sources of PFAS Contamination?

Per- and Polyfluoroalkyl Substances, commonly referred to as PFASs, have become ubiquitous in various consumer, commercial, and industrial products since their invention during World War II due to their heat, water, and oil resistance. Unfortunately, however, their widespread usage and persistence have resulted in extensive contamination throughout our environment; here are a few sources of PFAS contamination:

1. Household Products

Non-stick Cookware: Products like Teflon-coated pans are familiar sources.

Stain- and Water-Repellent Fabrics: Used in clothing, furniture, and carpets.

Polishes, Waxes, and Paints: These products often contain PFAS to enhance their performance.

Cleaning Products: Certain specialized cleaning products may contain PFAS for their grease-resistant properties.

2. Industrial Sites

Chrome Plating, Electronics Manufacturing, and Oil Recovery: Facilities involved in these industries may use PFAS in their processes, leading to occupational exposure and environmental release.

Chemical Manufacturing Locations: Direct release of PFAS can occur during the production of PFAS-containing products.

3. Firefighting Foams

Aqueous Film-Forming Foams (AFFF): These foams are extensively used in firefighting, especially at military bases and airports. They are a significant source of groundwater contamination due to training and emergency response activities.

4. Landfills

Consumer Waste: Products disposed of in landfills can leach PFAS into the environment. It includes goods treated with stain-resistant coatings and other PFAS-containing waste.

Industrial Waste and Sewage Sludge: These wastes often contain PFAS and contribute to contamination when managed improperly.

5. Water Treatment Plants

Municipal Wastewater Treatment Plants (WWTPs): Conventional treatment processes at WWTPs are generally ineffective against PFAS, allowing them to persist in treated water and sludge.

6. Food Packaging

Fast Food Containers and Non-stick Packaging: PFAS prevent food from sticking to packaging, making them a source of dietary exposure.

7. Environmental Media

Contaminated Soil and Water: PFAS can accumulate in the environment, contaminating soil and water bodies and subsequently affecting plants and wildlife.

8. Workplaces

Exposure in Certain Occupational Settings: Workers in industries that manufacture or use PFAS can be exposed through inhalation or skin contact.

Understanding these sources is integral to effectively combatting contamination and protecting public health and the environment. Remediation strategies, such as whole-house filter systems, can be essential in managing exposure.

Legal and Regulatory Perspectives on PFAS

Current Guidelines:

Environmental Protection Agency (EPA) regulations addressing and mitigating PFAS have significantly improved. Here are a few developments:

National Drinking Water Standard: In April 2024, the EPA issued the first-ever national, legally enforceable drinking water standard for PFAS. This groundbreaking rule aims to reduce PFAS exposure for approximately 100 million people, preventing thousands of deaths and reducing thousands of serious illnesses.

Proposed Rule for Six PFAS: In March 2023, the EPA proposed to establish legally enforceable levels for six specific PFAS known to occur in drinking water. This proposal is part of the EPA’s broader PFAS Strategic Roadmap, which seeks to provide a nationwide, health-protective level for these chemicals.

CERCLA Enforcement Discretion Policy: Alongside the final rule, the EPA issued a policy focusing on enforcement for parties who significantly contributed to PFAS releases into the environment. This policy is intended to hold responsible parties accountable and facilitate cleanup efforts.

Advocacy for Stricter Controls:

Advocacy groups and legal actions play a crucial role in shaping PFAS regulations. Their efforts help drive stricter controls and ensure that public health concerns are addressed:

Role of Advocacy Groups: Organizations like the PFAS Action Group on Nantucket and the Great Lakes PFAS Action Network have been instrumental in advocating for tighter regulations. These groups have welcomed the new rules and continue to push for comprehensive measures to limit PFAS exposure.

Public and Legal Pressure: Advocacy efforts often translate into legal pressure, which can accelerate regulatory changes. For instance, Earthjustice is actively tracking the EPA’s actions and pushing for the agency to expand regulations to prevent new PFAS chemicals from entering the market and to ensure polluters pay for cleanup.

Community Involvement: Community advocacy is also vital. Public water systems must now monitor for six PFAS and ensure levels remain below legally enforceable limits. This involvement helps maintain regulatory momentum and ensures community water sources stay safe.

Water Quality Testing Technologies and Methods

Lab Tests:

Laboratory testing for PFAS is complex and involves advanced technology:

Liquid Chromatography-Tandem Mass Spectrometry (LC-MS/MS): This technique is the gold standard for PFAS detection, offering high sensitivity and specificity for various PFAS compounds.

Solid-phase extraction (SPE): SPE concentrates PFAS from water samples, enhancing the detection capabilities of LC-MS/MS.

At-Home Testing Kits:

For individuals concerned about PFAS in their drinking water, at-home testing kits provide a convenient option:

Sample Collection: Users collect a water sample directly from their tap.

Mail-In Analysis: The sample is mailed to a laboratory where it is analyzed using methods similar to those used in professional labs.

Results and Reporting: Users receive a detailed report on the PFAS levels in their water, allowing them to take appropriate action if necessary.

These testing methods are essential for compliance with regulatory standards and individual health protection. They enable authorities and consumers to monitor PFAS levels effectively and respond to potential health risks.

Community Involvement in PFAS Awareness and Advocacy

Building a Community Response:

Education: Educating the public about PFAS and its risks is essential.

Community Action: How communities can band together to demand safer water practices and stricter regulations.

The Future of PFAS Regulation and Research

What Lies Ahead:

Emerging Research: Discuss ongoing studies into PFAS and their effects.

Potential Policy Changes: Speculate on possible future changes in laws and regulations governing PFAS.

Personal Steps to Reduce PFAS Exposure

Practical Tips for Individuals:

Water Filters: Choosing the correct type of water filter that can reduce PFAS levels.

Consumer Choices: Opt for products that do not contain PFAS, such as cookware and clothing.

The Importance of Being Proactive

Wrap-Up:

Taking Action: Encourage proactive measures in water quality testing and whole house filtration.

Staying Informed: The benefits of keeping abreast of new research and regulatory changes concerning PFAS.

By learning more about PFASs and water quality testing, we can take informed steps to protect our health and create a safer environment for future generations. Knowledge is power; knowledge, in this case, holds the key to cleaner waters.

Protect Your Water with Green Country Water, Power, and Air

Are you concerned about PFAS-contaminated water sources in your drinking supply? Taking prompt and decisive action against potential threats like PFAS is vital to ensure the well-being and protection of all in your household. Green Country Water, Power, and Air offers comprehensive water testing and cutting-edge whole-house filtration systems to guarantee safe drinking water for its residents. If you own or are receiving water from an unregulated supply or suspect contaminants might be impacting the tap water coming through to your tap, don’t wait for contamination to affect your health and your family. Take action as soon as possible! Reach out to Green Country Water, Power & Air today, schedule a professional water test, and explore their effective filtration solutions – guaranteed to improve water quality in any situation! Get peace of mind knowing a system tailored specifically to you will meet the quality demands. Take the first steps toward cleaner and safer drinking water by visiting our website or calling us directly. Green Country Water Power and Air can protect both you and the health of its communities through reliable services that guarantee clean drinking water & better air.

Water is essential to our lives. It is often overlooked, but it is necessary to be able to drink clean water solutions for our health and well-being. Think about drinking water that’s fresh, clean, refreshing, and free of harmful chemicals. That is precisely the purpose of water purification products—to provide safe, pure water to everyone.

Importance of Clean Water for Health and Well-being
A clean water solution is vital to maintain an active lifestyle. It is utilized to cook, drink, cook, bathe, and clean, directly impacting our health. However, water could be contaminated with harmful substances, creating serious health risks. Consuming clean water solutions that are affected by contamination could lead to a myriad of health problems, including stomach problems that are minor to more serious ailments. It is important to ensure that the clean water solutions we drink are safe and healthy is not only about convenience but is an important health concern.

How Water Treatment Services Ensure Safe Drinking Water

Diverse water treatment services are required to warrant the best quality of water. These services use many different water treatment methods to eliminate the issue of contaminants and ensure safe and clean water solutions.

Water Filtration Systems
One of the most commonly employed techniques by water treatment companies is water filtration. This technique removes physical and chemical contaminants such as chlorine, sediment, and heavy metals. Powerful water filtration equipment can improve the water’s quality by removing contaminants that impact flavor, smell, and security.

Water Softeners

Hard water containing large quantities of calcium and magnesium can be hazardous to your health and to appliances within your home. Water softeners are an effective treatment typically recommended by water treatment firms. By replacing calcium and magnesium ions with sodium or potassium ions, water softeners will keep the scale from accumulating in pipes and appliances. It will also extend their lives and improve drinking water quality in general.

Comprehensive Water Treatment Systems

Comprehensive clean water solutions are vital to tackle a wide spectrum of pollutants. These systems incorporate various treatment methods, such as disinfection, filtration, or chemical treatment, to guarantee the correct treatment of the water source. Utilizing an integrated approach, these methods for treating water can simultaneously address different contaminants, which payoff in the complete system of clean water solutions.

Understanding Water Contaminants

To appreciate the importance of drinking water purification, it is vital that we are aware of various contaminants that can affect our water, their sources, and their health effects. An effective drinking water management system ensures that we can access safe drinking water for our loved ones.

Types of Contaminants

Biological Contaminants

It incorporates bacteria, viruses, and parasites. It causes illnesses like diarrhea, cholera, dysentery, and vomiting.

A correct procedure to purify water reduces these risks by ensuring you have more clean water solutions.

Chemical Contaminants

The pollutants are pesticides, metallic heavy substances (lead mercury and lead), and industrial chemicals.

This can result in serious health issues like brain cancer and neurological diseases. Specific treatment methods are necessary to eliminate this.

Physical Contaminants

Organic materials and sediments can alter the flavor, smell, and look.

It is a potent treatment that removes impurities and produces crystal-clear drinking water.

Radiological Contaminants

Radioactive substances such as radioactive elements like uranium or radium are the most modern treatments necessary to eliminate.
Sources of Water Contamination

• Industrial sources: Factory and plants release pollutants, such as chemicals and heavy metals. Regular cleaning of equipment used to purify water is essential.
• Sources for Agriculture: Pesticides, fertilizers, and animal waste are absorbed into water sources. Thoroughly treating water is vital to solving these water issues.
• Natural Resources: Soil erosion, natural disasters, and wildlife release soils, microorganisms, and sediments.

System for the treatment of water to contain these pollutants to warrant cleaner drinking water.

Health Impacts of Various Contaminants

Chemical contaminants cause digestive diseases or illnesses. The proper treatment is vital to avoid health issues.

Chemical contaminants linked to chronic diseases such as kidney damage or cancer. Effective water treatment offers protection.

Chemical contaminants affect how water appears and can also contain bacteria and microorganisms. Healthy water improves the taste and is more secure.

Radiological contaminants can increase one’s chances of developing cancer and other serious health problems. Modern treatment assures that water is safe.

Ensure that you and your family members have access to safe drinking water. This will increase your health and living quality by reducing skin irritations and other health problems.

Water Treatment Services

Solutions for treating water ensure drinking water is not contaminated with harmful toxic substances. They use various methods to purify water, ensuring it’s safe for drinking and other uses. These systems are essential for maintaining public health and providing a high quality of life within a community.

Definition and Purpose of Water Treatment

Water treatment removes impurities and contaminants to ensure the water can be drunk safely. This process ensures that water remains devoid of harmful pollutants, such as bacteria, viruses, chemical compounds, and other dangerous substances. The result is safe and secure water for drinking and consumption.

Evolution of Water Treatment Technologies

Water treatment has been used using boiling and sand filtration techniques since ancient times. Over time, new technologies emerged, such as chlorine disinfection in the late 19th century, followed by advancements like activated carbon filtration, reverse osmosis, and UV disinfection in the early 20th century. Today’s water treatment technologies grant our water better quality than ever before.

Types of Water Treatment Services Available

• Filtration Method: Remove physical and chemical impurities, improving the quality and clarity of the taste.
• Service to treat infections: Methods such as chlorination or ultraviolet disinfection eliminate harmful microorganisms while providing health benefits for drinking water by removing harmful microorganisms.
• Softeners to water Remove minerals that cause hardness, usually with salt, to prevent scaling of pipes and appliances.
• Total Treatment Systems Combine different methods to deal with contaminants, providing an all-inclusive solution.
• Special Solutions Customized solutions to specific water-related problems and are designed around the needs of a household or community.
  
  

Investing in water treatment services is essential to ensure the highest quality water and safeguard your family’s health. By understanding these services, you can select the right water treatment solution for your needs, ensuring your community can access clean drinking water.

Types of Filtration Systems

Filtration systems are available in various forms, such as mechanical, absorption, and sequestration. Mechanical filtration utilizes physical barriers to eliminate particles, and absorption uses materials such as activated carbon to stop contaminants from entering. Sequestration helps prevent scaling by isolating minerals like magnesium and calcium, which protect and prolong the life of your plumbing system.

How Filtration Systems Work

Filtration systems circulate water through various media to trap and eliminate contaminants. Mechanical filters remove oversized particles. Absorptive filters focus on organic and chemical compounds. Sequestration agents can bind with minerals to avoid scaling. Proper installation and routine maintenance ensure the systems operate effectively and provide superior-quality water.

Effectiveness of Filtration in Removing Different Contaminants

Filtration systems can efficiently eliminate physical contaminants such as chlorine and sediment. Absorption filters are incredibly effective in removing organic chemicals and improving the taste and smell. But, they’re less efficient against biological contaminants such as viruses and bacteria. These could necessitate extra treatment. Regular maintenance and prompt repair are vital to preserve their effectiveness.

Advantages and Disadvantages of Filtration Systems

Filtration systems can provide benefits such as the enhanced taste of water and improved clarity, odor, and clarity. They are easy to install and maintain, effectively removing specific contaminants to safeguard your health and improve your quality of life. However, their disadvantages include the need to replace filters frequently and their ineffectiveness against specific microorganisms for dissolving organic substances. Investing in a water filtration system can greatly enhance the quality and quantity of your water by addressing various water-related issues. Understanding different filtration systems’ capabilities, limitations, and benefits will help you choose the best solution for your purified water needs. For businesses, these systems are crucial in ensuring that resources are used sustainably, ultimately contributing to a better quality of life on our planet.

Chemical Treatment Methods

Chlorination: Process, Effectiveness, and Limitations

Chlorination can be described as introducing chlorine into water to kill pathogens, bacteria, and various bacteria. It’s highly effective, but sometimes the chlorine’s taste and other possible side-products may result.

Ozonation: Mechanism, Benefits, and Drawbacks

Ozonation utilizes Ozone gas to purify water, offering the most efficient pathogen elimination without leaving a taste. However, it requires specialist equipment and can be costly.

Coagulation and Flocculation: Principles and Effectiveness

The process of flocculation and coagulation entails adding chemicals to water to connect particles, making them less difficult to eliminate and extremely efficient in the treatment of organic materials.

Comparison of Chemical Treatments

Chlorination is cost-effective and widely used, ozonation provides superior disinfection without residuals, and coagulation-flocculation is excellent for removing suspended solids and improving overall water quality.

Effectiveness of Water Treatment Services

Criteria for Evaluating Effectiveness

Assessing the effectiveness of water treatment processes includes evaluating how well they eliminate foreign substances, the related expenses, support needs, and their natural effect.

These factors help determine whether a treatment method can deliver safe, purified water that is cost-effective and environmentally sustainable.

Comparative Analysis of Different Water Treatment Methods

Different water treatment methods differ in effectiveness, with specific performing better at removing particular contaminants, whereas others offer greater protection. For instance, chlorination is cost-effective and widely used, but ozonation provides superior disinfection without residuals, and coagulation-flocculation is excellent for removing suspended solids and improving overall water quality.

Factors to Consider

When considering the desirable water treatment methods, look at the water source since it influences the types of contaminants present.

Consider the specific contaminants you need to remove, your initial installation costs, your ongoing maintenance budget, and the ease of maintaining the equipment to ensure its long-term durability.

DIY Water Testing Kits: How to Use Them and Interpret Results

kits for water testing which are DIY-friendly, can be a great way to assess the quality of your water from your own in your home. To make use of these kits, follow the instructions for collecting water samples mixing in the reagents that are provided, and then evaluate the payoff using an color chart or digital readout that can determine the amount and presence of different contaminants.

Professional Water Testing Services: When and Why to Use Them

Water testing professionals is recommended at any time when an exact and thorough examination is required, such as finding out what DIY kits could miss, or for addressing complex water quality issues. To assist you in selecting the most efficient water treatment method, these services provide comprehensive reports and recommendations.

Maintenance and Longevity of Water Treatment Systems

Maintenance on a regular basis is crucial for ensuring the maximum efficiency of the system to purify water. It can stop breakdowns and maintain its quality in the water being treated. By maintaining your system in good condition, you’ll be capable of assure your security and your investment and be sure you that the equipment will benefit in providing safe and clean water solutions.

Maintenance Schedules for Different Types of Systems

Different water treatment techniques require distinct maintenance plans. For instance, filtration equipment may require filter replacement every few months, while chemical treatment systems might require periodic checks or modifications. The following schedules benefit maintaining the system efficiently and extending its life.

Tips for Extending the Lifespan of Water Treatment Equipment

To extend the lifespan of your water treatment system, perform regular inspections. immediately address any problems and make use of high-quality replacement components. In addition, following the operating and maintenance instructions provided by the manufacturer will guarantee that your equipment will function effectively and reliably throughout its lifespan.

Innovations and Trends in Water Treatment

Recent Advancements in Water Treatment Technologies

Late forward, leaps in water treatment innovation have incorporated the making of cutting-edge film-based filtration frameworks that help with effectiveness and cut down on use. In addition, real-time automated monitoring has resulted from the integration of IoT and smart sensors, significantly elevating system performance.

Future Trends and Potential Breakthroughs

Nanotechnology, which promises greater efficacy in eliminating bacteria and microorganisms, is likely to be the focus of future developments in the field of water treatment. Another possible breakthrough could involve combining renewable energy sources like the sun’s power to drive a process to purify water, which can make processes more sustainable and economical.

The Role of Sustainability in Water Treatment Solutions

Sustainability in clean water solutions treatment is becoming more critical as there’s a growing emphasis on reducing chemical usage and minimizing waste. Implementing environmentally sustainable practices and products ensures that water treatment is healthy for people, protects natural resources, and minimizes ecological impact.

Benefits of Clean Water on Community Health and Development

Admittance to clean water solutions is vital for the strength of networks, as it diminishes water-borne diseases and works on generally speaking personal satisfaction. Access to clean water solutions is also beneficial to the growth of economic activity because healthy communities are able develop, thrive and learn with a better quality of life and social advancement.

Environmental Impacts of Various Water Treatment Methods

The various water treatment methods could have different environmental impacts Chemical treatments that are conventional are prone to producing toxic waste and other products. Conversely, contemporary approaches such as advanced filtration and green technologies are designed to lessen environmental impact and promote sustainable development, all while ensuring water safety.

Secure Your Water Future“We strongly suggest that you regularly test your water for contaminants in the event of any potential contaminants and warrant its safety. If you’re concerned or are unsure about the outcome it is recommended to seek out a highly-qualified assistance from Green Country Water Power and Air is focused on giving security and benefit you choose the right treatment for your water.

The most trusted water treatment solutions are accessible via certified local service suppliers as well as websites that list certified professionals as well as environmental health organizations. Numerous experts like Green Country Water Power and Air provide free consultations to assess the water quality and recommend effective treatment. These experts can benefit you locate reputable experts who can protect your health and help you save money at the final. We encourage you to spread the word about the value of water purification methods by sharing this blog with your friends, family, and community.

By communicating information and encouraging the use of active testing for water and treating we can all benefit to create safer and healthier communities. Use the accurate practices and by ensuring the right of everyone safe drinking water.