Persuasive Essay On Drinking Water

In the modern age of high-speed internet, self-driving cars and VR it’s easy to forget that some places in the world still don’t have fresh water, let alone plumbing. The average person uses between 80 and 100 gallons of water a day. If you drink the recommended 8 glasses per day that’s only 8 oz a glass, or 64 oz in total. Of those 80 to 100 gallons we use an average of 3 every time we flush the toilet, 5 gallons per minute in the shower, 36 gallons for a bath, 8-27 gallons while doing the dishes, 25 gallons for every load of laundry and another 2 gallons a minute if you’re doing any outdoor watering or filling a kiddy pool. By using a newer toilet, you can reduce the gallons per flush to about 1.6 gallons, and when using a water saving shower head you can reduce your use to about 2 gallons per minute. This may not seem like much of a difference, but it can make a big impact.

It is easy person to point their finger at big industrial and chemical plants and blame them for the cause of so much pollution in our water. When taking a closer look, those same people pointing the finger are equally contributing to the pollution of our water supply and are also to blame. This person could be a friend, family member, classmate, or even you. Even if people do not think that they have a part in this, most do. A variety of data has shown traces of pharmaceuticals used by every day humans in our water. As well as pharmaceuticals there is a presence of chemical contaminants, mainly pesticides that are causing harm to our environment and wildlife. Even humans can be affected by such contamination in the water supply, and

If you are a parent who wants to help keep your child's teeth healthy, then you likely know that they need to get enough fluoride. While fluoride toothpastes provide your child's teeth with some fluoride, systemic fluoride is also important, as it is doesn't just coat teeth, but instead keeps teeth healthy from the inside out. Most children's main source of systemic fluoride is the water they drink. However, you may not know how systemic fluoride is enough, and even how much your child is getting. Here is a guide to finding out how much fluoride from tap water your child is getting and how much is enough.

Contaminated water poses health risks on humans, pets, wild animals, and farm animals. (Mcdermott-Levy 2013)

Additionally, the Environmental Protection Agency (EPA) published a response update to assess potential impacts to human and aquatic life (2014). The method the EPA employed was to analyze surface water and sediments for contaminants and compare those results to its screening levels. To assess impact to human health, the EPA compared the sediment data to health risk screening levels and compared drinking water samples to Maximum Contaminant Levels (MCLs) as well as to other indicators. Overall, the EPA found those levels found in sediment data and water samples to not exceed human health screening levels and thus determined that there wasn’t significant risk to human health, although the EPA did recommend that people do not come in direct contact with coal ash as it could still pose health risks. These findings were consistent with that of Dr. Shea.

These cleanups are required by federal and state laws passed in the last two decades mostly in response to public concern that drinking contaminated ground water may cause cancer or other illnesses. The laws require that, in most instances, the contaminated ground water be restored to a condition that meets state and federal drinking water standards. Businesses and government agencies paying for the cleanups are calling for reconsideration of whether returning all contaminated ground water to drinking water standards is a realistic goal. At the same time, public interest groups are advocating maximum protection of the public's right to a safe water supply in places where there is

The exponential growth of human population, caused an unprecedented problem for the global ecosystem. (Carolina EcoKits, 2012) The increase in pollution brought upon great fear and concern about what types of contaminants were in the foods and water supply for citizens. In 1977, the Clean Water Act was passed, the act ensured that any release of pollutants at toxic levels into any water source was forbidden. (Carolina EcoKits, 2012) It allowed for the Environmental Protection Agency (EPA) to set guidelines and standards for how pollutants were emptied in navigable waters. (Carolina EcoKits, 2012)

I would like to offer my comments involving an EPA regulation and how it can be improved. I believe that the Safe Drinking Water Act is not producing water that is safe enough for all Americans to drink, while leading many to believe that the water that they are drinking is as clean as possible. This is shown very clearly by the water that is produced in Flint, Michigan. This water is visibly discolored by the lead and other contaminants that are in the water and there a=have been many reports of children and adults who are suffering some serious symptoms of lead-poisoning. Despite these very real negative effects of the lack of proper filterage of this water, there is very little that can be done because the water technically meets the standards that are put out by the Safe Drinking and Water Act.

“Any measure of a successful society — low mortality, economic diversity, productivity, and public safety — is in some way related to access to safe water. Every day, safe water is available for eating and cooking, bathing, clothes washing, and a myriad of other purposes”(MMW, 2017). In America where water is at just about every turn of a facet, we don’t always think about how fortunate we are to have amazing access to water. Subsequently, we are much less likely to think about what’s in our water. The Milwaukee area has a few different concerns pertaining to the water quality which effects Milwaukee area residents, lakes and rivers. Milwaukee water quality influences a large population of people since the City of Milwaukee-owned public utility

Three main ways our public drinking waters can become contaminated are by agricultural runoff, which have effects that go all the way from the effects of the remnants left behind from sprayed pesticides and unmanaged animal feces. Second, we have an oil and coal industry that just never stops. What comes from our oil industry ultimately ends up changing and altering the biology of the surrounding water with thermal pollution, and in some cases I have seen this reported as just as if not more damaging than bacterial or sedimentary pollution. The coal industry pollutes surrounding waters with sulfides from leaching. Illustrations are given below.

All around the world, countries are fighting to keep their drinking water clean. Whether it’s streams, rivers, or lakes, countries have taken great measures to maintain high quality drinking water for both human consumption and animal consumption. Countries must first understand the sources of the polltion, then determine the best methods to eliminate the pollution. Clean drinking water is a valuable resource and a the key to human survival. Plants and animals also depend on water for their growth, so all water must be kept clean. The major contributors to water pollution can be classified in three categories, industrial, agricultural and municipal.

Water is a very important commodity to live. Some people say it’s a right, but others at as if it’s a privilege, and as a result, people lack it. The human body is about sixty percent water, but in what I have seen just in my twenty years of life, people do not drink merely enough of it. Instead, water has been replaced as a go-to drink by things like milk, coffee, pop, or energy drinks, but natural energy lies in water. With water we can be more energized, awake, and of course, hydrated, which all together collaborate to help us flourish, stay healthy, and live long. It’s most of the earth’s surface, too; water’s all around us, but we neglect it and deny its crucial place in our health and humanity.

Enacted in 1972, the Clean Water Act was formulated with the goals of putting the end to the discharging of high quantities of contaminated materials into water resources, and further prevent pollution of water , and making sure that surface waters met the standards needed to support human and agricultural usage. Essentially, the Clean Water Act stipulates the fundamental structure used in the regulation of discharges of toxic pollutants into water resources of the US and ensuring conformance of quality standards for groundwater (Environmental Protection Agency). The Clean Water Act was draws based on the Federal Water Pollution Control Act of 1948, which was later developed and revised in 1972 to the Clean Water Act. Under the Clean Water Act, the Environmental Protection Agency (EPA) is authorized to implement programs to control pollution example being the establishment of standards for wastewater discharge for various industries. In addition, the CWA establishes the water quality standards applicable to all groundwater contaminants. The Clean Water Act makes it illegal to unload any contaminant material from a point source into navigable water bodies without acquiring permit from EPA. The National Pollutant Discharge Elimination System permit program, under the EPA, helps in controlling discharges (Environmental Protection

What is the one thing that all humans can agree on? Clean water. Then why are roughly 844 million people around the world living without access to clean water? (UN Water) As simple as it may seem, there are complex layers that have overlapped for generations, leading to an endless cycle of poverty. The scarcity of water contributes to issues in health, education, and poverty. Water impacts nearly every aspect of life; however, the most shocking fact is that we already have the solutions to provide safe water. The first obstacle that we must overcome is the allocation of resources. Now, more than ever, we have access to the world’s finest research and technology that could very easily end the water crisis. The solution to the water crisis starts with spreading awareness and reaching out to generous donors. Proper funding can be raised to reach the goals of charities across the globe. Sustainable clean water technology can be distributed to some of the most poverty-stricken countries in the world, such as Ethiopia, Somalia, and the Democratic Republic of Congo, which all have populations of over fifty percent living without improved drink water sources. (Africa Development Information) I believe we have the means to provide solutions to put an end to the water crisis, but it will require effort from donors and local communities alike. It is possible within the decade that no one will need to drink unsafe water again if we are united by this cause.

The purpose of this report is to propose a solution to the problem of reduced drinking water quality due to chemical pollution. Some bodies of water in the United States are becoming polluted from chemicals and restrictions are needed to protect drinking water quality.