Explain The Four Ways To Get Rid Of Lead Paint

The lead in the environment is formed naturally in the earth’s crust mainly as Lead Sulphide. The main exposure channels of lead entering the environment through atmospheric lead is predominantly from automobile emissions. Other lead exposure routes include lead-acid batteries, paint chips, fertilizers, utilized ammunition, pesticides, and other industrial byproducts. The means of conveying lead from key emission sources is mainly through the air. Concerning the sources of lead in drinking water, normally lead reaches into the residents’ water after it is channeled from their water treatment plant or the wells. To be more precise, the source of lead in people’s water supply largely emanates from their households’ pipes or lead solder from plumbing. The most typical cause of the lead formation is from the corrosion reaction by the lead pipes or solders and the water. The acidity as a result of the low pH, dissolved oxygen, and little mineral contents in the water are main reasons of the corrosion. The lead amounts in the water become high if the water spends a long duration of time stagnated inside the old pipes.

Mattel is starting to take a step in the right direction, according to Renae Merle from The Washington Post, “Mattel said it was strengthening its process for preventing the use of lead based paint, it will only permit paint from certified suppliers and require every batch to be tested, company officials said” (Merle 1). 80% of toys in the United States are imported from China, according to Renae Merle, and 65% of those toys are created by Mattel. Although that is a step in the right direction, that still leaves 15% of the toys in the United States at a higher risk of having high traces of lead on them, going undetected. Stores like Toys ‘R’ Us that sell toys sold by companies other than Mattel, should be required to post the percentage of how much lead is in each toy directly next to or near the toy so that parents can be aware of this problem. If parents are not made aware of this problem, it is going to cause more concerns health wise. Michelle Albert, a stay at home mom of two children states that “I feel our country should be more careful about the things we import” (Albert 1). She fears that her children may have been exposed to these toys and has no way of knowing until it may be too late.

The author further goes on to explain what is being done about lead poisoning, and finally explaining how to know for sure if a person has lead poisoning and how to have your home tested for lead poisoning. The author pays great attention to detail by providing facts to support the information provided in the article. For example, the author states, "75% of houses and other buildings built before 1978 have lead-based paint. When the paint is in good condition it does not pose a threat. When it chips and peels however, it can make a child very ill" (Heck, Where does lead come from section, para. 1). This article clearly achieves its purpose, which is to inform the public about prevalence of lead and the ongoing risks associated with lead poisoning. This article is not about one specific case of lead poisoning, which is evident because the author talks about the history of lead use and the laws relating to lead use in this country.

Lead can cause many things such as cancer, strokes, kidney disease, memory problems, high blood pressure,premature birth, reduced birth weight, seizures, hearing loss, brain damage, behavior problems, learning disabilities, and lower IQ for six and up.We can fix this problem by removing lead base pipes, removing lead in paints, making sure our houses and pipes are in good shape, and finally lead tests.If we don't stop lead and drinking water now, then we will get sick or possibly a chance of Sertain death, or the other way with our family members.

The major sources of lead here were gasoline, paint chips and water from old plumbing. After lead was removed from gasoline and paint, blood lead levels (BLL) in children decreased on average from 16 mcg/dL to less than 3 mcg/dL. Residual lead persists in the environment, however. A toxic level is currently defined as 5 mcg/dL. In U.S. children age 1-5, the prevalence of BLLs >10 mcg/dL decreased from 88% to 4.4% between 1976 and 1994 and further dropped to 0.8% by 2010. Yet there are still almost half a million children in the U.S. with levels >5

children are exposed to high amounts of lead dust from old painted surfaces and furnaces

However, Oregon mandates testing only for children with known exposure risks . While lead paint exposure remains a significant risk factor, leaching from lead pipes into home/building drinking water supplies is concern as well. The state has a website providing information on lead risks and abatement, and the health department facilitates testing and case management . In 2017, widespread lead contamination of school drinking water in Portland was exposed , resulting in a state remediation plan

The amazing statistic that is offered by scorecard is that more than half of these are located in areas where people live below the poverty level. While ample information about Lead-based paint and lead-contaminated dust in older buildings are widely advertised and addressed and pose the biggest risk to the lead poisoning in children, there are other sources of lead exposure. Such as in contaminated air, water and soil as well as batteries, home renovations, auto repair shops, and improper storage and disposal of lead containing products

This lead poisoning problem finally received the attention it deserved in 1971 when the Lead-Based Paint Poisoning Prevention Act was put into effect. This act provided Federal assistance to help communities carry out screening and treatment programs (Chisholm, 1982).

○ Lead poisoning from eating lead-based paint. Lead poisoning can lead to learning disabilities or even brain damage.

Since the ban of lead based paint in residential homes, gasoline, and plumbing materials in 1978, numerous preventative measures have been put in place to protect children in the United States from exposure to high amounts of lead (Levin et al., 2008). As researchers and health care providers bring to light the many adverse health effects associated with chronic lead exposure, recent data suggests that there is no safe amount of lead a child can be exposed to. Yet while the regulations imposed have been significantly effective, elevated blood lead levels (EBLs) among U.S. children remain high. This literature review analyses whether lead poisoning is still a predominant threat to U.S. children by addressing the following

Lead-based paint waste from removal or remediation activities, such as debris, paint chips, dust, and sludges, that exhibit the

Lead poisoning is one of the global burden and need to be focused a lot on preventive strategies.

Lead poisoning results from the accumulation of lead in the blood and body tissues of those individuals that are often exposed to lead. As one of the most common and best-recognized childhood diseases of toxic environmental origin, children around the world today are at risk of exposure to lead from numerous sources. Lead poisoning accounts for about 0.6% of the global burden of disease (WHO, 2009). Lead poisoning is most prevalent in kids between the ages of 1 and 2 years. Its adverse effects are furthermore the utmost devastating among this age group. Lead is excavated and extracted for countless industrial and domestic uses, henceforth the easy ability of

To please the public the industry also said they would conduct research about the effects of lead, but the research was funded by the lead industry so they skewed the presentation of the results to the public. Soon there were also cases reported of lead poisoning in children from their habit of biting lead-painted toys. This time the lead industry tried to distract the public by increasing their advertisements highlighting the benefits of lead using the mascot of the Dutch Boy Painter and slogans, such as “ethyl is to gasoline what vitamins are to food.” However, by the 1970’s with the introduction of safer elements and the decrease in public support, the lead industry lost its importance in the world.