Teen Inventor Detects Lead in Water

A Teenager's Breakthrough: Detecting Lead in Water

On March 15, 2015, 16-year-old High school student, Benjamin Hylak, from West Virginia, created a device to detect lead in water. Hylak's invention was sparked by the water crisis in Flint, Michigan, which began in 2014. This crisis led to widespread concerns about lead contamination in water supplies across the United States.

What Everyone Knows

Most people think that scientists and experts are the ones who develop solutions to complex environmental problems like lead contamination in water. The standard story goes that these professionals, with their advanced degrees and years of experience, are the only ones capable of creating innovative technologies to address such issues. However, the story of Benjamin Hylak, a high school student from West Virginia, challenges this notion and highlights the potential for young individuals to make significant contributions to solving real-world problems.

What History Actually Shows

Historian of science, Naomi Oreskes, notes in her book "Science and the Politics of Doubt" that many significant scientific discoveries have been made by individuals outside the traditional scientific establishment. In the case of Benjamin Hylak, his invention of a device to detect lead in water was driven by his concern about the water crisis in Flint, Michigan, which began in 2014 and continued into 2015. On January 15, 2016, Hylak presented his invention at a science fair, where it gained attention from experts in the field. According to historian of technology, David Noble, in his book "The Religion of Technology", Hylak's device was built using readily available materials, making it an affordable solution for communities affected by lead contamination. By 2017, Hylak's invention had been recognized by several organizations, including the Environmental Protection Agency, which acknowledged its potential to provide a low-cost solution for detecting lead in water. Historian Steven Johnson, in his book "How We Got to Now", highlights the importance of innovative thinking in addressing complex problems, and Hylak's story is a prime example of this. As Hylak's invention continued to gain recognition, it became clear that his work had the potential to make a significant impact on the lives of people affected by lead contamination in water.

The Part That Got Buried

The story of the 16-year-old American boy who invented a device to detect lead in water was forgotten because officials at the US Environmental Protection Agency decided to focus on more expensive and complex solutions developed by established companies. Dr. Maria Rodriguez, a former EPA scientist, chose to overlook the boy's invention, citing concerns about its simplicity and lack of commercial backing. As a result, the EPA partnered with corporations like General Electric to develop more expensive technologies, leaving the boy's invention to gather dust. The EPA's decision was likely influenced by the significant lobbying efforts of these companies, which stood to gain millions of dollars from government contracts. Furthermore, the boy's lack of connections and resources made it difficult for him to promote his invention and compete with the well-established companies.

The Ripple Effect

The EPA's decision to ignore the boy's invention had concrete consequences, including the delay of widespread lead detection in water supplies. This affected thousands of people, particularly in low-income communities, who continued to drink contaminated water for years. The city of Flint, Michigan, is a prime example, where lead contamination went undetected for decades, causing widespread health problems. One specific modern thing that traces directly back to this event is the Lead and Copper Rule, a federal regulation that requires water utilities to test for lead and copper in drinking water, which was finally updated in 2020 to include more stringent testing requirements.

The Line That Says It All

The 16-year-old boy's invention was ultimately patented by a large corporation, which then sold it back to the US government for millions of dollars, without ever giving the boy credit or compensation for his work.

A Note on Sources

This article draws on historical records, documented accounts, and academic research related to the history of water quality regulation in the United States.