Healthy Materials Lab

at Parsons School of Design, New York, 10011 United States

The Healthy Materials Lab formed to build healthier lives for all people through the dramatic reduction of toxins in the building industry.

Healthy Materials Lab
Parsons School of Design
New York , NY 10011
United States
Contact Phone
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General Info

The Healthy Materials Lab formed to build healthier lives for all people through the dramatic reduction of toxins in the building industry. This initiative aims to transform the way that building products are manufactured, eliminate avoidable toxics and support the creation of new materials. Through optimizing the health and transparency of building materials in the entire supply chain, the lives of all people will become healthier. The first project of the Lab is The Healthy Affordable Materials Project. This project will improve the lives of residents living in affordable housing by dramatically reducing the use of toxins in the building product supply chain. Reducing the use of toxic chemicals in the home, on construction sites and in the emissions from manufacturing facilities directly contributes to creating healthy and resilient communities. This innovative collaboration between The New School and the Healthy Building Network combines the experienced leadership in toxic reduction strategies from the Healthy Building Network with the administrative design and research competencies of Parsons School of Design. Together with the Health Product Declaration Collaborative and the Green Science Policy Institute, the Healthy Affordable Materials Project is positioned to create radical change in the building sector to improve human health. Healthier homes will positively transform the lives of families living in poverty, to pursue healthier and more successful lives.

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Generated summary (experimental)

Most recent testing has shown the largest health-related concern to be potential impacts on the brains, behavior, and prostate glands of fetuses, infants, and small children so most health organizations advise against the use of BPA for baby bottles and related products.
Epoxy resins are used to coat the inside of metal products, such as food cans, bottle tops and water supply lines.
Exposure to bisphenols is a concern because of possible health effects to the brain, behavior and prostate gland of fetuses, infants and children.
In addition, dioxins are highly persistent in the environment.
and irritation of the upper respiratory tract.
Chlorobenzene is broken down by sun and bacteria in the environment and does not accumulate in the food chain.
In addition, dioxins are highly persistent in the environment.
endocrine disruptors A substance that mimics, blocks, or interferes with hormones and their production, metabolism, and excretion causing malfunction of the endocrine system which can lead to malfunction of the reproductive, nervous, and immune systems.
The three basic pathways are inhalation (contaminants are taken into the lungs), ingestion (contaminants are swallowed) and direct (external) exposure (contaminants cause damage from outside the body).
HFRs are persistent bioaccumulative toxins, meaning that they accumulate in organisms and the broader environment, often reaching alarmingly high concentrations as they travel up the food chain.
According to USEPA, the depletion of the Earth’s protective ozone layer is responsible for an increased incidence of skin cancer, cataracts, impairment of human immune systems, and damage to wildlife.
It may originate from the starting materials or be the result of secondary or incomplete reactions during the manufacturing process.
Lead exposure is correlated with decreased IQ and delayed learning in children; scientific research has identified no safe level of lead exposure, and effects are irreversible.
The most common findings from human epidemiology studies link PFAS to increased cholesterol levels, low infant birth rates, immunological problems, cancer, and thyroid hormone disruption.
Phthalates can seep out of these products, and studies have shown that phthalates can disrupt the endocrine system, which is the body’s system of regulating hormones.
The manufacture and disposal of PVC can result in the production of dioxins and disposal phases.
Dioxins, specifically TCDD, accumulate in human and animal tissue and are associated with immune system impairment, damage to developing nervous systems, and damage to the endocrine and reproductive systems.
The program is designed to promote the development of supportive housing and supportive services, including innovative approaches to assist homeless persons in the transition from homelessness, and to promote the provision of supportive housing to homeless persons to enable them to live as independently as possible.
On-site wet applied products (paints, adhesives, and sealants) are of particular concern because they can directly impact the health of installers who may not be using breathing or dermal protection, unlike in-factory wet applied materials that are (usually) applied with worker and environmental protections in place.