The Center for International Environmental Law issued a report in February, 2019 that highlights the negative impacts that plastic is having on our bodies. The study presents the full panorama of human health impacts of plastic from its production through disposal, and counsels that any solution to the plastic crisis must address the full lifecycle. See Executive Summary here and the full report here.
Here is a report about the effect that plastic is having on climate change.
The main product that would come from this plant would be plastic. There is a global need to decrease the production of plastic currently, not create more.
Health Impacts from Plastics Manufacturing and Use
Plastic production (primarily polypropylene and ethylene) begins at the wellhead, coal mine, or drill pads, because 99 percent of all plastic is manufactured from fossil fuel feedstock. There is no true grave for plastics as most never totally decompose but instead just break into smaller and smaller pieces, which can be found in the air, water, aquatic food chains, soils, and even our human bodies.
The process of fracking, to , carries with it multiple layers of toxicity, including exposure to air pollutants from flaring, fugitive emissions, and compressor stations. The air pollutants include: ozone, volatile organic compounds, particulate matter, and BTEX.
Ground water and surface water contamination can be caused by Additional exposures result from produced water (fracking wastes) containing salts, chemicals, and radionuclides, which are spread on roads or dumped into waterways or landfills.Over 170 fracking chemicals are used in frack fluids. These include benzene and organic compounds. These have known health effects including cancer, neuro, reproductive, and developmental toxicity.
Refining and manufacturing of virgin polymers (resin) combines them with additional petrochemical additives (bisphenol A, lead, brominated flame retardants) which cause nervous system disorders, reproductive impairments, developmental problems, as well as cancer and genetic impacts. These conditions result from inhalation, ingestion, and dermal absorption. Plastic production also uses other toxic chemicals such as: 1,3-butadiene, benzene, styrene, toluene, ethane, propylene and propylene oxide. These chemicals can be colorless and odorless but are often carcinogenic. Carcinogenic polycyclic aromatic hydrocarbons (PAH) like anthracene are found in higher concentrations along “fence line” communities located adjacent to industrial sites.
Consumers who use plastics are exposed to toxic plasticizers used to make plastics. These can leach out of plastic into our foods, especially when plastics are exposed to UV light, heat, and acidic or alkaline foods. Micro plastics found in personal care products can contaminate water supplies when they are washed down the drain. These small particles are believed to migrate across body membranes to the gastrointestinal tract, circulatory system, and lungs.
Fibers from textiles can be inhaled and also contaminate water from washing machine discharge water. Another source of water contamination from micro plastics is car tire abrasion.Some of these compounds (phenol and benzene) can cause genetic mutation and some are carcinogens. We are exposed via inhalation, ingestion, and dermal absorption.
Humans have produced over 8.3 billion tons of plastics. Plastic production has outpaced . Today, 60 percent of plastics end up in landfills, 12 percent is incinerated, and 9 percent is recycled. Incineration, as well as plastic-to-fuel processes, emits toxic substances like dioxins, furans, and heavy metals. Recycling exposes workers to toxic substances and pathogens that hitchhike on plastic surfaces.
Source: Plastic and Health: The Hidden Costs of a Plastic Planet, February 2019