Cookies help us run our site more efficiently.

By clicking “Accept”, you agree to the storing of cookies on your device to enhance site navigation, analyze site usage, and assist in our marketing efforts. View our Privacy Policy for more information or to customize your cookie preferences.

Accept Deny

GoGreenNation news

More people are drinking toxic “forever chemicals” than ever, EPA report finds

News Feed
Friday, November 22, 2024

On Wednesday, the Environmental Protection Agency released newly-acquired data showing that over 143 million Americans are exposed to so-called “forever chemicals,” or PFAS. The source of this exposure is their drinking water — and as more data comes in, that number is expected to rise. In the analysis, the EPA learned that 11 million more people are exposed to PFAS (per- and polyfluoroalkyl substances) in their drinking water than was previously reported. The EPA performs an annual set of studies known as the Unregulated Contaminant Monitoring Rule, of which this was the fifth iteration. The UCMR mandates that water utilities across the U.S. test drinking water for 29 different PFAS compounds. PFAS are linked to health problems like high blood pressure, liver disease, lowered sperm count, and various cancers. The EPA believes that pesticides are a major source of this PFAS contamination. In a paper cited by the EPA in their research, scientists publishing in the journal Environmental Health Perspectives recommended “a more stringent risk assessment approach for fluorinated pesticides, transparent disclosure of ‘inert’ ingredients on pesticide labels, a complete phase-out of post-mold fluorination of plastic containers, and greater monitoring in the United States.” A March report by the nonprofit Center for Biological Diversity (CBD) reached a similar conclusion. After discovering that pesticides are filled with PFAS, the center urged the EPA “to take control of this situation and remove pesticide products that are contaminated with these extremely dangerous, persistent chemicals." PFAS go by the nickname "forever chemicals" because they never organically degrade. The chemicals are fluorinated to prevent many microorganisms from breaking down the strong carbon-fluorine bonds. These bonds tend to be very chemically inert, which makes it difficult for biological systems to interact with them — but also makes them uniquely able to repel oil, water and stains. This is why they are popular in a wide range of consumer products from umbrellas and clothing to furniture, cookware and food packaging. Read more about pollution

More than 143 million Americans are exposed to PFAS in drinking water — 11 million greater than once thought

On Wednesday, the Environmental Protection Agency released newly-acquired data showing that over 143 million Americans are exposed to so-called “forever chemicals,” or PFAS. The source of this exposure is their drinking water — and as more data comes in, that number is expected to rise.

In the analysis, the EPA learned that 11 million more people are exposed to PFAS (per- and polyfluoroalkyl substances) in their drinking water than was previously reported. The EPA performs an annual set of studies known as the Unregulated Contaminant Monitoring Rule, of which this was the fifth iteration. The UCMR mandates that water utilities across the U.S. test drinking water for 29 different PFAS compounds. PFAS are linked to health problems like high blood pressure, liver disease, lowered sperm count, and various cancers.

The EPA believes that pesticides are a major source of this PFAS contamination. In a paper cited by the EPA in their research, scientists publishing in the journal Environmental Health Perspectives recommended “a more stringent risk assessment approach for fluorinated pesticides, transparent disclosure of ‘inert’ ingredients on pesticide labels, a complete phase-out of post-mold fluorination of plastic containers, and greater monitoring in the United States.”

A March report by the nonprofit Center for Biological Diversity (CBD) reached a similar conclusion. After discovering that pesticides are filled with PFAS, the center urged the EPA “to take control of this situation and remove pesticide products that are contaminated with these extremely dangerous, persistent chemicals."

PFAS go by the nickname "forever chemicals" because they never organically degrade. The chemicals are fluorinated to prevent many microorganisms from breaking down the strong carbon-fluorine bonds. These bonds tend to be very chemically inert, which makes it difficult for biological systems to interact with them — but also makes them uniquely able to repel oil, water and stains. This is why they are popular in a wide range of consumer products from umbrellas and clothing to furniture, cookware and food packaging.

Read more

about pollution

Read the full story here.
Photos courtesy of

Related News

Texas reaches $12.6 million settlement in connection with 2019 Port Neches chemical plant explosion

The settlement directs TCP Group to repair equipment and to pay $12.6 million in penalties for clean air violations at its Southeast Texas facility.

Sign up for The Brief, The Texas Tribune’s daily newsletter that keeps readers up to speed on the most essential Texas news. Texas reached a $12.6 million settlement with TPC Group over environmental violations related to the November 2019 explosions at the company’s Port Neches chemical plant, Texas Attorney General Ken Paxton announced Friday. The settlement requires TPC Group to repair or replace its equipment and to pay $12.6 million in penalties for violations of state emissions laws at the company’s Port Neches plant after the 2019 blast. The explosions the day before Thanksgiving 2019 prompted the evacuations of more than 50,000 people from the area — about 100 miles east of Houston. The blasts spewed more than 11 million pounds of hazardous substances, causing more than $130 million in offsite property damage and additional impacts to human health and the environment, according to the U.S. Justice Department. Texas sued TPC Group in 2020, alleging that the company continued to operate its plant in Port Neches despite knowing that the facility had issues and for violating emissions limits even after the blast. The state also alleged that the Houston-based company violated clean air laws multiple times from January 2018 to September 2019. In a statement, TPC Group said that it was “working closely” with the Texas Commission on Environment Quality and the attorney general’s office to ensure its compliance with the state’s emission limits. The company described “operational challenges caused by custom emission control units” that it installed while converting the Port Neches plant after the explosion. “TPC Group is committed to complying with the emission limits of its permits and has been working diligently to address the issues,” Sara Cronin, TPC Group’s vice president of communications and public affairs, said in a statement. “The agreement is reflective of our dedication to work every day to be a positive part of the communities in which we operate and a leader in producing C4 petrochemicals. In May, TPC Group pleaded guilty to a violation of the Clean Air Act and agreed to pay more than $30 million associated with the explosions. The company filed for bankruptcy in 2022. In August, it agreed to pay $150 million in penalties related to violations alleged by the Texas Commission on Environmental Quality. The most important Texas news,sent weekday mornings. “In Texas, we believe in ensuring all industries operate safely and being responsible stewards of our environment,” Paxton said in a statement Friday. “These penalties send a clear message: operate responsibly to protect the health and safety of your fellow Texans, or face the consequences.”

Chemicals
Health

What is methanol and how does it affect the body?

Travellers are being warned of the dangers after six tourists in Laos died from methanol poisoning.

What is methanol and how does it affect the body?Michelle RobertsDigital health editor, BBC NewsGetty ImagesThe UK Foreign Office advises travellers: "Take care if offered, particularly for free, or when buying spirit-based drinks. If labels, smell or taste seem wrong then do not drink."Travellers are being warned of the dangers of methanol poisoning after six tourists to Laos have died. Methanol is an industrial chemical found in antifreeze and windshield washer fluid. It's not meant for human consumption and is highly toxic.Drinking even small amounts can be damaging. A few shots of bootleg spirit containing it can be lethal. What does methanol do to you?It looks and tastes like alcohol, and the first effects are similar - it can make you feel intoxicated and sick.Initially, people might not realise anything is wrong. The harm happens hours later as the body attempts to clear it from the body by breaking it down in the liver. This metabolism creates toxic by-products called formaldehyde, formate and formic acid.These build up, attacking nerves and organs which can lead to blindness, coma and death. Dr Christopher Morris, a senior lecturer at Newcastle University, said: "Formate, which is the main toxin produced, acts in a similar way to cyanide and stops energy production in cells, and the brain seems to be very vulnerable to this. "This leads to certain parts of the brain being damaged. The eyes are also directly affected and this can cause blindness which is found in many people exposed to high levels of methanol."So far, five of the six who have died have been women.Toxicity from methanol is related to the dose you get and how your body handles it.As with alcohol, the less you weigh, the more you can be affected by a given amount.Dr Knut Erik Hovda from Médecins Sans Frontières (MSF), which tracks methanol poisonings, says awareness varies a lot among tourists and healthcare staff in different parts of the world - and that could mean delays in diagnosing it."The symptoms are often so vague until you get really sick," he told the BBC.How is methanol poisoning treated?Poisoning is a medical emergency and should be treated in hospital. There are drug treatments that can be given, as well as dialysis to clean the blood. Some cases can be treated using alcohol (ethanol) to outcompete the methanol metabolism. But this has to be done quickly.Prof Alastair Hay, an expert in environmental toxicology from the University of Leeds, explained: "Ethanol acts as a competitive inhibitor largely preventing methanol breakdown, but markedly slowing it down, allowing the body to vent methanol from the lungs and some through the kidneys, and a little through sweat.”Dr Hovda said getting help quickly after consuming methanol was crucial to chances of surviving."You can ease all affects if you get to hospital early enough and that hospital has the treatment needed," he said."You can die from a very small proportion of methanol and you can survive from a quite substantial one, if you get to help."The most important antidote is regular alcohol."Getty ImagesMethanol is an industrial chemical found in antifreeze and windshield washer fluid. It's not meant for human consumption and is highly toxicHow can travellers avoid methanol poisoning?MSF says the majority of methanol poisonings happen in Asia, but some also occur in Africa and Latin America.The advice for travellers is to know what you’re drinking and be aware of the risks.Drink from reputable, licensed premises and avoid home-brewed drinks or bootleg spirits.Methanol is produced during the brewing process and concentrated by distillation. Commercial manufacturers will reduce it to levels which are safe for human consumption. However, unscrupulous backyard brewers or others in the supply chain may sometimes add industrially produced methanol, to make it go further and increase profits. Dr Hovda said methanol was mixed into alcohol "mostly for profit reasons, because it's cheaper and easily available".It is also possible for high levels of methanol to be produced by contaminating microbes during traditional ethanol fermentation.The UK Foreign Office advises travellers: "Take care if offered, particularly for free, or when buying spirit-based drinks. If labels, smell or taste seem wrong then do not drink."Which drinks could contain methanol?Affected drinks may include:To protect yourself from methanol poisoning:Seek urgent medical attention if you or someone you are travelling with show signs of methanol poisoning.

Chemicals
Energy
Health

California limits on ‘forever chemicals’ PFAS in products are effective, study says

Levels in people’s blood for 37 chemicals linked to health issues declined after they were designated under Prop 65California’s nation-leading restrictions on toxic chemicals in consumer products reduced the population’s body levels for many dangerous compounds linked to cancer, birth defects, reproductive harm and other serious health issues.New peer-reviewed research showed levels in residents’ blood for 37 chemicals the authors analyzed had declined after the substances were designated under Proposition 65, which regulates toxic chemicals in consumer goods. Continue reading...

California’s nation-leading restrictions on toxic chemicals in consumer products reduced the population’s body levels for many dangerous compounds linked to cancer, birth defects, reproductive harm and other serious health issues.New peer-reviewed research showed levels in residents’ blood for 37 chemicals the authors analyzed had declined after the substances were designated under Proposition 65, which regulates toxic chemicals in consumer goods.Among levels that fell were highly toxic PFAS “forever chemicals”, flame retardants, diesel chemicals, phthalates and bisphenol.The findings come as the federal government faces mounting criticism for not doing enough to rein in toxic chemicals in consumer goods, and the paper’s authors say their findings suggest regulations work.“It suggests a tangible public health payoff from the state’s more stringent environmental regulations,” said Claudia Polsky, director of the Environmental Law Clinic at UC Berkeley School of Law, and a study co-author.Researchers largely looked at chemicals covered by Proposition 65, which was implemented in 1986. It requires companies that sell products in California to warn consumers if the goods contain harmful chemicals that cause cancer, birth defects or reproductive harm.About 850 chemicals have been designated under the law. The paper compared data for 37 Prop 65 chemicals, or other compounds closely related to those that are designated, for which federal regulators also track levels in the US population’s bodies.Median levels decreased for several PFAS, which are among the most common and dangerous manmade substances. PFOS and N-MeFOSAA, two PFAS compounds, dropped by 77%, and PFOA levels fell by 62% – the levels are lower than national medians. Meanwhile, median bisphenol-A (BPA) concentrations decreased 15% after the designation.skip past newsletter promotionafter newsletter promotionThough people in California showed lower levels than the rest of the US in many instances, the law’s benefits may not be limited to California: levels of toxic chemicals in people’s bodies often went down in the state and across the US in the years following the chemicals’ Prop 65 designation, suggesting companies reformulated products to avoid the compounds.However, the authors cautioned that drops in body levels may not only be attributable to Prop 65. Though levels for phthalates, a common plasticizer, dropped in California, it coincided with a push by other states and the federal government to reduce the usage of some of the compounds.The study also found evidence of companies swapping out one toxic chemical for another problematic chemical with similar chemical structure and health effects. BPA levels dropped after it was designated, but levels of a related compound, bisphenol S (BPS), increased 20% over the same period.Similarly, levels of the phthalate DEHP, used in vinyl and other plastic products, went down after it was listed in 2003. At the same time, exposures to a closely related unlisted phthalate called DiNP went up. Levels of DiNP then dropped after it was also listed in 2013.The substitution “undermines the net health benefits of some chemical-specific restrictions and illustrates the need for chemical policies that address groups of closely related chemicals as classes”, the study’s authors wrote.

Chemicals
Health

Want to Lower Chemical Exposures in Pregnancy? Quit Nail Polish, Makeup and Hair Dye

By Carole Tanzer Miller HealthDay ReporterTUESDAY, Nov. 19, 2024 (HealthDay News) -- Women who won't leave the house without makeup or a spritz of...

By Carole Tanzer Miller HealthDay ReporterTUESDAY, Nov. 19, 2024 (HealthDay News) -- Women who won't leave the house without makeup or a spritz of hairspray may want to think twice about those habits when they're pregnant or breastfeeding.New research links these and other personal care products, including hair dyes, fragrances, lotions, moisturizers and nail polishes to higher levels of so-called PFAS "forever chemicals" that are harmful to health. Researchers report in the November issue of the journal Environment International that they found significantly higher levels of these synethetic chemicals -- called per- and polyfluoroalkyl substances (PFAS) -- in the blood and breast milk of women who used the products during pregnancy. Because they resist water, oil and heat, PFAS have been used in consumer products and industry since the mid-20th century, researchers said in background notes. Over the years, they have been linked to many health issues, including heart problems, liver disease and cancers.The new study suggests that exposure to PFAS during pregnancy could lead to variety of health issues for babies. They include preterm birth and lower birth weight, as well as neurodevelopmental disorders -- even a poorer response to vaccines, said study author Amber Hall, a postdoctoral research associate at Brown University School of Public Health in Rhode Island."People who are concerned about their exposure to these chemicals during pregnancy or while breastfeeding may benefit from cutting back on personal care products during those times," Hall said in a university news release.Her team analyzed data from a study conducted between 2008 and 2011 of 2,000 pregnant women in 10 Canadian cities. The data included measurements of PFAS levels in the blood at six to 13 weeks of gestation and in breast milk after the birth. Participants self-reported how often they used eight types of products during their first and third trimesters, as well as one to two days postpartum and then again, at two to 10 weeks after giving birth.At all points, higher use of nail care products, fragrances, makeup, hair sprays, gels or dyes was associated with higher levels of PFAS in the blood. Results for third-trimester use and breast-milk concentrations were similar.By way of example, researchers noted that pregnant women who wore makeup every day in their first and third trimesters had higher levels of PFAS than those who didn't. Those who used permanent hair color one or two days after delivery had 16% to 18% higher levels of PFAS in their milk. But Hall cautioned that the study probably underestimated the extent of PFAS exposure. It examined only four types of forever chemicals among thousands deployed in industry and commerce.She conducted the investigation with the director of children's environmental health at Brown, Joseph Braun, who has studied health effect of PFAS chemicals for more than a decade."Not only do studies like these help people assess how their product choices may affect their personal risk, but they can also help us show how these products could have population-level effects," he said. "And that makes the case for product regulation and government action."SOURCE: Brown University, news release, Nov. 12, 2024Copyright © 2024 HealthDay. All rights reserved.

Chemicals
Health
Water

Turning automotive engines into modular chemical plants to make green fuels

The MIT spinout Emvolon is placing its repurposed engines next to methane sources, to generate greener methanol and other chemicals.

Reducing methane emissions is a top priority in the fight against climate change because of its propensity to trap heat in the atmosphere: Methane’s warming effects are 84 times more potent than CO2 over a 20-year timescale.And yet, as the main component of natural gas, methane is also a valuable fuel and a precursor to several important chemicals. The main barrier to using methane emissions to create carbon-negative materials is that human sources of methane gas — landfills, farms, and oil and gas wells — are relatively small and spread out across large areas, while traditional chemical processing facilities are huge and centralized. That makes it prohibitively expensive to capture, transport, and convert methane gas into anything useful. As a result, most companies burn or “flare” their methane at the site where it’s emitted, seeing it as a sunk cost and an environmental liability.The MIT spinout Emvolon is taking a new approach to processing methane by repurposing automotive engines to serve as modular, cost-effective chemical plants. The company’s systems can take methane gas and produce liquid fuels like methanol and ammonia on-site; these fuels can then be used or transported in standard truck containers."We see this as a new way of chemical manufacturing,” Emvolon co-founder and CEO Emmanuel Kasseris SM ’07, PhD ’11 says. “We’re starting with methane because methane is an abundant emission that we can use as a resource. With methane, we can solve two problems at the same time: About 15 percent of global greenhouse gas emissions come from hard-to-abate sectors that need green fuel, like shipping, aviation, heavy heavy-duty trucks, and rail. Then another 15 percent of emissions come from distributed methane emissions like landfills and oil wells.”By using mass-produced engines and eliminating the need to invest in infrastructure like pipelines, the company says it’s making methane conversion economically attractive enough to be adopted at scale. The system can also take green hydrogen produced by intermittent renewables and turn it into ammonia, another fuel that can also be used to decarbonize fertilizers.“In the future, we’re going to need green fuels because you can’t electrify a large ship or plane — you have to use a high-energy-density, low-carbon-footprint, low-cost liquid fuel,” Kasseris says. “The energy resources to produce those green fuels are either distributed, as is the case with methane, or variable, like wind. So, you cannot have a massive plant [producing green fuels] that has its own zip code. You either have to be distributed or variable, and both of those approaches lend themselves to this modular design.”From a “crazy idea” to a companyKasseris first came to MIT to study mechanical engineering as a graduate student in 2004, when he worked in the Sloan Automotive Lab on a report on the future of transportation. For his PhD, he developed a novel technology for improving internal combustion engine fuel efficiency for a consortium of automotive and energy companies, which he then went to work for after graduation.Around 2014, he was approached by Leslie Bromberg ’73, PhD ’77, a serial inventor with more than 100 patents, who has been a principal research engineer in MIT’s Plasma Science and Fusion Center for nearly 50 years.“Leslie had this crazy idea of repurposing an internal combustion engine as a reactor,” Kasseris recalls. “I had looked at that while working in industry, and I liked it, but my company at the time thought the work needed more validation.”Bromberg had done that validation through a U.S. Department of Energy-funded project in which he used a diesel engine to “reform” methane — a high-pressure chemical reaction in which methane is combined with steam and oxygen to produce hydrogen. The work impressed Kasseris enough to bring him back to MIT as a research scientist in 2016.“We worked on that idea in addition to some other projects, and eventually it had reached the point where we decided to license the work from MIT and go full throttle,” Kasseris recalls. “It’s very easy to work with MIT’s Technology Licensing Office when you are an MIT inventor. You can get a low-cost licensing option, and you can do a lot with that, which is important for a new company. Then, once you are ready, you can finalize the license, so MIT was instrumental.”Emvolon continued working with MIT’s research community, sponsoring projects with Professor Emeritus John Heywood and participating in the MIT Venture Mentoring Service and the MIT Industrial Liaison Program.An engine-powered chemical plantAt the core of Emvolon’s system is an off-the-shelf automotive engine that runs “fuel rich” — with a higher ratio of fuel to air than what is needed for complete combustion.“That’s easy to say, but it takes a lot of [intellectual property], and that’s what was developed at MIT,” Kasseris says. “Instead of burning the methane in the gas to carbon dioxide and water, you partially burn it, or partially oxidize it, to carbon monoxide and hydrogen, which are the building blocks to synthesize a variety of chemicals.”The hydrogen and carbon monoxide are intermediate products used to synthesize different chemicals through further reactions. Those processing steps take place right next to the engine, which makes its own power. Each of Emvolon’s standalone systems fits within a 40-foot shipping container and can produce about 8 tons of methanol per day from 300,000 standard cubic feet of methane gas.The company is starting with green methanol because it’s an ideal fuel for hard-to-abate sectors such as shipping and heavy-duty transport, as well as an excellent feedstock for other high-value chemicals, such as sustainable aviation fuel. Many shipping vessels have already converted to run on green methanol in an effort to meet decarbonization goals.This summer, the company also received a grant from the Department of Energy to adapt its process to produce clean liquid fuels from power sources like solar and wind.“We’d like to expand to other chemicals like ammonia, but also other feedstocks, such as biomass and hydrogen from renewable electricity, and we already have promising results in that direction” Kasseris says. “We think we have a good solution for the energy transition and, in the later stages of the transition, for e-manufacturing.”A scalable approachEmvolon has already built a system capable of producing up to six barrels of green methanol a day in its 5,000 square-foot headquarters in Woburn, Massachusetts.“For chemical technologies, people talk about scale up risk, but with an engine, if it works in a single cylinder, we know it will work in a multicylinder engine,” Kasseris says. “It’s just engineering.”Last month, Emvolon announced an agreement with Montauk Renewables to build a commercial-scale demonstration unit next to a Texas landfill that will initially produce up to 15,000 gallons of green methanol a year and later scale up to 2.5 million gallons. That project could be expanded tenfold by scaling across Montauk’s other sites.“Our whole process was designed to be a very realistic approach to the energy transition,” Kasseris says. “Our solution is designed to produce green fuels and chemicals at prices that the markets are willing to pay today, without the need for subsidies. Using the engines as chemical plants, we can get the capital expenditure per unit output close to that of a large plant, but at a modular scale that enables us to be next to low-cost feedstock. Furthermore, our modular systems require small investments — of $1 to 10 million — that are quickly deployed, one at a time, within weeks, as opposed to massive chemical plants that require multiyear capital construction projects and cost hundreds of millions.”

Chemicals
Climate
Energy

Suggested Viewing

Lead in the Land

Lead in the Land is a documentary focusing on the harsh reality and far-reaching effects of lead poisoning, an invisible and insidious threat afflicting thousands of children in the United States. The film sheds light on the circumstances around lead poisoning, examining its causes, effects and potential solutions.

Chemicals
Social Justice
Health

Bag It

Bag It examines our society’s use and abuse of plastic. The theme of the film focuses on plastic as it relates to our society’s throw away mentality, our culture of convenience, and our over consumption of throwaway products and packaging—things that we use one time and then, without another thought, we throw them away. Bag It offers a candid view of the disturbing realities of our culture. And, it suggests concrete solutions to our plastic addiction. The film will raise public awareness on the many issues related to plastic and inspire change, both on the individual level and on the public policy level.

Chemicals
Waste
Culture

928 The Threat Continues...

Since the 1950s deadly nuclear fallout has threatened millions of Americans from nuclear fallout carried east in the atmosphere across the United States, from the Nevada Test Site. “928 The Threat Continues...” tells the story of massive contamination from concentrated nuclear fallout that rained down during heavy storms, on communities and major cities for 40 years. Hundreds of thousands of cancer cases and deaths were the result. The Atomic Energy Commission and the Department of Energy knew the truth, but covered it up. Multiple generations may still face the long-term affects. Through current interviews with scientific experts and surviving victims across the country, plus footage from historic interviews with victims, whistle-blower scientists and journalists, we tell the devastating story of those affected by the deadly radioactive fallout. In Act 3, obscure government videos from US government websites reveal that the threat of cancer death to Americans from Nevada Test Site contamination continues even today! NTS has been renamed, the Nevada National Security Site or NNSS. Presidential administrations from Harry Truman to the present day have kept the highly contaminated former Nevada Test Site operating. Donald Trump while in office ordered the Department of Defense and the Department of Energy to start testing newly designed battlefield nuclear weapons at the NNSS despite the existence of The Non-Proliferation Treaty – 1970. Not withstanding the treaty, the extremely reckless aboveground testing area at the NNSS called Big Explosives Experimental Facility or B.E.E.F. tests non-nuclear bombs that send tons of highly contaminated nuclear dirt 10,000 feet into the atmosphere where the winds carry it east. It needs to be stopped now! The film asks viewers to inform their congressman and vote.

Chemicals
Crisis
Government

Unacceptable Risk: Dr. Margaret Kripke on Cancer and the Environment

Unacceptable Risk tells the story of a prominent cancer researcher who rethinks her assumptions about the causes of cancer and the true burden of environmentally-induced cancers.

Chemicals
Science
Health

We Trees

Ever wonder what trees think of us now that we have created a climate disaster? This 2-minute film answers that question. As Bill McKibben recently tweeted about the film, “Who speaks for trees? In this short and elegant video, the trees themselves.” It has been screened at Green Fest (Serbia), The Colorado Environmental Film Festival, The Wildlife Conservation Film Festival and Winner of Merit at the Nature Without Borders Film Festival.

Forests
Chemicals
Climate

Join us to forge
a sustainable future

Our team is always growing.
Become a partner, volunteer, sponsor, or intern today.
Let us know how you would like to get involved!

CONTACT US

sign up for our mailing list to stay informed on the latest films and environmental headlines.

Subscribers receive a free day pass for streaming Cinema Verde.
Thank you! Your submission has been received!
Oops! Something went wrong while submitting the form.