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Enforcing the Green Amendment

August 13, 2024 By EarthWise Leave a Comment

In November 2021, 70% of New Yorkers voted to include environmental rights in the Bill of Rights of the New York State Constitution. The amendment recognizes and protects the rights of all New Yorkers to clean water and air and a healthful environment. It places these rights on the same constitutional level as other enshrined freedoms, such as the right to freely speak and the right to be free from unreasonable searches and seizures.

Since its passage, the Green Amendment has been at the center of controversy over how or even whether it is enforced. The state has taken the position that the amendment does not empower citizens to dictate the actions of agencies like the state Department of Environmental Conservation.

A lawsuit filed in 2022 by residents who live near the High Acres Landfill in Monroe County demanding environmental cleanup resulted in a ruling that complying with the Constitution is not optional for a state agency. That ruling was appealed, and the case is currently before an appeals court.

A similar lawsuit is now going on against the state’s largest landfill in Seneca Falls. Once again, the position taken by the state Attorney General is that the Green Amendment does not alter the DEC’s enforcement discretion as to whether to force the landfill operators to take action.

Environmental activists have been staging protests at the state Capital, urging the governor, the state attorney general, and the DEC to shift their approach to applying the Green Amendment. Until this issue is resolved in the courts, it is unclear whether this amendment, put in place by 70% of voters, will actually protect the citizens of New York and its environment.

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New York’s Green Amendment Guarantees the Right to a ‘Healthful Environment.’ Activists Want the State to Enforce It

Photo, posted April 22, 2023, courtesy of Pedrik via Flickr.

Earth Wise is a production of WAMC Northeast Public Radio

The health impacts of gas venting and flaring

April 15, 2024 By EarthWise Leave a Comment

Oil and gas producers around the world use venting and flaring to remove excess natural gas in crude oil production. Flaring is the process of burning excess natural gas at the production well using a flare to ignite the methane and other components in the gas, while venting is the direct release of natural gas into the atmosphere.

Both practices are major sources of greenhouse gas emissions contributing to global warming. Venting and flaring release carbon dioxide and methane – two major greenhouse gases.

The practices contribute to air pollution in surrounding and downwind communities, resulting in increased risk of hospitalizations, emergency room visits, worsening asthma, and even premature death. In fact, according to a new study recently published in the journal GeoHealth, pollution from oil and gas venting and flaring results in $7.4 billion in health damages, more than 700 premature deaths, and 73,000 asthma exacerbations among children in the United States annually.

The study, which was led by researchers at the University of North Carolina, Boston University, and the Environmental Defense Fund, also found that emissions are underreported, and controlling emissions would be profitable for operators and would significantly improve public health.

The research team found that Texas, Pennsylvania, and Colorado had the highest health burdens in this analysis, accounting for 45% of the premature deaths.

The researchers hope their findings will help improve air quality and human health by reducing emissions from venting and flaring.

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New study quantifies health impacts from oil and gas flaring in U.S.

Photo, posted June 20, 2020, courtesy of Jonathan Cutrer via Flickr.

Earth Wise is a production of WAMC Northeast Public Radio

Weaning Off Fossil Fuels | Earth Wise

June 2, 2022 By EarthWise Leave a Comment

We recently talked about California producing 97% of its electricity from renewables on one sunny afternoon in April. On May 8th, the state produced enough renewable electricity to meet 103% of consumer demand. These sorts of records are likely to be increasingly commonplace in the spring when the weather is still fairly mild.

But even while renewables were producing more electricity than California needed, natural gas power plants in the state were still running.

Turning off the gas power plants is not possible. The reason is that as the sun sets and solar farms stop producing power, California has to quickly replace the power with electricity from other sources. Natural gas plants are massive industrial facilities that cannot be turned on and off rapidly. Some take as many as 4 to 8 hours to switch on. Operators back them down as far as they can go, but even when there is plenty of solar power during the day, natural gas plants are still running.

The state is rapidly building huge battery storage projects as an alternative to gas plants, but so far, they are still only a small fraction of what is needed. Wind power is another part of the solution along with hydropower. California imports some power from other states as well and, in fact, also exports power when there is excess. But keeping the energy system balanced and stable is an ongoing challenge.

California is building huge amounts of solar, huge amounts of wind, and huge amounts of energy storage, which should get the state to at least 90% of the way to a clean grid. It’s the last 5-10% that is much harder to accomplish before natural gas is no longer part of the energy system.

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California just ran on 100% renewable energy, but fossil fuels aren’t fading away yet

Photo, posted January 10, 2014, courtesy of F.G. via Flickr.

Earth Wise is a production of WAMC Northeast Public Radio.

A Better Filter For Saltwater

November 26, 2018 By EarthWise Leave a Comment

Turning seawater into drinkable water is a highly desirable capability given that fresh water is generally in short supply and seawater is endlessly abundant. Desalination plants typically strain salt out of seawater by pumping it through films made of polyamide. Polyamide filters are riddled with tiny pores that allow water molecules to squeeze through, but not sodium ions.