Tag Archives: Clean Energy Action

Clean Energy Action Crowdfunding Latest Coal Report

The United States is rapidly approaching the end of economically recoverable coal reserves and Clean Energy Action wants everyone to know it. On November 1st, 2013, Clean Energy Action launched a crowdfund through Indiegogo that will raise money to share our latest coal report, “Warning: Faulty Reporting on U.S. Coal Reserves,” with everyone throughout the United States and many throughout the world. Similar reports on coal reserves have been found to cost $15,000 dollars per copy, so we are working to raise $45,000, the price for three copies, to make this information free and open to the public.

indiegogoClean Energy Action’s hard-hitting coal report will reveal to the press, government agencies, organizations, research and financial institutions, and citizens the rough economic change this nation faces if it continues to be powered by expensive coal.

Please consider donating to our crowdfund and sharing it with all of your coworkers, friends, and colleagues. We need to end our dependence on coal now, and you can be a part in the movement towards a safe, clean, renewable energy future.

The Road to 100 Percent Renewables is Closer than you Think

Photo by Ben Bocko of solar panels and an American flag on top of the governor's office in Boston, Massachusetts.
Photo by Ben Bocko – Governor’s Office in Boston, Massachusetts

By: Stephanie Borsum, September 2013

Conventional ways of thinking of renewable energy as too expensive or unreliable are old and outdated, according to Renewables 100, a nonprofit organization founded to study and advance the global transition to a 100 percent renewable energy future. This organization firmly believes that, “it is not a question of ‘if’ the 100% renewable energy future will become a reality; it is solely a question of ‘when’ and ‘how’.” Renewables 100 was the first to host an international conference in the United States that focused on 100 percent renewable energy targets and solutions. The Pathways to 100 Percent Renewable Energy Conference was held on April 16, 2013 in San Francisco and intended on providing the public with knowledge of renewable energies along with hope for a completely sustainable future.

At the conference there were various esteemed and influential speakers who discussed global warming, climate change, technology, policy and economics in relation to renewable energy systems. These speakers all put forth the compelling claim that entire towns, cities and countries could, and eventually will be, powered and run completely on renewable energies. They also helped to prove, by citing a number of recent authoritative energy studies, that the shift away from fossil fuels is technically and economically viable in today’s world.  With current technologies, including photovoltaic solar panels, wind turbines, biomass and hydropower, enough energy security can be provided to supply societies demands and more. These speakers have helped create a vision for the potential of renewable resources and illustrated it becoming a reality. Their research and presentations helped to educate the public and overcome some barriers found when transitioning to a renewable system.

Since the conference, 8 Countries, 41 cities, 48 regions, 8 utilities, and 21 NonProfit, educational and public institutions committed to shifting to 100% renewable energy within the next few decades. Continue reading The Road to 100 Percent Renewables is Closer than you Think

Clean Coal Is A Dirty Lie

Fifteen homes like this one in Harriman, Tenn., were flooded with fly ash sludge on Monday after a storage pond wall broke. The first floor of this two-story house is almost completely covered with coal ash sludge.
J. Miles Carey/Knoxville News Sentinel, via Associated Press, Harriman, Tenn.

By: Robert Miles, August 2013

WHAT IS COAL ASH

The most significant toxic byproduct of burning coal is coal ash. Coal ash is a blanket term for four residuals: fly ash – fine powdery particles that float up the smokestack and are captured by pollution control devices; bottom ash – heavier materials that descend to the bottom of the furnace; flue gas desulfurization – wet sludge or dry powder formed by chemically combining sulfur gases with a sorbent; boiler sag – crystallized pellets that result when molten slag and water in the furnace come in contact. According to the Environmental Protection Agency (EPA), coal ash typically contains heavy metals including arsenic, lead, mercury, cadmium, chromium, selenium, other assorted heavy metals and trace amounts of radionuclides such as uranium. The majority of heavy metals that are present in coal ash are among the most toxic heavy metals listed by the U.S. Department of Health’s Agency for Toxic Substances and Disease Registry. Arsenic in particular has been proven to cause cancer. Despite the known danger posed by coal ash waste, little to no government policy exists to regulate the disposal of coal ash. Due to the toxic nature of coal ash waste it continues to be a focus for multiple organizations to research the amount of coal ash being produced and the effect it is having on our air and water. Clean Water Action and Rainforest Action Network have recently published individual research reports on the information they gathered from coal ash research.

RECENT RESEARCH ON THE HARMFUL EFFECTS OF COAL ASH

The very first survey of coal ash pollution in Colorado – Coal Ash: Colorado’s Toxic Trash Exposed – was published by Clean Water Action on June 26th 2013. “Clean Water Action’s research found that coal ash disposal is a serious threat to Colorado’s water resources,” said Gary Wockner of Clean Water Action.  “Right here in Colorado, about 1.7 million tons of coal ash pollution is produced every year and safeguards are not in place to protect the environment or the public’s health.” Continue reading Clean Coal Is A Dirty Lie

To Frack Or To Freak? The Effects Of Hydraulic Fracturing On Our Environment

By: Robert Miles, July 2013

Hydraulic fracturing drilling rig on the Pinedale Anticline in Wyoming with mountain range in background.
Drilling rig on the Pinedale Anticline (Linda Baker)

Natural gas produced from shale formations, commonly referred to as “shale gas”, has become increasingly important in the energy supply market for the U.S. and worldwide. Obtaining natural gas from shale reserves was not considered economically feasible until recently because of low permeability of the shale rock formations. New developments in hydraulic fracturing technology have led to a boom in domestic shale gas production since massive scale utilization in 2003. The United States has experienced economic benefits via revenue and job creation in predominantly rural areas while simultaneously increasing the energy security of the U.S. by decreasing dependence on foreign oil supplies. However, the resounding question remains: at what cost? In order to realize the implications of this question we first need to understand some basics about the hydraulic fracturing process and the uncertainties that continue to surround the shale gas industry. In this report I will primarily focus on the environmental impacts of hydraulic fracturing and well development, but it is important to realize that direct impacts on the environment can and will extend to affect human health.

Hydraulic fracturing, or “fracking,” is a stimulation process used to extract natural gas, and in some cases oil, from deep shale reserves 5,000-8,000 feet below the ground surface. This process allows energy companies to access previously unavailable energy sources in states that have deep oil and gas reserves. The fracking process involves pumping a mixture of water, chemicals and sand at high pressure into a well, which fractures the surrounding rock formation and props open passages that allow natural gas to freely flow from rock fractures to the production well. Once the well is developed, the carrying fluid can then flow back to the ground surface along with the gas.

Continue reading To Frack Or To Freak? The Effects Of Hydraulic Fracturing On Our Environment