Doctor’s Orders: Wood Burning Hazardous to Your Health

 
- by Dr. Brian Moench, Utah Physicians for a Healthy Environment
 
Civilization orchestrates the curbing of one person’s freedoms for the protection of others and the greater good. When two people’s freedoms are mutually exclusive, civilization embraces the concept that the freedom to not be harmed by others takes precedence. Traffic laws, zoning ordinances, and regulations governing air travel are all examples of that priority. In fact, virtually all laws that allow a free society to rise above chaos, anarchy and barbarism are the result of a similar calculation.
 
We all accept that freedom for one person to smoke on an airplane has been subjugated to freedom for all the other passengers to breathe clean air. In cities throughout North America there is a growing recognition that wood burning in an urban setting should be considered as much of an anachronism as smoking on an airplane. 
 
Two years ago in my home state of Utah, the most conservative state in the nation, our equally conservative governor, Gary Herbert, declared in his opening speech to our legislature that he would pursue a ban on wood burning throughout the winter season in our largest cities--a truly remarkable development. Here’s what led to that proposal. 
 
In most major, northern cities, wood burning can be as much of a source of the worst kind of community air pollution as all vehicle exhaust. Such is the case where I live in Salt Lake City, Utah. Even in Los Angeles, a study showed that in the winter, residential wood combustion there contributed 30 percent of primary organic aerosols (probably the most important mass component of particulate pollution), more than motor vehicle exhaust, which contributed 21 percent. But that is only the beginning of the story.
 
Wood smoke is uniquely toxic among all contributors to urban air pollution. The free radical chemicals in wood smoke are active forty times as long as those from cigarette smoke, resulting in a greatly prolonged opportunity to damage individual cells. Other studies suggest that the lifetime cancer risk from wood smoke is twelve times greater than that from an equal volume of second hand tobacco smoke.  
 
Particles in wood smoke are extraordinarily small, behaving essentially like gases, which amplifies their human health impact in multiple ways. The small size makes them easy to inhale into the smallest recesses of the lungs and less likely to be exhaled. They are then picked up by the blood and distributed throughout the body, causing inflammation and biologic disruption wherever they go.  
 
The small size even allows these particles to enter individual cells and critical sub cellular structures like the mitochondria and nucleus, where the all important chromosomes lie.  These particles can directly interact with and change the functioning of chromosomes, literally within minutes after exposure, which plays a prominent role in many serious diseases.  
 
Attached to these tiny wood smoke particles are at least 200 of the most toxic compounds known--dioxins, furans, formaldehyde, heavy metals, and polycyclic aromatic hydrocarbons (PAHs). One fireplace burning 10 pounds of wood in an hour will release as many PAHs as 6,000 packs of cigarettes. No one in their right mind, even smokers, would think that sitting in front of 6,000 smoldering packs of cigarettes during a cozy winter evening would be a good idea.
 
Pollution concentrates near its sources. Unlike Las Vegas, what happens in your chimney obviously doesn’t stay in your chimney. For most people residential and restaurant wood smoke is just about the only type of serious pollution emitted right next to your home, from a height where dispersion is minimal, creating local pollution hot spots. And this is the worst possible place for exposure because people generally spend most of their time at home, especially during the winter.
 
Furthermore, your home provides little protection from a wood-burning neighbor. The small size of wood smoke particles allows them to easily penetrate into homes, at rates up to 88% as high as outdoors. And if you are the wood burner, what goes up your chimney, quickly seeps back into your own home.
 
A California study showed some people are breathing 2,500 times more pollution than others in the same monitoring zone. One of the main reasons why is wood burning.  Dangerous and oppressive pollution in China has received widespread media attention of late. But here in the United States, the rest of your community can be enjoying clean air, but if your neighbor is a wood burner you can be living in a different universe, breathing a level of pollution that would make Beijing, China seem like a breath of fresh air.
 
The term “intake fraction” describes perhaps the most underrated consideration in assessing the health impact of various pollution sources. It refers to the percentage of pollution emitted that is actually inhaled by humans. With wood smoke, given the above factors, the intake fraction is extremely high, much more so than virtually any other pollution source.
 
Wood boilers deserve special condemnation as they can emit truly shocking amounts of pollution, and simply should be banned in all but the most remote locations. Levels of particulate pollution measured 50 ft. away from a boiler can spike to 880 times the level that the World Health Organization considers acceptable long term exposure. Even at 150 feet away, spikes frequently occurred at 50 to 100 times that “acceptable” level.  
 
Once the health hazards of second hand cigarette smoke were firmly established, sweeping ordinances throughout the country were passed to protect people from second hand cigarette smoke. Scientifically we are at that stage now with wood burning. We don’t prohibit smoking in public venues because of what it does to levels of atmospheric  community pollution. We do so because no one should be forced to breathe someone else’s cigarette smoke. For all the same reasons, no one should be forced to breathe someone else’s wood smoke.   
 
Moreover, replacing old stoves with new “certified” stoves is no more a solution than putting filters on cigarettes was a solution to the plague of smoking. Stove change out programs are merely money making schemes for the Hearth and Patio and Barbecue Assoc (HPBA). The performance of “certified” stoves in the real world, outside the laboratory, are no where near as clean as certification suggests.
 
It is a common misconception that burning wood is carbon neutral and therefore less of an impact on the climate than fossil fuels. This has lead to poor public policy in both the US and Europe. The amount of carbon released per unit of energy produced is actually greater for wood than it is for fossil fuels. Moreover, burning wood releases carbon now when we can least afford to do so, carbon that would otherwise have been stored for decades or perhaps centuries. While sustainable forestry practices can help repay that “carbon debt” eventually, those benefits do not accrue until decades into the future, far too late to be of much help. Considering the entire carbon life cycle of wood, we should look at wood burning with as much antipathy as fossil fuels.  
 
Gov. Herbert’s proposed ban on winter time wood burning never made it into public policy, the HPBA made sure of that. They stoked up the “my right to burn, trumps your right to breathe” libertarians, made sure the public hearings became a parade of “burner” outrage, flew in hired guns from California, paid for an expensive lobbyist, and the legislature did what they do best, caved to special interests.  
  
The first step in defeating the HPBA is lifting the veil of ignorance. Here is a brief message to share with your wood burning neighbors. If you are not a smoker, burning wood is probably the greatest threat to your own health of anything that you can do. But it is also a threat to your children and your neighbors, as inappropriate and intolerable as blowing cigarette smoke in their faces all winter long. Your neighbors are less than enthusiastic about sacrificing their health for your freedom to burn wood. Living in a civilized society means they shouldn’t have to.  
 
Dr. Brian Moench of Salt Lake City, Utah is President of Utah Physicians for a Healthy Environment; member of Union of Concerned Scientists; member of radiation and health committee, Physicians for Social Responsibility; former instructor at Harvard Medical School; and former adjunct faculty member at University of Utah Honors College, teaching public health and the environment.

Study: Thinning Forests for Bioenergy Can Worsen Climate

 

A new study out of the Geos Institute in Ashland, Oregon concludes that selectively logging or “thinning” forests for bioenergy can increase the amount of carbon dioxide in the atmosphere and exacerbate climate change.

The study, “Thinning Combined With Biomass Energy Production May Increase, Rather Than Reduce, Greenhouse Gas Emissions,” by D.A. DellaSala and M. Koopman, challenges bioenergy and timber industry assertions that logging forests will aid in the fight against climate change.

DellaSala and Koopman also refute assumptions that wildfires are bigger or more severe than in the past, citing multiple studies showing that the occurrence of wildfire has actually “changed little from historical (early European settlement) times.”

The Western Governor’s Association has stated that 10.6 million acres of western forests are available for “hazardous fuel reduction.” Yet, instead of instead of the build up of “fuel” (aka small trees and understory plants) being the main driver of large wildfire, the study authors blame climate, namely drought and high temperatures, explaining that, “during severe weather events, even thinned sites will burn.”

Instead of preventing large wildfires, the study argues that thinning can increase the chance of severe fire by opening the forest canopy which can dry out the forest, leaving flammable slash piles on the ground, and allowing winds to penetrate the previously sheltered stands, potentially spreading wildfire. Post-fire “salvage” logging is also thought to increase the risk of a re-burn.  

Carbon emissions from wildfire have long been an argument to log forests, in an effort to harness energy from trees that may burn at some point anyway. Yet findings show that after a fire the majority of the carbon remains in dead trees, with severe fires that kill most trees in the area emitting 5-30% of stored carbon. Severe fires account for 12-14% of the area burned in large fires. 

Even in the cases where thinning would be effective at stopping wildfire--typically small fires of limited threat to public safety--the study cites computer simulations estimating a 5-8% chance of a thinned parcel experiencing fire within the first twenty years, when fuels are lowest. The chance of encountering severe fire is 2%.

DellaSala and Koopman also urge an accurate carbon accounting of forest bioenergy, cautioning that the amount of carbon dioxide released from burning woody biomass is “often comparable to coal and much larger than that of oil and natural gas due to inefficiencies in burning wood for fuel compared to more energy- dense fossil fuels.”

In the rare cases in which a thinned forest is allowed to grow back without repeated logging, the several decades over which forests could reabsorb carbon “conflicts with current policy imperatives requiring drastic cuts in emissions over the near term.”

The study warns about “large-scale clearing of forests” at a time when natural forests are needed to buffer the planet against runaway climate change.  

"Woody biomass," said DellaSalla in a December 17 phone interview, "almost never pencils out as an efficient renewable energy source."  

Biomass Power Facilities Idle for Months

 

One of biomass energy’s main selling points is that it’s a baseload source of energy available 24/7, unlike solar and wind. Despite these promises--and hundreds of millions of dollars of taxpayer subsidies, grants and loans--several biomass power facilities across the U.S. have been sitting idle for months at a time, thanks to fires, equipment failure, and competition from cheaper energy sources.

Eagle Valley Clean Energy – Gypsum, Colorado

Eagle Valley Clean Energy, an 11.5-megawatt biomass power facility in Gypsum, Colorado began operations in December 2013, only to have its conveyor belt catch fire in December 2014.

Despite assurances from facility spokespeople that they’d resume operations within a few months, the facility is still offline as of November 2015.

While Eagle Valley’s attorney recently said they’d be up and running again by the end of the year, the Town of Gypsum might not let that happen, with town officials pointing out that the facility had been operating without a required certificate of occupancy, according to Vail Daily.

Eagle Valley has received $40 million in loan guarantees from the USDA, a portion of an annual $12.5 million matching payment for feedstock transportation from the Biomass Crop Assistance Program (part of the Farm Bill), and a $250,000 biomass utilization grant.

Gainesville Renewable Energy Center – Gainesville, Florida

The Gainesville Renewable Energy Center (GREC), a 100-megawatt biomass power facility in Gainesville, Florida, started burning wood chips for electricity on December 2013.

In August 2015, a lightning strike caused the facility to shut down temporarily, and when it became operational again, Gainesville Regional Utilities (GRU) decided not to bring it back online. Instead, GRU has relied on power from Deerhaven Generating Station, a coal plant that is “more economic than GREC’s facility,” according to Margaret Crawford, GRU Communications Director.

GRU pays about $39 per megawatt for electricity from GREC, while GRU’s other facilities generate electricity between $22 and $36 per megawatt, according to the Gainesville Sun.

On November 4, Deerhaven shut down due to a leak in a steam-generating tube, forcing GRU to bring GREC back online temporarily. GREC was taken offline again on November 11, according to David Warm, Marketing and Communications for GRU. 

Nacogdoches Power – Nacogdoches Texas

Nacogdoches Power, a 100-megawatt biomass power facility owned by Southern Power Company in Nacogdoches, Texas, went online in June 2012, but was not operational for a total of 17 months, as of July 2015 (the most recent data by the Energy Information Administration).

Austin Energy purchases all of the power from the facility, which adds $2 a month to customers’ utility bills, according to the Statesman.

Austin Energy acknowledges the “disproportionate expense” of the facility, and doesn’t plan to extend the twenty year contract.

Aspen Biomass – Lufkin, Texas

Aspen Biomass, a 50-megawatt biomass power facility owned by NRG Energy Services in Lufkin, Texas came online in September 2011, sitting idle a total of 16 months over the next four years.

The facility shutdown was blamed on “market economics,” according to Biomass Magazine.

WE Energies – Rothschild, Wisconsin

WE Energies and Domtar Corp’s 50-megawatt biomass power facility opened in Rothschild, Wisconsin in November 2013.

After generating no electricity in October 2014, it was taken offline from December 2014 through May 2015 for repairs on the electrical generating steam turbine and leaks in the condenser tubes. During its first full year, it was operational only 16% of the time, according to the Milwaukee-Wisconsin Journal Sentinel. During this time, the facility used more energy than it generated.

“To run the plant would have been more costly than other options like running our natural gas plant or buying power on the market,” We Energies spokesman Brian Manthey said, according to Midwest Energy News.

The facility has reportedly been operational again since June 2015. 

Biomass Energy Growing Pains

 

[[{"type":"media","view_mode":"media_large","fid":"516","attributes":{"alt":"","class":"media-image","height":"360","style":"width: 333px; height: 250px; margin: 3px 10px; float: left;","width":"480"}}]]Several biomass power facilities have come online over the last few years in Colorado, Texas, Wisconsin, Florida, and Hawaii, but not without difficulties, including fires, inefficient equipment, lawsuits, and competing with the low price of natural gas.

Gypsum, Colorado

Eagle Valley Clean Energy, an 11.5-megawatt biomass power facility in Gypsum, Colorado started operating in December 2013, only to have its conveyor belt catch fire in December 2014. Spokespersons said the facility would be back online shortly, yet as of October, it’s still offline. There have been no further media reports investigating why the facility still isn’t operating, and multiple calls and emails to the facility were not returned.  

Another thorn in Eagle Valley’s claw is a lawsuit filed against the company in U.S. District Court in June 2015 by Wellons, Inc., an Oregon-based corporation that designed and built the biomass facility.

Wellons is suing Eagle Valley Clean Energy for $11,799,864 for breach of contract, accusing the company of “fraudulent transfers” and “civil conspiracy,” involving the transferring of $18.5 million of federal subsidies to “insider” parties in an alleged effort to hide the money. The money was issued to the facility from the federal government under Section of 1603 of the American Recovery and Reinvestment Act (ARRA), also known as the Stimulus, involving payments to reimburse companies building renewable energy facilities.

Wellons claims that, on top of the nearly twelve million dollars Eagle Valley must pay them, they are owed past due interest of $1,185,433.56, with debt accruing at $3254.90 per day.

Another bump in the road for Eagle Valley involves the Chapter 11 bankcruptcy of the logging contractor that provides them the trees to fuel the facility, West Range Reclamation. West Range has provided nearly all of the wood to the facility since it opened, mostly from beetle-killed lodgepole pine from the White River National Forest.

Nacogdoches, Texas

Southern Power’s Nacogdoches Generating Facility, a 100-megawatt biomass power facility in Nacogdoches, Texas, opened in 2012 only to sit idle much of the time due to an inability to compete with the low price of natural gas, according to Reuters.

Rothschild, Wisconsin

In November 2013, WE Energies and Domtar Corp’s 50-megawatt biomass power facility opened in Rothschild, Wisconsin. However, it was offline from December 2014 through May 2015 for repairs, and was operational only 16% of the time during its first full year, in part due to an inability to compete with the low price of natural gas, according to the Milwaukee-Wisconsin Journal Sentinel.

Gainesville, Florida

The Gainesville Renewable Energy Center (GREC), a 100-megawatt biomass power facility, came online in Gainesville, Florida in 2013, and soon ran into controversy with noise complaints from neighbors.

In October 2014, the Gainesville City Commission approved an audit to look into financial transactions between Gainesville Regional Utilities (GRU) and GREC, which increased costs for the utility and its customers.

In April 2015, Wood Resource Recovery, one of the main fuel suppliers for GREC, sued the facility for breach of contract for $5 million in damages. Part of the complaint has to do with GREC’s refusal to take yard waste and materials from agriculturally zoned properties.

In August, the facility shut down temporarily, and when it became operational again, Gainesville Regional Utilities decided not to bring it back online, with no “projected return to service at this current time,” according to Margaret Crawford, GRU Communications Director. Instead, GRU is relying on power that is “more economic than GREC’s facility.”

In September, the city audit report uncovered that Gainesville Regional Utilities was paying $56,826 more per month than it was supposed to, totaling $900,000 in over-payments. 

Koloa, Hawaii

Green Energy Team’s 7.5-megawatt biomass power facility in Koloa, Hawaii, was scheduled to start up in April 2015, but the official opening has been pushed back to November because the efficiency level from burning wood chips was lower than it should be, according to The Garden Island. The turbine was dismantled and reassembled, and is currently undergoing more testing. 

Water Abuse in the Fracking Process

- by Alex Lotorto, Energy Justice Network

[[{"type":"media","view_mode":"media_large","fid":"509","attributes":{"alt":"","class":"media-image","height":"384","style":"width: 263px; height: 384px; margin: 3px 10px; float: left;","width":"263"}}]]Water is used in shale gas development from cradle to grave, however, most people don't think about it beyond the issues of groundwater contamination.

Procuring and bringing raw materials like silica sand, steel, cement, and fracking chemicals to the well locations requires an incredible amount of manufacturing, transportation, and plant fuel, which are water intensive fuels to produce.
 
Each well requires 5-9 million gallons of water to be fracked. Water is also used to create oil-based drilling muds that are injected downhole when the well is first drilled to lubricate the drill bit. For pipelines, the most prevalent way infrastructure is tested for integrity is hydrostatic testing, where water is used to pressurize the lines and test for leaks.
 
Water withdrawals are approved by states and in some cases by federal river commissions. Because the water is combined with fracking fluid, sand, chemicals, and underground contaminants, much of it never returns to the water cycle. In fact, between 50 to 80 percent of the water used in fracking remains deep underground, forever entombed.

In 2012, the Susquehanna River Basin Commission, comprised of governors' representatives from PA, MD, and New York, as well as the White House, approved a three million gallon per day water withdrawal in Jersey Shore, PA that required the removal and relocation of 32 mobile home resident families.

Drought conditions in Texas' Barnett Shale and California's Monterrey Shale regions force residential, commercial, and agricultural consumers to compete with the needs of fracking companies.

If well casings fail or fissures communicate with groundwater supplies, contamination of rural landowners' drinking water can occur. In 2009, 18 water supplies in Dimock, Pennsylvania were found by the Pennsylvania DEP to have been contaminated by drilling mud, fracking chemicals, and methane. Three remaining families are suing the driller, Cabot Oil & Gas, for damages and are going to federal jury trial this November with the support of Energy Justice Network.
 
Waste streams from the drilling create water contamination issues. Increasingly, the industry brags about "recycling" water, or "beneficial reuse," which entails filtering the drilling mud and fracking waste through an accordion press, similar to cheesecloth, to remove the solids. This allows the remaining liquid to be reused with more water in future frack jobs. What the industry doesn't tell you is that the solids are sent to municipal landfills that discharge their leachate into surface waters.
 
Another popular way of disposing of liquid waste from fracking is deep underground injection wells, known as Class II wells, permitted by the EPA. This method of disposal has been linked to earthquakes by Ohio state geologists because the "slick water" as it's known by the industry, can lubricate faults.
 
Finally, water is intensively used by gas power plants that are being built at an alarming rate to generate steam and cool the plant. Cooling water is discharged into surface water and can cause disruption to local ecosystems that are sensitive to temperature like trout fisheries. The consumption of water can also compete with the needs of local water consumers in times of drought, when utilities may be required to raise rates.

Energy's Water Footprint

- by Mike Ewall, Energy Justice Network

[[{"type":"media","view_mode":"media_large","fid":"508","attributes":{"alt":"","class":"media-image","height":"451","style":"width: 333px; height: 334px; margin: 3px 10px; float: left;","width":"449"}}]]In 2005, thermoelectric power plants (nuclear, coal, oil, gas and trash/biomass incinerators) were responsible for 41% of all freshwater withdrawals and 49% of total water withdrawals (including oceans and brackish waters) in the U.S. Much of this water (mainly used for cooling) is returned to local water bodies, but at a higher temperature, which can be harmful to aquatic life. A large portion is also evaporated, so total water consumption is still quite significant.

These thermoelectric power plants consume an average of 800 gallons per megawatthour, ranging from 600 to 1,100 gal/MWh.  This means that a 500 megawatt power plant running at 90% capacity would use 2.4 to 4.4 Billion gallons of water each year for cooling.  About 85% of this is evaporated, draining rivers and aquifers. The balance is returned to the river as a heated solution containing concentrated pollutants like aluminum and phosphorus.

Some biomass incinerators have sought to use sewage effluent (the liquids that are separated out at a sewage treatment plant) as cooling water. Sewage effluent is a highly contaminated solution containing disinfection byproducts, metals and numerous classes of discarded and excreted biologically active chemicals such as active pharmaceutical ingredients and personal care products, endocrine disrupting compounds, mutagenic cytotoxins and others. These pollutants can contaminate the air when that water is evaporated. Whatever isn’t evaporated will concentrated in the wastewater that the biomass facilities release into local water bodies.

Air cooling is an alternative to water-based cooling, but is noisier and more expensive. Some state regulators have allowed water cooling based on company claims that air cooling is cost prohibitive.

Growing crop-based biomass also requires a lot of water. The biomass industry favors trees and wood waste it doesn’t have to grow, but of the available energy crops, quick-growing, high-yield plants like Miscanthus are preferred. Such crops are also quite demanding. 

A review of the Miscanthus-burning biomass incinerator proposed for Jasper, Indianafound that Miscanthus is a thirsty crop, requiring irrigation in areas like Southern Indiana, where rainful is insufficient and global warming is worsening droughts. The research found that Miscanthus is not drought-tolerant, even for a single season, and that without irrigation, Miscanthus’ yields are variable/low. However, it is unlikely that irrigation of Miscanthus will be economically viable, since biomass production must be low cost and low input, and establishment of a Miscanthus crop requires expensive transplanting of plantlets.

Because Miscanthus has a deep, dense root mat, extending far deeper than corn roots, it sucks up more water and dries out soil more than corn or soy. European researchers have expressed concern that Miscanthus production may prevent ground water restoration and diminish groundwater.

Eviction of Mobile Home Park for Fracking Water

- by Alex Lotorto, Energy Justice Network

 

Riverdale Mobile Home Park was located on the Susquehanna River in Piatt Township, Jersey Shore, Pennsylvania. Residents were ordered to leave the park in March 2012 by Aqua PVR LLC, a project of Aqua America, a private water utility, and Penn Virginia Resources, a natural gas pipeline company. 

 
The property was purchased in order to build a water withdrawal pump station and water line that would withdraw three million gallons per day for use in hydraulic fracturing by Range Resources, a Texas-based Marcellus shale drilling company. Each shale gas well requires five to nine million gallons of water to force open the rock, allowing the gas to flow out.
 
Aqua America's facility takes 6,000 water truck trips off the road each day, according to Aqua America, which displaced truck drivers, parts suppliers, fuel deliverers, mechanics, and service employees from their jobs in Lycoming County. The Marcellus shale industry hasn't proposed any relief, solution, or alternative to this loss of employment opportunities for Pennsylvania residents. 
 
The facility's two permits were approved by the Susquehanna River Basin Commission, a federal commission made up of Governors Corbett (R-PA), Cuomo (D-NY), O'Malley (D-MD), and President Obama.
 
The capacity of the park was 37 units and in March 2012, 32 families lived there. The initial offer from Aqua America included $2,500 for residents to move by April 1 and $1,200 for residents to move by May 1.
 
Immediately after the tragic story of Riverdale hit the press with the help of volunteers, Aqua America extended the deadline for $2,500 in compensation until June 1st.
 
A series of town halls, vigils, and picnics were organized by residents with some help from volunteers from around northeast and central Pennsylvania in opposition to the project. Residents and allies even held protests at Aqua America's headquarters in Bryn Mawr, at their shareholder meeting, and in front of Aqua's CEO Nick DeBenedictis' mansion in Ardmore.
 
Unfortunately, many residents felt forced to leave the park for reasons including fear of losing the $2,500 offer, uncertainty of what Aqua would do on June 1, and termination of their leases.
 
At the time of the final vigil on May 31, only seven families remained at Riverdale. Those families invited and hosted volunteers from all over Pennsylvania and surrounding states that evening to stay until morning when construction was scheduled to begin in an effort dubbed "Hands Across Riverdale."
 
They issued the following demands:
We demand that Aqua America sit down with the residents and their representation to negotiate in good faith a fair deal that...
1. Permits the remaining residents to stay living at Riverdale Mobile Home Park.
 
2. Provides those residents who have left with just compensation to cover their expenses.
 
3. Allows for the return of all residents who have left and wish to return.
 
On June 1, no construction vehicles came and road barricades boldly stated, "We Will Fight For Our Homes" and "Aqua America Kills Community." The following day, Aqua America sat down to negotiate with three pro-bono lawyers representing residents at the company headquarters in Bryn Mawr. A tentative agreement was reached and the residents were informed of the terms the following week. 
 
Details of that agreement are not publicly available at this time but it did include a "gag order," or non-disclosure agreement forbidding the residents and their children from speaking about the incident.
 
For a total of 12 days, Riverdale blossomed once again behind the barricades, despite all the suffering already endured. Volunteers joined to cook, run security shifts to prevent looting, move sheds, salvage building materials, plant a garden, provide child care, leaflet Jersey Shore and Williamsport, and to blast the story of Riverdale all over social networks.
 
On the twelfth day, Aqua America sent a subcontracted security firm to secure the site. Activists blocked the road in defiance, demanding that Aqua America continue to negotiate with residents in good faith. State police arrived on scene and ordered the protesters to move. There were no arrests. A chain link fence across the front of the park was constructed and later, a barbed wire fence surrounding the pump station construction area was added.
 
Round the clock security guards were stationed at the front of the park, which was lit with light towers resembling a prison. Construction proceeded even with the seven families remaining at Riverdale, including four young children. Finally, the $10,000 raised through online crowdfunding helped the residents move and relieved those who had already left with some financial burdens.
 
Former residents are scattered around the area. Many of the seniors were forced from independence into senior care centers. Three senior residents have passed away since, dislocated from the riverside community they chose to spend the rest of their life.
 
Some residents moved their homes to less desirable and more expensive parks, some are renting more expensive apartments and mobile homes, some are on the low-income housing waiting list, and others are staying with family and friends.
 
The story of Riverdale illustrates how little the gas companies, the governors, and President Obama care about the livelihoods of poor people when it comes to fossil fuel extraction.

VICTORY! DC Denies Exelon-Pepco Merger

DC's Public Service Commission just shot down the plan for the nation's largest nuclear utility, Exelon, to buy Pepco, the electric utility that services the Washington, DC area and a few neighboring states.

This is a huge victory for ratepayers and the environment, since Exelon wanted to have the extra millions of ratepayers to push the high cost of their aging nuclear reactors onto. They also have been hostile to renewable energy.

If You Build It, They Will Cut

 

[[{"type":"media","view_mode":"media_large","fid":"502","attributes":{"alt":"","class":"media-image","height":"360","style":"width: 333px; height: 250px; margin: 3px 10px; float: left;","title":"Photo: Logging for biomass energy in White River National Forest, Colorado","width":"480"}}]]Generating biomass energy doesn’t result in more logging, according to the biomass industry, whose spokespersons claim facilities only make use of “waste” wood already coming from existing logging operations.

Ron Kotrba, Senior Editor for Pellet Mill Magazine, wrote in the May/June 2015 issue that biomass is the “most unlikely of the forest products to drive the general practice of forestry in the U.S.”

Kotrba believes that the notion of biomass “driving forestry practices in the U.S. is a purposefully deceptive scare tactic used by some in an attempt to influence the perceptions of policy makers and the public.”

Chris Matera, director of Massachusetts Forest Watch, a grassroots forest advocacy group based in Northampton, has long warned that “wood fueled biomass energy will add tremendous pressure, and further degrade already stressed forests.”

“Existing wood-fueled biomass facilities already cut and burn enormous amounts of whole trees for fuel,” said Matera, “and any new facilities will only add more logging pressure.” 

Clearly, opinions differ among the biomass industry and its critics, leaving the question: do biomass energy facilities increase logging?

Federal and state agency personnel, along with members of the biomass industry, have made statements demonstrating that the construction of a bioenergy facility is likely to result in a local increase in logging, including in National Forests, by opening an additional market for the sale of trees that might have otherwise been left in the forest to grow.

Brad Flatten, Stewardship and Timber Sales Specialist for the Okanogan-Wenatchee National Forest, was quoted in “Wood Supply Assessment for Commercial-Scale Biomass Power Cogeneration and Biomass Utilization Projects in Central Washington,” saying the establishment of biomass energy facilities in Washington state “may provide a market for small-diameter material typically generated from fuels treatment…and potentially increase the number of treatment acres.”

In other words, controversial “fuel reduction” logging projects, which many scientific studies suggest aren’t effective at reducing the likelihood of a large wildfire, may expand in scale if a biomass energy facility will purchase the trees.

Biomass energy, said Eric Lamfers of the Washington Department of Natural Resources in the “Wood Supply” document, “affords treatment of areas that normally could not be treated without market-based opportunities.” This statement also makes it evident that some Washington forests would be left unlogged without the existence of biomass energy facilities.

Wind River Biomass, a combined heat and power biomass energy facility proposed for Stevenson, Washington, plans to source trees from the nearby Gifford Pinchot National Forest.

A biomass gasification project in North Fork, California that would burn trees to create electricity, heat and biochar would also increase logging, including in the Sierra National Forest, according to a May 6, 2015 article in the Sierra Star.

Jim Branham, executive officer for the Sierra Nevada Conservancy, one of the entities behind the North Fork facility, was quoted as saying that biomass projects such as his are “key to increasing the pace and scale of forest restoration and protecting our forests and communities from large, damaging wildfires.” Once again, a biomass energy facility is acting as a driver for more “fuel reduction” logging projects.

While some biomass energy facilities spur logging in anticipation of the natural process of wildfire, other facilities trigger logging after a burn. For example, a new biomass facility in Kauai drove the cutting and burning of 15,000 tons of pine and eucalyptus trees in Kokee that wouldn’t have been logged otherwise, according to March 5, 2015 article in the Washington Times.

An April 4, 2015 article in Timberline reported that Watertown, New York-based wood chipping company, Pala Wood Service Company, “had all but stopped chipping [trees] due to a lack of a customer base for that product.” Yet, according to Pala Wood’s owner, Bruce Strough, the recent opening of ReEnergy Black River, a 60-megawatt biomass power facility in Fort Drum, “represented an opportunity to get back into the market.”

As more biomass energy facilities are built across the U.S., including ones in close proximity to National Forests, only time will tell whether we’ll see a resulting uptick in logging proposals, as biomass opponents warn. But, if statements by those working on the ground to advance bioenergy are accurate, more logging specifically to fuel these facilities is probable.