We all know that the affordability, efficiency, and sustainability of cleaner, greener energy will be a major challenge for this century. Some have called natural gas a better and cleaner energy source. Yet, even if we set aside this hot air, the process of extracting the gas (called hydraulic fracturing or fracking) proves problematic for both environmentalists as well as those in proximity to the wells. This article covers five major problems with fracking, based on two SnagFilms from the After the Gas Rush series, you can view by clicking here.
1. Water Pollution
The fracking process involves pumping large quantities of water, chemicals, and sand deep underground. This process produces a huge amount of pressure, which both extracts the natural gas and forces much of the water back to the surface.
The major concern with polluted water is that the salts, radium, other heavy metals, and benzene (a carcinogenic and flammable chemical) are forced back up to the surface with the rest of the wastewater. For efficiency, fracking companies want to reuse this wastewater and they subsequently treat the water so that the excess waste does not plug up parts of the well. Consequently, the products that have been removed (radium, and some other heavy metals) are disposed of. However, the water that gets reused still contains salts and benzene. The water is then pumped back underground, endangering aquifers.
2. Proximity to Residential Areas—Fumes and Earthquakes
In addition to the risk of water contamination for those near fracking sites, wells also produce excess gases, which are either simply released into the air or burned upon their release. These fumes both leave an odor as well as present the possibility of negative health effects for those in proximity to the wells. Such effects include dizziness, confusion, and nasal bleeding. There is also growing evidence to support the theory that fracking can produce minor earthquakes within the vicinity of fracking wells. This may not be as surprising as it sounds considering the amount of pressure (around 8,000 pounds per square inch) that the gas extraction process exerts on shale rock deep beneath the surface.
3. Property Rights
It is often the case that when someone buys a property, his or her rights do not extend to the subterranean levels where fracking companies aim to extract natural gas. These multinational companies purchase/lease the mineral rights to the land, and thus they legally are allowed to accesses those minerals through drilling as long as they pay damages to the surface owner (these damages are often do not satisfactorily cover the actually property loss, as average Americans find themselves up against massive corporate interests). Additionally many leases do not require companies to compensate landowners for water contamination. Many American landowners, farmers, and families are thus placed at the mercy of drilling companies who can legally exercise their mineral rights largely regardless of what lays on the surface.
4. Lack of Governmental Regulation
Aside from the government’s lack of regulations on carbon emissions, the disposal of fracking waste products needs better oversight. As noted, the wastewater that rises to the surface during fracking is treated and then reused. After treatment, the waste that is extracted from the wastewater is placed in a landfill, as it is exempt from federal regulations pertaining to toxic waste. This lack of regulation does not recognize the fact that such waste can be extremely dangerous for the environment. As described, the cancerous and flammable benzene, other heavy metals, radium, and corrosive salts remain in the waste. However, regardless of how dangerous these chemicals may be, it is not treated as hazardous waste. If the waste is treated as normal garbage, then these toxic materials may endanger people’s health and the environment’s wellbeing for years to come.
5. Industry Growth
Compounding all of these factors is the fact that the natural gas industry is ballooning. In After the Gas Rush, Roshini Thinakaran states that in Pennsylvania alone 50,000 new wells will be permitted to be drilled over the next two decades. The result of this will be both an explosion in the burning of natural gas as well as in water contamination. One million gallons of toxic wastewater will be produced by each well within the first thirty days of its operation. One can only imagine the degree of environmental damage these wells may have after only a year’s time. Similar expansion is also occurring in states such as New York, West Virginia and Ohio.
Below is SnagFilms’s After the Gas Rush series. In the films, Roshini Thinakaran leads us into Pennsylvania to see how fracking affects the environment and the lives of those living within the vicinity of fracking wells. We invite you to watch the films here or at snagfilms.com and share them with others interested in the subject.
To see After the Gas Rush, click here.
For more information, click here.
By Harry Kretchmer
By 2030, almost a third of all the energy consumed in the European Union must come from renewable sources, according to binding targets agreed in 2018. Sweden is helping lead the way.
Sweden is a world leader in renewable energy consumption. Swedish Institute/World Bank
Naturally Warm<p>54% of Sweden's power comes from renewables, and is helped by its geography. With plenty of moving water and 63% forest cover, it's no surprise the <a href="https://sweden.se/nature/energy-use-in-sweden/#" target="_blank">two largest renewable power sources</a> are hydropower and biomass. And that biomass is helping support a local energy boom.</p><p>Heating is a key use of energy in a cold country like Sweden. In recent decades, as fuel oil taxes have increased, the country's power companies have turned to renewables, like biomass, to fuel local 'district heating' plants.</p><p>In Sweden these trace their <a href="https://www.sciencedirect.com/science/article/pii/S0360544217304140#fig3" target="_blank">origins back to 1948</a>, when a power station's excess heat was first used to heat nearby buildings: steam is <a href="https://www.sciencedirect.com/topics/engineering/district-heating-system" target="_blank">forced along a network of pipes</a> to wherever it's needed. Today, there are around 500 district heating systems across the country, from major cities to small villages, providing heat to homes and businesses.</p><p>District heating used to be fueled mainly from the <a href="https://www.sciencedirect.com/science/article/pii/S0360544217304140" target="_blank">by-products of power plants</a>, waste-to-energy plants and industrial processes. These days, however, Sweden is bringing more renewable sources into the mix. And as a result of competition, this localized form of power is now the country's<a href="https://www.sciencedirect.com/science/article/pii/S0360544217304140#fig3" target="_blank" rel="noopener noreferrer"> home-heating market leader.</a></p>
Sweden is using smart grids to turn buildings into energy producers. Huang et al/Elsevier
Energy ‘Prosumers’<p>But Sweden doesn't stop at village-level heating solutions. Its new breed of energy-generation takes hyper-local to the next level.</p><p>One example is in the city of Ludivika where 1970s flats <a href="https://www.buildup.eu/sites/default/files/content/transforming-a-residential-building-cluster-into-electricity-prosumers-in-sweden.pdf" target="_blank">have recently been retrofitted with the latest smart energy technology</a>.</p><p>48 family apartments spread across 3 buildings have been given photovoltaic solar panels, thermal energy storage and heat pump systems. A micro energy grid connects it all, and helps charge electric cars overnight.</p><p>The result is a cluster of 'prosumer' buildings, producing rather than consuming enough power for 77% of residents' needs. With <a href="http://www.diva-portal.org/smash/get/diva2:1232060/FULLTEXT01.pdf" target="_blank" rel="noopener noreferrer">high levels of smart meter usage</a>, it's a model that looks set to spread across Sweden.</p>
<div id="d7bf9" class="rm-shortcode" data-rm-shortcode-id="8757b138d5570bec9d6aad18074a429a"><blockquote class="twitter-tweet twitter-custom-tweet" data-twitter-tweet-id="1273556364263071744" data-partner="rebelmouse"><div style="margin:1em 0">Read more about Western Harbour and book a visit: https://t.co/ujSmVs9rNK 🏡🌳🌊 https://t.co/C5PuPziqIM</div> — Smart City Sweden (@Smart City Sweden)<a href="https://twitter.com/SmartCitySweden/statuses/1273556364263071744">1592474473.0</a></blockquote></div>
Scaling Up<p>A recent development by E.ON in Hyllie, a district on the outskirts of Malmö, southern Sweden, <a href="https://www.eonenergy.com/blog/2019/February/sweden-smart-city" target="_blank">has scaled up the smart grid principle</a>. Energy generation comes from local wind, solar, biomass and waste sources.</p><p>Smart grids then balance the power, react to the weather, deploying extra power when it's colder or putting excess into battery storage when it's warm. The system is not only more efficient, but bills have fallen.</p><p>Smart energy developments like those in Hyllie, Ludivika, and renewable-driven district heating, offer a radical alternative to the centralized energy systems many countries rely on today.</p><p>The EU's leaders have a challenge: how to generate 32% of energy from renewables by 2030. Sweden offers a vision of how technology and local solutions can turn a goal into a reality.</p>
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