For more information, visit oakgov/water

1. For more information, visit www.oakgov.com/water

2. History of hydraulic fracturing Low volume vertical hydraulic fracturing is a technology used in more than 1 million wells in the U.S. since the 1940s to help produce oil and natural gas. It involves pumping 50,000 to 100,00 gallons of a water-chemical-sand mixture into underground rock layers where the oil or gas is trapped. The fracking fluid under intense pressure creates tiny fissures in the reservoir rock. The sand and chemicals hold open the fissures, allowing the oil or gas to escape and flow back up the well, along with fracking fluids and deep earth compounds.

3. History of hydraulic fracturing Since 2002 a new technology has developed, combining deep horizontal drilling with hydraulic fracturing, called horizontal slickwater hydraulic fracturing and know as “fracking” today. This technique began in Michigan around 2010. This method has used from 5 to 21 million gallons of freshwater per well in Michigan (future wells could go much higher) mixed with chemicals and sand pumped up to two miles or more into the Earth then turned horizontal for two miles or more. The mechanics are the same as low volume but the community and environmental impacts and potential problems are magnified.

4. Fracking in Michigan since 2010 As of 3/11/13 53 permitted 12 drilled 7 pending 2 failed 2 abandoned

5. Michigan shale plays Antrim Since 1950 60/12,000 1,200 to 2000 ft. 100% Vertical drill Gel, Air, Foam, Water Destroys 5,000 to 10,000 gallons of freshwater Very few chemicals EPA regulated Class II wastewater Utica/Collingwood 2010-present 3/12 12,000 to 12,500 ft. vertical and 10,000-12,000 ft. lateral Horizontal hydraulic fracture Slickwater Current MI wells Destroy 5 to 21 million gallons of freshwater, future wells could go higher Thousands of pounds dry and mixed wet chemicals Exempt from key EPA regulation, left to states Class II wastewater (heavy Metals & possibly radioactive)

6. The Historical Difference

7. High frack fluid volumes: needed to stimulate gas release from many existing fractures.

8. Uses 5% of this truck’s5,000 Gallons of CHEMICALS Uses all of these trucks’105,000 Gallons of CHEMICALS Low Volume Well 50,000 Gallons WATER High Volume Well*21,000,000 Gallons WATER Slickwater: needed to control the amount of power needed to pump large volumes of frack fluid, at high pressures, quickly, over long distances through small diameter casing. *Up to 20 wells/2.1 million gallons of chemicals per well pad. Hal Fitch, director OOGM 3-7-2013 presentation for Midland League of Women Voters, Chippewa Nature Center Kalkaska County, State Excelsior 3-25, API 21-079-60546 records available at http://www.fracfocusdata.org/fracfocusfind/ DEQ records available at: http://www.michigan.gov/deq/0,4561,7-135-3311_60700---,00.html

9. Fracking Chemicals • 99.5% water & sand • 0.5% additives (equals 400,000 gallons with 8 million gallon frack) • Acid (hydrochloric, acetic or muriatic) • Biocide (Glutaraldehyde) • Breaker (Ammonium persulfate) • Corrosion inhibitor (Formamide) • Crosslinker (Borate salts) • Friction reducer (Petroleum distillates BTEXs, TMBs, Methanol and PNAs) • Gel (Guar gum or hydroxyethyl cellulose) • Iron control (Citric acid) • Clay stabilizer (Potassium chloride) • pH adjuster (salts, Sodium or potassium bicarbonate) • Proppant (Sand) • Scale inhibitor (Poly- & ethylene glycol mixtures & glycol ethers) • Surfactant (Isopropanol) • Many chemicals and formulas are protected as “trade secrets.”

10. Studies on fracking effects “Hormone-Disrupting Chemicals Found At Fracking Sites Linked To Cancer, Infertility”: University of Missouri Medical School study published in Endocrinology Society http//medicine.missouri.edu/news/0214.php “Hydraulic Fracturing Fluids Likely Harmed Threatened Kentucky Fish Species”: United States Geological Survey and National Fish and Wildlife Service report: "Our study is a precautionary tale of how entire populations could be put at risk even with small-scale fluid spills," USGS scientist Diana Papoulias, the study's lead author. www.usgs.gov/newsroom/article.asp?ID=3677#.UvGvbvldUaw National Academy of Science Report Says 'Fracking' Contaminates Water SustainableBusiness.com “we document systematic evidence for methane contamination of drinking water associated with shale gas extraction," the report states. http://www.sustainablebusiness.com/index.cfm/go/news.display/id/22379 American Academy of Pediatrics: VOC releases at well heads, pipelines and Tanks combine with traffic exhaust (nitrogen oxides) to form ground level ozone, a known contributor to serious respiratory diseases, especially among children. http://aoec.org/pehsu/documents/hydraulic_fracturing_and_children_2011_health_prof.pdf

11. University of Michigan StudyGraham Sustainability Institute(with state and industry participation) Hydrological connectivity can lead to contamination impact distant from, as well as close to drilling sites. Fracking wastewater often contaminated with heavy metals and radioactive materials. Compaction of land at site causes change in hydrology. Impact of large number of truck & equipment; traffic, light, noise, diesel exhaust, oil/gas fumes… Did not distinguish enviro impact between low and high volume wells Most common remark in the report: too little Michigan-specific data to make conclusions/risk assessments. This shows the claim of no contamination in Michigan has no data to support it, because it was never collected.

12. Air emissions near fracking sites may impact health. Extraction crew No rig on site

13. Near A Well? • United States Environmental Protection Agency Region III (January 19, 2012) – “Methane contamination was detected in private wells thereafter in concentrations exceeding those previously found.” • “Other chemicals found in produced water include VOCs, metals and radio nuclides… The Petroleum Institute estimates that nearly eight barrels of water are produced for every barrel of oil…Methane and fracking chemicals can also migrate into shallow aquifers used for drinking water wells…” USHHS, Agency for Toxic Substances and Disease Registry, CO Dept Health & Env. • Scientific American – “High Levels of Arsenic Found in Groundwater Near Fracking Sites” • Duke University’s Daniel Rozell and Sheldon Reaven – an individual fracking well releases at least 200 m^3 of contaminated fluids. • “Greene County shale well continues burning” Pittsburgh Post-Gazette Feb. 12, 2013 “The heat from the blaze -- which caused a tanker truck on site full of propane gas to explode -- was so intense that first responders from local fire departments had to pull back rather than risk injury.” The fire burned for a week, killing one worker. Read more: http://www.post-gazette.com/local/south/2014/02/11/Gas-well-explodes-in-southeastern-Greene-County/stories/201402110126#ixzz2u769JbXG

14. Near a Well? “At a Glance: EPA Needs to Improve Air Emissions Data for the Oil and Natural Gas Production Sector” EPA Inspector General: “Harmful pollutants emitted from this industry… can result in serious health impacts such as cancer, respiratory disease, aggravation of respiratory illnesses and premature death.” The article argues for stronger data and study of dangers. http://www.epa.gov/oig/reports/2013/20130220-13-P-0161_glance.pdf “The oil and gas industry is a large source of VOC emissions. Overall, VOCs are released to the air at all stages of oil and gas operations… For example, benzene is released during venting and dehydration...” USHHS, Agency for toxic Substances and Disease Registry Colorado Dept Health & Env. Colorado becomes first state to regulate methane leaks in well/pipe/storage tank chain in 2014. Colorado officials claim stopping this leakage would be the equivalent of taking all vehicles off Colorado’s roads in terms of heat trapping compounds.

15. The Fracking process Frack sand mining, MI called “prime state” for frack sand mining as production booms in recent years: http://geology.com/articles/frac-sand/: http://www.mlive.com/environment/index.ssf/2012/06/post_88.html. Haliburton Loophole; National Council of State Legislatures: “Hydraulic fracturing is currently exempt from the underground injection control program requirements applicable to class II oil and gas related wells set forth in the federal Safe Drinking Water Act, except for when diesel fuels are used.” http://www.ncsl.org/research/energy/fracking-update-what-states-are-doing.aspx#federal. Fracking by the Numbers; Key Impacts of Dirty Drilling at the State and National Level www.environmentamerica.org/reports/ame/fracking-numbers Chemicals; secrecy, transport, spills, contamination, underground transformations

16. The Fracking process Water withdrawals: water destruction, remover from water cycle, effect on aquifer, international agreements Lawsuit/MSU study: DEQ water withdrawal tool problem, shows faulty results, overestimates supply, weak on rapid withdrawals. Human error/structural faults in cement casings: Concrete Institute Cracking the rock, fissures, salt veins, seismic movements Flaring associated natural gas; noise, odor, incomplete combustion, low price will rise if exports allowed as being lobbied for now Waste water disposal – toxic, spills, transport, injection well causing earthquakes

17. The Fracking process Natural gas (methane) leakage in extraction/supply chain is 10-15%. Leakage means natural gas (25 times as heat retaining as carbon) is more climate change active than coal. Oil company claim: no cases of water contamination in MI. Reality: no baseline testing or even post drilling testing on 90% of wells to know if contamination has occurred. UM study said not enough Michigan-specific data. Sustainability demands 30+ year view in policy analysis, Triple Bottom Line. Fracking and fossil fuels fail those tests, for local pollution and global climate. Lawsuit secret settlements, lifetime gag orders; www.colbertnation.com/the-colbert-report-videos/428642/august-15-2013/the-word---gag-gift.

18. THE WALL STREET JOURNAL Exxon CEO Joins Suit Citing Fracking Concerns By Daniel Gilbert Feb. 20, 2014 Exxon CEO Rex Tillerson “has joined a lawsuit that cites fracking’s consequences in order to block the construction of a fracking water tower next to his and his wife’s Texas home.” “traffic with heavy trucks on FM 407, creating a noise nuisance and traffic hazards,” the suit says. “A lawyer representing him said his concern is about the devaluation of his property…” “When he is acting as Exxon CEO, not a homeowner, Tillerson has lashed out at fracking critics and proponents of regulation.” Also saying “the risks are very manageable.” So why not by his house? US Bureau of Economic Research: Fracking can have a small to moderate positive property value impact if a home has water department hookup, but it can have a 20-30% negative property value impact if a home has a private well.

19. We need safer alternatives Water Resources Commissioner’s office is developing a demonstration project to install a power generating turbine in a sewer/stormwater line. The WRC is looking at this and other renewable energy projects to reduce our impact on the power grid. Farmington Hills City Hall installed geothermal heating and solar panels, reducing their gas bill from $30,000 annually to zero. Other local public and private buildings have also done the same, and more are being converted daily. Net Zero energy buildings, making as much energy as they use, are the future. Nationally, 13,000 megawatts of wind power were built in 2013, we installed 7,000 megawatts of solar power in 2012 and 10,000 in just the first 9 months of 2013.

20. We need safer alternatives Cost of solar panels has fallen 60% since 2010. Solar leasing/purchasing agreements making solar installations more affordable and common for businesses/homeowners. Michigan 4th in nation in green jobs growth: Echotech Institute Clean Jobs Index. 119,016 US solar jobs in 2012, expect 17% growth in 2013: 2012 National Solar Jobs Index. Energy efficiency and energy audits (saving energy for business and homeowners nationally) employing 380,000: Lawrence Berkeley National Laboratory report LEED Certification is growing: Leadership in Energy and Environmental Design is a third party measure of building efficiency and is now the Industry standard for architects, engineers and the construction industry.