U.S. Onshore Ambassador Introduction With the ever-‐changing environment of our fast paced industry and the technological advancements taking place every day, the landman has had many challenges to overcome. One major challenge has been the social acceptance of the Energy Industry’s operational practices. With the renaissance of America’s energy boom, the energy industry has advanced further into urban regions while, transversely, urban sprawl has developed into historical and newly emerging energy fields. This dynamic has, at times, put the energy industry at the forefront of the public view and is taking on much debate. As our industry exposure increases in public awareness, so does the scrutiny of our standards of practice. Unfortunately, because of our technical practices, much of the general public does not have a complete understanding of the basic concepts about how their energy is provided. This aspect has allowed fear to be spread among an uneducated public by those with political and social agendas that strive to stop domestic energy development. With many states and energy commissions facing a large grass roots movement against the energy industry, it was time for a proactive approach. The message needed was a simple and clear directive -‐ get the facts on energy development first before you make a decision. Industry in some regions of the United States realized this challenge and fully devoted an effort to getting the facts out to the public. This initiative starts with everyone in the energy industry helping to promote a clear and concise message as ambassadors to our livelihoods. With this idea, I am proud to present an AAPL ambassador toolkit. This toolkit includes an abundance of key information for the landman, the public face of the energy industry. With this knowledge we can provide those who are unaware, a clear, concise and unified education of our safe, regulated, and vitally important industry. Throughout these pages you will find key messages about energy, hydraulic fracturing, air quality, water regulations, social investment, economics, taxation and derived products in our everyday use. I encourage you to share this information to those around you and extend the educational message we, as landmen want to provide. Have a friendly non-‐confrontational conversation with stakeholders, your family and friends within your social circle to try and dissolve those unknown fears towards one of the most highly regulated and scrutinized industries in our nation. This toolkit will be a valuable resource that will provide landmen with thorough illustrations and comprehensively researched information to share with the public. Having 20,000 plus AAPL members sharing this unified message, imagine the great educational benefit we can provide. This is truly an incredible resource, I hope you take on the role as an AAPL ambassador for the good of our industry and the public we serve with our products. Sincerely, Michael T. Kuledge, RPL Denver Association of Petroleum Landmen – AAPL Director Bayswater Exploration and Production, LLC. -‐ Operations Landman U.S. Onshore Ambassador Toolkit Online Sources ANGA.us API.org COGA.org Energy.gov EnergyFromShale.org EnergyInDepth.org EnergyTaxFacts.com EnergyTomorrow.org FracFocus.org A values-based guide for sharing and openly communicating about the oil and natural gas industry. www.landman.org Information courtesy of Anadarko Petroleum Corporation #AAPLlandman OUR MISSION AAPL’s mission 1| Key Messages About Energy is to promote the 2| Hydraulic Fracturing: The Truth 3| Air Quality highest standards of 4| Water performance for all 5| Regulations land professionals, to 6| Investing in Our Communities advance their stature 7| Oil and Natural Gas by the Numbers and to encourage sound 8| Truth Versus Fiction: Oil and Natural Gas Profits AAPL Member’s Mark and Taxes Versus Other Industries and ethical stewardship 9| Products Derived from Oil and Natural Gas of energy and mineral 10| American Energy Transformation resources. 11| What Can I Do? 1 Key Messages About Energy Hydraulic Fracturing 2 3 4 5 6 7 8 Hydraulic Fracturing has had an enormous 9 Wpoes imtivues ti mrepcaocgtn oinze U an.Sd. eanpperrgeyc isaetceu trhiety e –ss ential reonlaeb elinnegr gtyh ep lnaaytsi oinn otou rp mroodduecren m liovrees .oil and natural gas than it consumes. 10 6 11 Section 1 – Key Messages About Energy Anadarko Ambassador Toolkit – U.S. Onshore www.landman.org 1| Key Messages About Energy Energy is fundamental to modern life. The confluence of horizontal drilling and hydraulic fracturing technologies has created new Oil and natural gas are the building blocks for opportunities to develop unconventional oil and thousands of products we use, and natural gas is a natural gas resources around the nation. cleaner generator of electricity – the power needed to light, heat and cool American homes. Modern TAKEAWAyS economies are dependent on a reliable, affordable • Affordable energy is fundamental to modern life – energy supply, and they are further strengthened it is as important as air, food and water. through energy security. • Oil and natural gas are used to make or power practically every product we touch every day. • Every step in oil and natural gas development is highly regulated The U.S. has abundant resources of oil and clean-burning natural gas. In the last by multiple state and federal agencies across the U.S. several years, the country has experienced an energy revival. The tremendous oil and natural gas resources found in the U.S. have positioned the nation to benefit • Oil and natural gas development supports millions of jobs and provides through economic growth, increased domestic jobs, lower electricity costs while tax revenue that funds public schools, local emergency management reducing the country’s dependence on foreign sources of energy. and a variety of municipal, state and federal programs and services. • The men and women who work in the oil and natural gas industry provide a valuable and essential resource to America. 7 8 Section 1 – Key Messages About Energy Anadarko Ambassador Toolkit – U.S. Onshore Section 1 – Key Messages About Energy www.landman.org Why is the Oil and Natural Gas Industry Important “Rising U.S. oil and natural gas production is having a bigger impact on the U.S. economy than estimated a couple years ago.” to America? – John Larson, IHS Energy “The emergence of shale gas and tight oil in the U.S. demonstrates, once again, how innovation can change U.S. Jobs the balance of global economic and political power.” • 9.8 million jobs supported by the oil and natural gas industry – Daniel Yergin, Pulitzer Prize Winning Author • $224 billion in wages paid to U.S. industry employees in 2011 • $598 billion generated in associated labor income • 2.7 million jobs gained from 2002 thru 2012 “Advanced technologies for crude oil and natural gas through oil and natural gas activity production are continuing to increase domestic supply and reshape the U.S. energy economy as well as expand the potential for U.S. natural gas exports.” – Adam Sieminski, U.S. EIA Administrator U.S. Economy • $85 million paid daily to the U.S. Treasury in federal income taxes, royalty payments and other fees in 2012 • 8% of the entire U.S. economy supported by industry • $545 billion contributed to the economy through capital investments, wages and dividends by the oil and natural gas industry in 2011 • $1,200 gained by U.S. households from low natural gas prices Source: API, Moody’s Analytics, PricewaterhouseCoopers, LLP 9 10 1 Hydraulic Fracturing: The Truth 2 3 4 5 6 7 8 9 Hydraulic fracturing has had an enormous positive impact on U.S. energy security, greatly reducing the need for energy imports. 10 12 11 Section 2 – Hydraulic Fracturing: The Truth Anadarko Ambassador Toolkit – U.S. Onshore www.landman.org 2| Hydraulic Fracturing: The Truth HOW DOES HyDRAULIC FRACTURING WORK? In hydraulic fracturing, a mixture of water, sand and additives is pumped under high pressure down the wellbore to create hairline fractures that form a pathway for oil and natural gas to be produced. Hydraulic fracturing The Depth is Equal to 5.5 Empire State Buildings is not new. Hydraulic fracturing is a highly engineered technology first developed in the 450-700 Ft. Multiple Layers of Steel Ground Water 1940s to enhance production of oil and natural gas from tight rock formations Encased in Cement Protect Ground Water miles beneath the earth’s surface. “Fracking” technology has improved and evolved over 60 years and has been applied to more than 1.2 million wells drilled in the U.S. • A temporary process, typically lasting 3 to 5 days per well • Separated from ground water by more than a mile of rock Protective Steel Casing • Regulated by multiple state and federal agencies • Supervised by highly trained engineers and technicians • More than 90% of oil and natural gas currently produced in the U.S. onshore is done using hydraulic fracturing. • 60% to 80% of all wells drilled in the U.S. in the next 10 years are expected to require hydraulic fracturing. Hydraulic fracturing occurs at a depth Shale Fractures; 1 mm wide of approximately 7,000-8,000 Ft. • Without hydraulic fracturing, as much as 80% of oil and natural gas from tight rock formations would be inaccessible. Source: CRS Report for Congress, January 2013, FracFocus.org, API Source: Adapted with Permission from Texas Oil & Natural Gas Association, © 2010 13 14 Section 2 – Hydraulic Fracturing: The Truth Anadarko Ambassador Toolkit – U.S. Onshore www.landman.org Proper Well Construction Protects Groundwater Understanding Hydraulic Fracturing Fluid Wells are constructed with multiple layers of steel pipe, also called casing, and cement to In hydraulic fracturing, operators use a mixture of water, sand and additives protect groundwater. During wellbore construction, the casing and cement are routinely pumped under high pressure to create fissures within targeted formations. The tested onsite to ensure integrity, and then the well is equipped with sensitive monitoring sand props open those fissures to allow oil and natural gas to flow, while the equipment for 24-hour observation throughout each well’s production life. additives reduce friction, prevent bacteria formation and inhibit scale. An Example of a Typical Well Design Additives used in hydraulic fracturing vary according to geology and are commonly found in household items. Each of the ingredients used in the hydraulic fracturing process is shared on the website FracFocus.org. 0.5% Chemical Additives } Such items include: 9.5% Sand • Sodium Chloride (table salt) 90% Water • Guar Gum (ice cream) • Borate Salts (cosmetics) • Ethylene Glycol (household cleaners) • Sodium Potassium Carbonate (detergent) • Isopropanol (deodorant) Source: Adapted with Permission from Texas Oil & Natural Gas Association, © 2010 Source: Groundwater Protection Council, API 15 16 Section 2 – Hydraulic Fracturing: The Truth Anadarko Ambassador Toolkit – U.S. Onshore Section 2 – Hydraulic Fracturing: The Truth www.landman.org “[F]racking has been done safely for decades.” – Sally Jewell, U.S. Interior Secretary, Obama Administration, 2013 “In no case have we made a definitive determination that Simply put, you cannot have the the fracking process has caused chemicals to enter groundwater.” oil and natural gas production – Lisa Jackson, former U.S. EPA Administrator, 2012 levels now being realized in the “U.S. mastery of hydraulic fracturing and horizontal drilling U.S. without hydraulic fracturing. techniques has led to a slump in energy imports from some OPEC nations.” – Bloomberg, May 2013 TAKEAWAyS • The combination of horizontal drilling and hydraulic fracturing has revolutionized oil and natural gas production in the U.S. • Hydraulic fracturing enhances production of oil and natural gas from older wells and increases new production from formations once thought impermeable. • Without hydraulic fracturing, Americans would likely pay significantly higher utility bills each month, pay more for raw materials and other consumer goods. • Hydraulic fracturing is making energy security a reality for the U.S. 17 18
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