GE Energy Unconventional Fuels: Opportunities, Challenges, Solutions Timothy J. Richards, GE APEC Energy Group November 6, 2012 The world’s largest natural gas fields Initial recoverable resources. Source: IEA, World Energy Outlook 2011: Golden Age of Gas 2 GE © 2012 – All Rights Reserved Supply Anxieties? This Time it’s Different Comparison on selected US and North American natural gas supply curves. Source: MIT, The Future of Natural Gas 3 GE © 2012 – All Rights Reserved Source: Various Demand growth Nature abhors a vacuum. Low prices and extreme oil/NG price disparity set feedbacks in motion. Source: EVA to EPRI, Feb. 2012 Industrial, power sector, LNG exports, GTL, transport? 4 GE © 2012 – All Rights Reserved Environmental issues in upstream Degree of public scrutiny* gas Western Issue * Large range of regional variation exists Wastewater treatment/disposal Water availability Land clearing Venting or flaring from completions/workover s Low Truck traffic Quantity Source Frac flowback water Produced water INDUSTRY PRIORITY & FOCUS Regional ozone Water rights attainment High Chemical composition of frac fluid Uncontrolled release blowout Source: GE Energy, Global Strategy & Planning; based on customer discussion not a statistical survey Water issues elevated in national debate 5 GE © 2012 – All Rights Reserved GE Proprietary & Confidential Business Information ©Copyright 2011, GE Water & Process Technologies. All Rights Environmental focus stronger in some regions Large gas plays, in close proximity to urban or pristine areas with little local familiarity to the O&G industry are likely to draw the most intense scrutiny Key Unconventional Gas Basins Forces driving Environmental sensitivity Proximity to (urban or wilderness areas) High Rockies basins • CBM Wastewater disposal • Water availability • Emissions Anadarko Woodford Shale • Water availability • Wastewater disposal • Emissions High Low Moderate Resource O&G industry (Size, concentration) maturity Source: GE Energy, Global Strategy & Planning Niobrara Shale • Water availability • Wastewater disposal • Emissions Marcellus Shale • Wastewater disposal • Water impoundment ponds Barnett Shale • Water availability • Emissions Haynesville Shale • Wastewater disposal • Water availability Fayetteville Shale • Wastewater disposal • Source of water supply 6 GE © 2012 – All Rights Reserved GE Proprietary & Confidential Business Information ©Copyright 2011, GE Water & Process Technologies. All Rights Shale Gas: Federal Regulatory ……and is using it EPA has authority to Overview regulate….. Safe Drinking Water Act: Fracking cannot be regulated except where diesel fuel used Proposed SDWA guidance requires permits if diesel use; produced water can be regulated under existing rules Clean Air Act: EPA can regulate emissions from O&G operations that are “major sources” Clean Water Act: EPA can regulate direct and indirect (thru POTWs) discharges New rules require “green completion” or flaring at wells until 1/1/2015; both after that date; more stringent emission limits for gathering and processing facilities Current rules prohibit direct discharges; indirect discharges currently unregulated, but pre-treatment standards being developed, likely in 2014 Toxic Substance Control Act: EPA has broad authority for chemical testing/disclosure NGOs petitioned for chemical testing/use disclosure in all O&G exploration/development; EPA denied testing but granted disclosure/reporting request BLM has power over Federal lands ….. BLM has broad powers over activities on federal lands— 38% of US gas wells on federal land ..…and it too is using it Proposed rule issued in May would require chemical disclosure, data submission on geology/well integrity, and BLM operational approvals 7 GE © 2012 – All Rights Reserved Shale Gas: State Regulatory • Ohio has comprehensive new law Developments covering chemical disclosure waste disposal (including for underground injection well owners) well construction requirements pipeline safety requirements local approval of permits but not a severance tax • New York moving to allow shale gas development in some counties Key criteria 1 Fracking activity 2 Regulatory regime 3 Potential for change Prohibited Established Burdensome Supportiv e High prob. Low prob. • Pennsylvania: state law preempting local ordinances overturned— groundwater contamination a continuing issue • Vermont/New Jersey have ban/ moratorium, but neither has shale gas resources 8 GE © 2012 – All Rights Reserved Key environmental considerations Category Water lifecycle Operational issues Seismic issues Community impacts Issues GE mitigant • Water scarcity • Potential surface water contamination • Potential groundwater contamination • Source water filtration • Water reuse/recycling • Mobile evaporators • Fixed treatment solutions • GHGs • Air quality • On-site efficient power generation • Pipeline & meter technology • Compressors/pneumatic devices • Well venting/flaring • Safety • Potential property damage • Potential groundwater contamination • Water reuse/recycling • Mobile evaporators • Fixed treatment solutions • Safety • Potential infrastructure damage • Potential property value impact • Nuisance • On-site efficient power generation • Water reuse/recycling • Mobile evaporators • Fixed treatment solutions 9 GE © 2012 – All Rights Reserved Frac gas and oil development Minimal increase to mining sector’s water withdrawals Total US water withdrawals US Frac fuels injected water projections Billion barrels per year (BB/yr) Billion barrels per year (BB/yr) 3,563 BB/yr Power Mining* Other 1% 45 40 35 30 25 20 15 10 5 0 34.9 * Fracking fuels water withdrawals fall into the mining sector +3.2 Frac gas and oil development contributions Mining sector w/out frac gas and oil development 2005 Source: USGS, 2005 data +1.4 2010 2020 Source: USGS 2005; GE Energy, GSP estimates 2012 Frac fuels–related withdrawals are a drop in the bucket 10 GE © 2012 – All Rights Reserved GE solutions for water issues • Source water filtration to reduce chemical pretreatment • Water reuse/recycling • On-site mobile evaporators • Fixed evaporation & crystallizers Challenge - filter hydraulic fracturing source water to reduce chemical treatment and cost and meet environmental regulations Solution - mobile ultra-filtration systems Challenge - cost effectively treat produced and flowback water for reuse or discharge Solution - mobile and fixed membrane systems and thermal evaporators with service contract Mobile Evaporator Challenge - reduce operation costs through solid and bacteria removal and chemical reduction Solution - one pass filtration 11 GE © 2012 – All Rights Reserved GE solutions for fugitive methane emissions breakdown by source of emissions Pipeline Leaks & Meters • USM Go, Rightrax RVI XL/ Rovver, X-ray ERESCO % Total Emissions • Ultrasonic, remote visual inspection, and x-ray tools for monitoring and preventing leaks • Reduce leak service calls 3 Dry Gas Seal RulePak 2 3 4 • ICL Compressor Line • • PEMS, GF868, GM868, XGM868i • Predictive Emissions Monitoring System software • Reliable, accurate meters for new installations or retrofits 3 Centrifugal Compressors • Electric powered not natgas • No venting when stopped • Completely closed design means no seal leaks Well Venting & Flaring 5% 39% 5% • Software for non-ICL compressor seals 7% Gas Engine Exhaust • Waukesha 275GL+ • 1.2% greater fuel efficiency • Reduces CO2 by 1,900 tons/yr • .5 g/bhp-hr w/o emissions after treatment Reciprocating Compressors • Low Emissions Rod Packing • Reduces packing emissions 70% • Standard offering on small HP today…extending to high HP ecomagination Product 13% 14% Pneumatic Devices • Becker ZERO BLEED™ • Eliminate atmospheric bleed gas • Masoneilan LE Packing, EF Seal • Reduces emissions from control valves <100 ppm Source: EPA Estimates, NatGas Star Program http://www.epa.gov/gasstar/basic- Natural gas produces far lower operating emissions 20 % of wells drilled in 2010/2011 located in Non–Attainment regions NOx (grams per bhp-hr) CO (grams per bhp-hr) 2.7 8% lower 2.5 Diesel Natural Gas 0.5 95% lower Natural gas also reduces on site vehicular traffic 13 GE © 2011 – All Rights Reserved Unauthorized Reproduction Prohibited