This document summarizes environmental challenges and regulations related to oil and gas production. It discusses issues at the federal level like endangered species protections and methane emissions standards. It also examines state legislative actions and regulations in Pennsylvania, Ohio, West Virginia, Kentucky, Virginia and Illinois governing hydraulic fracturing, water management, spill prevention and well permitting requirements. The document concludes that environmental activism is high in the Appalachian Basin and Midwest, requiring state regulators to impose strict rules on industry operations.
Strata-X is drilling an exploratory well in Illinois to test a potential oil accumulation. The geological conditions are promising, as the target reservoir rock below the prolific New Albany Shale source rock has generated over 4 billion barrels of oil already produced in the region. Strata-X will drill a horizontal well with over 4,000 feet extending into the target Lingle dolomite formation, then complete it using fracture stimulation if testing indicates it is needed to enable oil flow to the wellbore. The project aims to prove commercial production is possible from the tight reservoir rock using modern drilling and completion techniques.
This document summarizes a citizen's forum meeting regarding remediation of the Gude Landfill. Representatives from the county, concerned citizens groups, and engineering firms presented information. The county discussed the landfill history and current operations/monitoring. Groundwater monitoring has found some exceedances of EPA standards near the landfill. The concerned citizens group objectives ensuring remediation is completed before any reuse. The engineering firm discussed plans for further site characterization and risk assessment to develop remediation alternatives. The concerned citizens group discussed possible future reuse options for the landfill property.
Impact of New NSPS and NESHAP Regulations on Oil & Gas Industrybishopcj
Cindy Bishop presented on the implications of new air pollution regulations for the oil and gas sector. The new rules under the Clean Air Act will affect emissions from drilling, completions and production operations. Facilities will need to reduce emissions from equipment leaks, pneumatic controllers, compressors and storage vessels. The rules establish performance standards and require control technologies to reduce criteria pollutants and hazardous air pollutants. Companies must comply within 3 years for existing sources and immediately for new sources, or face civil and criminal penalties.
February 2018 Corporate Presentation - World Outlook Conferencehemisphereenergy
The document provides an overview of Hemisphere Energy Corporation, an oil and gas company focused on developing assets in southeast Alberta. Key points include:
- Hemisphere has over 35,000 net acres of land in the Mannville and Pekisko formations with identified drilling locations. It is focused on expanding its waterfloods to increase oil recovery from the pools.
- Recent accomplishments include drilling wells and expanding facilities to boost production from the Atlee Buffalo pools, where waterfloods could ultimately recover 20-40% of the estimated oil originally in place.
- Hemisphere has a multi-year drilling inventory and sees potential to grow reserves and production through low-risk development and waterflooding. It
The document provides an update from the Arkansas Oil and Gas Commission Director at an annual meeting in October 2018. It summarizes natural gas production trends in Arkansas, including a decline in production from over 1 trillion cubic feet in 2014 to an estimated 640 billion cubic feet in 2018. It also lists the number of producing wells in the Fayetteville Shale from 2006 to 2016. Crude oil production trends from 2014 to 2018 are also noted. The document outlines recent and upcoming Commission activities, including proposed rules regarding gas storage, saltwater disposal well spacing and transfers, temporary well abandonment, and drilling pit requirements. It also summarizes an ADEQ regulation amendment related to saltwater disposal well permitting.
Bakken Flaring Alternatives & Gas Capture 2014marketinglbcg
Today, approximately 350 million cubic feet of natural gas is being flared in the Bakken everyday ; equating to 30% of production and an astounding $100 million worth of burned gas each month. This is the result of the staggering monthly increase in gas production in the Bakken which continues to outpace infrastructure capacity.
With NDIC's regulations beginning to take effect as of July 1, 2014, calling for operators to reduce flaring rates to 26% by October 1, 2014, Bakken gas producers are being prompted to actively seek the most economical solutions for natural gas capture, recovery and use to distinguish effective methods for meeting flaring targets while generating new income streams. Furthermore, there is an increasing need to improve landowner relations and expedite the provision of right of way, calling for further collaboration between producers, gas gatherers and regulators.
In the wake of these new flaring regulations and the context of constrained gas gathering capacity, it is critical that E&Ps focus on identifying the latest alternative solutions for natural gas capture and recovery, as well as collaborating with gas gatherers and regulators to expedite gathering infrastructure expansion.
For this reason, the critically timed Bakken Flaring Alternatives & Gas Capture 2014 Initiative has been purposely designed to provide delegates and speakers with a chance to compare the most advanced case studies and deliver updates on:
POWER GENERATION
E&P AND THIRD PARTY GAS GATHERING INFRASTRUCTURE
NORTH DAKOTA FLARING REGULATIONS
LAND OWNER RELATIONS & RIGHT OF WAY
VAPOR RECOVERY UNITS
COMPRESSION & LIQUEFACTION
REFRIGERATIONS & JT SKIDS
FLARE MONITORING & REPORTING
Onerous new regulations for the Pennsylvania Marcellus Shale industry proposed by the state Dept. of Environmental Protection. The new regs will, according to the DEP, help PA reduce so-called fugitive methane emissions and some types of air pollution (VOCs). This is liberal Gov. Tom Wolf's way of addressing mythical man-made global warming.
FINAL The Owens Lake Turnout Facility End Cap Budget and ScheduleKook Dean
This document provides budget and schedule details for modifying the end caps at five turnout facilities (T10, T13, T16, T17, T18) on Owens Lake. For each turnout, it identifies mitigation measures, staffing needs, estimated costs, and a 216-day project schedule. Construction would involve designing, procuring materials, preparing the site, and retrofitting the existing end caps to reduce failure risks and damage. The estimated total cost for modifying all five end caps is $1.625 million.
Kentucky Natural Gas & Oil (KyNGO) owns and operates a regional natural gas pipeline network in Kentucky, delivering gas from 115 active wells through 98 miles of pipelines, and seeks to increase cash flow by investing in well maintenance and connecting additional wells to boost production. The presentation provides an overview of KyNGO's operations, current production and revenue, investment opportunities to expand the network, and financial information including debt obligations and a proposed plan to restructure short-term debt.
Water presentation port of corpus christijeshaml10
The document discusses water resource management strategies for the City of Corpus Christi. It provides an overview of the current water supply system, which serves nearly 500,000 residents across 18 communities. It also outlines water management strategies recommended in the 2011 regional water planning process, including expanding existing reservoirs and promoting water conservation. Finally, it discusses plans to conduct a variable salinity desalination pilot project to develop an alternative, drought-resistant water source and determine the feasibility of a full-scale desalination facility.
The document provides information on the Crescent Mine located in the Coeur d'Alene Mining District of North Idaho. It summarizes the mine's history of production under Bunker Hill ownership from 1917-1981, including that 25 million ounces of silver were produced at an average grade of 27 oz/ton. It also describes recent exploration work by SNS Silver Corp from 2007-2008 that identified indicated resources of 6.1 million ounces and inferred resources of 4.1 million ounces of silver. The document proposes a joint venture between SNS and Syringa Exploration Inc., who plan to bring the mine back into production and further explore its resources, which have the potential for a 20-30 year mine life.
This document provides a listing of 43 projects completed by the author between 1990-1999 as a Surveyor/Navigator and Project Surveyor/Senior Environmental Surveyor. The projects involve offshore, land and swamp terrain and include installation of metocean systems, pipeline route surveys, location surveys, topographical surveys and environmental surveys across Nigeria, supporting oil and gas operations.
Dr Ian Campbell: Background and environmental impactsPAS_Team
This document discusses shale gas exploration and development, including the environmental impacts and regulatory framework. It provides background on shale gas, how it is extracted through hydraulic fracturing, and potential impacts such as water usage, induced seismicity, and community issues. The document also summarizes UK shale gas resources based on British Geological Survey assessments, the licensing process, and what development may entail. It discusses the environmental assessment and regulatory controls in place to mitigate impacts from shale gas operations in the UK.
The document provides a draft supplemental environmental impact statement/report on a proposed crude oil terminal project in the Port of Los Angeles. The draft report analyzes the project's potential environmental impacts, alternatives, and proposed mitigation measures. Key aspects of the proposed project include constructing a marine terminal, 4 million barrel tank farm, and pipelines to connect to local refineries. The report finds some unavoidable significant air quality and noise impacts even with mitigation measures like using low sulfur fuel and alternative maritime power.
This presentation discusses the CINGSA natural gas storage facility and gas supply in Cook Inlet, Alaska. CINGSA began injections in 2012 and will allow storage of 11 billion cubic feet of gas to meet 45% of winter demand. While drilling activity has increased, production continues to decline, potentially leading to a supply shortfall by 2015. Importing liquefied natural gas (LNG) or compressed natural gas (CNG) is being evaluated as a way to ensure adequate supply until other options such as exploration or a new pipeline are developed. A decision on imports is expected in early 2013.
Greenstreet CW - Cooper Basin Unconventional Resources APPEA 2015Carl Greenstreet
1) Santos has been exploring and appraising unconventional gas resources in the Cooper Basin of Australia for over 20 years, with increasing success.
2) There are four main unconventional targets in the Permian sequence - tight sands, shale, deep coal, and hybrid shale - each with proven gas content and flow.
3) Santos' approach involves long-term appraisal of multiple regions and targets through exploration, appraisal, and development/appraisal phases to prove up the commercial potential at scale.
Samuel Oben Djan, Lead Geoscientist at GNPC - Upstream challenges & opportuni...Global Business Events
This document discusses opportunities and challenges for Ghana's oil and gas industry. Global oil production is expected to continue rising due to new technologies unlocking reserves. Ghana has significant undiscovered resources and recent offshore discoveries beyond the Jubilee fields. However, the industry faces challenges including increasing energy demand, difficulty finding new reserves, environmental concerns, and a shortage of experienced professionals as many near retirement without enough newcomers. This skills gap could delay projects and expansion if not addressed through improved recruiting, incentives, knowledge transfer and partnerships with academia.
June 26, 2020 -- PEC seeks to secure contracted professional engineering services to complete (1) a Geotechnical Report and (2) a Final Design for fish-friendly and flood-resilient structures to replace culverts at ONLY the Piney River (VA Rt. 653) pilot project site in Rappahannock County, VA.
On December 9, 2014, the U.S. Environmental Protection Agency (USEPA) published proposed amendments to the Petroleum and Natural Gas Systems source category of the Greenhouse Gas Reporting Program.* These changes could significantly affect your reporting requirements as early as January 2016. ARCADIS can help you understand these changes and ensure that your needs are met as the changes occur.
Brooks Road Environmental Limited (formerly Edwards Landfill), Vertical Capacity Expansion Environmental Assessment has opened a Public Open House to present the contents for the draft EA report,describe the draft EA review process, meet the Project Team & ask questions and outline the next steps in the EA process.Visit website for more info: http://www.brenvironmental.com/history.
Social storytelling: Evidencing a personal learning narrative through digital...XarahC
Presentation to accompany the "Social Storytelling" workshop at the Social Media in HE Conference, SHU 18 Dec 2015, by Sarah Copeland and John Couperthwaite
The document provides an overview of Ur-Energy Inc., a uranium mining company with projects in Wyoming. Key points include:
- Lost Creek is the company's flagship in-situ recovery uranium facility which began production in 2013 and has exceeded production targets.
- Resources at Lost Creek have increased 250% since 2011 with measured, indicated and inferred resources now totaling over 21 million pounds.
- A preliminary economic assessment outlines potential production of 13.8 million additional pounds over the life of the Lost Creek mine.
- The company's next development project is Shirley Basin, also located in Wyoming.
Ur-Energy May 2016 Corporate PresentationBrooke Rock
This presentation provides an overview of Ur-Energy Inc., a uranium mining company with operations in Wyoming. Key points include:
1) Ur-Energy has established a reliable, low-cost uranium production center at its Lost Creek ISR facility in Wyoming and has expanded resources through exploration.
2) The company is advancing its Shirley Basin project and completing permitting to become its next uranium development.
3) Ur-Energy has a strong technical team with over 180 years of combined uranium production experience in ISR operations.
La maturité des entreprises avec la supervision OSS - Paris Monitoring meetup #2Paris Monitoring
Présentation de Romuald Fronteau (co-fondateur de http://www.monitoring-fr.org/) au meetup Paris Monitoring #2
"La vision de la supervision Libre en entreprise"
Cette présentation va évoquer la perception et la maturité des entreprises avec les projets de supervision Open Source par rapport au solution éditrice en fonction d'une étude du CIGREF basé sur la "Gouvernance et la maturité des projets Open source en entreprises" et le retour d'expérience d'administrateur Supervision au quotidien.
Este documento describe el aprendizaje basado en proyectos (ABP). Define el ABP como un método de aprendizaje activo en el que los estudiantes planean, implementan y evalúan proyectos del mundo real más allá del aula. Describe las características del ABP, incluyendo que es centrado en el estudiante, motivador, y requiere trabajo en equipo. También describe los roles del docente, como guía y orientador, y del estudiante, como recopilador de información y colaborador con sus compañeros. Finalmente,
Este documento discute a situação do saneamento ambiental no Brasil e as iniciativas do Governo Federal para promover a universalização dos serviços de saneamento. O Governo Federal criou um Grupo de Trabalho Interministerial e formulou um anteprojeto de lei para a Política Nacional de Saneamento Ambiental com o objetivo de integrar esforços entre os diferentes níveis de governo e a iniciativa privada para ampliar o acesso a serviços de saneamento no país.
The document provides an overview of TRC Solutions' Q2 fiscal year 2016 financial results. Some key points:
- Net service revenue increased 12% year-over-year to $111.4 million, with growth in energy and infrastructure segments offsetting a decline in environmental.
- Adjusted operating income grew 16% to $7.9 million due to organic and acquisition growth.
- Organic backlog increased 23% to $313 million, with strong growth in infrastructure offsetting declines in energy and environmental.
- Integration of the Willbros acquisition is proceeding on track, with the pipeline services division now functionally integrated within TRC.
This document discusses a case study using community digital storytelling (CDST) to engage residents in two locations. CDST involved recruiting participants, interviewing them, holding story circles, creative workshops, and sharing the digital stories. Tables show participation rates by age group. The study found issues around homophily and power relations that a matrix approach combining CDST, community deliberation, and community learning could help address. This combines participatory techniques, assessment, planning, reflection, and choice of engagement methods.
This document discusses key concepts in finance and financial statement analysis. It explains that finance involves analyzing long-term asset investment, capital raising, and cash flow management. Financial statement analysis uses ratios to measure short-term solvency, activity, financial leverage, profitability, and value based on information from financial statements. Various ratios are defined, such as the current ratio, inventory turnover, debt ratio, net profit margin, and price-to-earnings ratio. Financial ratios are interlinked and provide information about a firm's performance and value.
The document is an investor presentation by AMG Advanced Metallurgical Group N.V. that provides an overview of the company. It discusses AMG's focus on critical raw materials, its global footprint and business segments in critical materials and engineering. The presentation highlights AMG's leadership in enabling technologies to reduce CO2 emissions and its strong capital structure. Financial highlights show increasing revenue, EBITDA, gross profit and decreasing net debt in the third quarter of 2016 compared to the previous year. AMG's strategy is pursuing growth opportunities while maintaining a conservative balance sheet.
Company: Meaning,characterstics and types.Sanjay Singh
DEFINATION OF COMPANY:-
Section 3 (1) (i) of the Companies Act, 1956 defines company as “a company formed and registered under this Act or an existing company”.
Section 3(1) (ii) Of the act states that “an existing
company means a company formed and
registered under any of the previous companies laws”.
Innovation and Sustainability Presentation - October 23 2015gstubel
This document summarizes Dr. Heinz Schimmelbusch's presentation on innovation and sustainability given at an A-P Foundation conference. It discusses AMG's business segments and global operations. It then covers topics around sustainability including global environmental challenges, energy consumption in the US, and how AMG is developing innovations to enable sustainability through technologies that mitigate and enable reductions in CO2 emissions, especially in transportation, buildings, and industrial sectors. Examples discussed include technologies for graphite insulation, vanadium production, turbine coatings, heat treatments, titanium and aluminum alloys, and more.
Human behaviour.and personality development.pptMonika Sharma
This document discusses human behavior and personality development. It defines human behavior and outlines several factors that influence it, including culture, emotions, and genetics. It also describes several models of human behavior and theories of personality development, such as psychoanalytic theory, psychosocial theory, Maslow's hierarchy of needs, and trait theory. The document provides an overview of how personality develops across the lifespan from childhood to old age.
This document discusses theories of personality and values in organizational behavior. It covers several key models for understanding personality, including the Big Five model and Myers-Briggs Type Indicator (MBTI). Values are described as basic convictions that guide behavior. The document outlines how personality and values can be linked to job and organizational fit to increase satisfaction and performance. It also notes some cultural differences in personality frameworks and values dimensions.
The document provides an overview of company law in India, including definitions and key concepts. It discusses the definition of a company, characteristics of companies, types of companies (private/public, by incorporation, liability, control, ownership), and the process of forming a company (promotion and incorporation stages). The key differences between private and public companies are also outlined. In summary, the document covers the essential legal concepts and formation process related to companies under Indian law.
PAS Shale Gas Exploration Planning Workshop (Nottingham & Manchester)PAS_Team
This document summarizes a planning workshop on shale gas exploration. It includes an overview of the Planning Advisory Service and updates from the UK government on shale gas regulations and infrastructure bill provisions. The document also provides background on shale gas exploration techniques, including hydraulic fracturing, and potential environmental impacts. Key topics discussed include UK shale gas resources, licensing rounds, exploration and production phases, and drilling and fracturing processes.
This document discusses several issues related to hydraulic fracturing including water usage, fracking fluid disclosure, infrastructure concerns, wastewater discharge, groundwater protection, and other side effects like earthquakes and air pollution. It outlines recent federal actions by the EPA to regulate air emissions and require reporting. It also discusses a study by the National Academy of Sciences on fracking and earthquakes. Finally, it provides updates on state actions and regulations in places like North Carolina, Vermont, New York, Maryland, and Mississippi regarding hydraulic fracturing and related activities.
In this presentation, FMC’s Bernard Roth outlines the current trends in energy regulatory law. The presentation includes the following topics:
- Trends in Facilities Regulation
- Alberta Non-Utility Oil and Gas Facilities
- AER Structure
- Responsible Energy Development
- Federal Budget Legislative Changes
- Federal Fisheries Act
- Navigable Waters Protection Act
- Canadian Environmental Assessment Act
- Trends in Utilities Regulation
- Performance Based Regulation for Alberta Utilities
The Railroad Commission of Texas (RRC) provides the following updates:
1) The RRC plugged 1,020 abandoned orphan wells in FY2023 using $51.5 million from its state-funded plugging budget, exceeding its target by 9%. It also plugged 730 orphan wells using $32 million in federal funds.
2) The RRC is working to obtain primacy over Class VI injection wells for carbon sequestration from the EPA. It has completed one application and has one more in process, with 14 new submissions expected.
3) In response to increased seismic activity, the RRC has established Seismic Response Areas where it reviews operator volumes and pressures and can
The document summarizes regulation of unconventional gas exploitation in various countries. It discusses regulation in the US, where shale gas and coal bed methane account for a large portion of natural gas production. Regulations generally follow conventional oil and gas frameworks, with some additional regulation for issues like tensions between coal mining and gas production. Canada also regulates shale gas and coal bed methane, with responsibilities divided between provincial bodies. Lessons for Colombia include the US approach to allocating rights between coal and coal bed methane owners.
David Aron - Regulation for Exploitation and Commercialisation of Unconventio...Naturgas
The document summarizes regulation of unconventional gas exploitation in various countries. It discusses regulation in the US, where shale gas and coal bed methane account for a large portion of natural gas production. Regulations generally follow conventional oil and gas frameworks, with some additional regulation for issues like tensions between coal mining and gas production. Canada also regulates shale gas and coal bed methane, with responsibilities divided between provincial bodies. Lessons for Colombia include the US approach to allocating rights between coal and coal bed methane owners.
Hieb, Wendy, IDNR, Hot Topics in NPDES Permitting, MECC, 2016, Overland ParkKevin Perry
This document summarizes hot topics in NPDES permitting in Iowa, including: updating water quality standards; renewing general permits 5 and 7; creating new general permits 8 and 9; implementing the Iowa Nutrient Reduction Strategy; addressing temperature limits and 316(b) cooling water intake requirements; and complying with new steam electric effluent guidelines. It provides details on permit inventories, rulemaking timelines, and challenges associated with implementing various permitting programs and regulatory requirements in Iowa.
The document discusses regulations in Texas around unconventional oil and gas development. It provides an overview of oil and gas production statistics in Texas, as well as issues related to development like water usage, air emissions, and waste management. It outlines the jurisdiction of the Railroad Commission of Texas regarding permitting and regulations for well drilling, completions including hydraulic fracturing, pipelines, and waste disposal. The presentation discusses recent rule changes around chemical disclosure, casing and cementing requirements, and rules regarding disposal and recycling of hydraulic fracturing wastewater.
In June 2010, EPA proposed a rule to regulate coal combustion residuals (“CCRs”) under the Resource Conservation and Recovery Act (RCRA). After a lengthy delay, the proposed rule, which set forth two options for the regulation of CCRs, is expected to be finalized by the end of this year.
On the Rocks Presentation - Lease Maintenance (February 2015)Burleson LLP
This document provides a summary of key provisions in oil and gas leases, including continuous development provisions and shut-in royalty provisions. Continuous development provisions aim to allow lessees to complete wells begun during the primary term and continue the lease without production. Shut-in royalty provisions provide for constructive production when wells are capable of producing but shut-in. Both provisions contain ambiguous terms that have been subject to litigation regarding their precise meaning and requirements. The document advises lessees to clearly define terms in their leases to avoid disputes.
New Developments in the Natural Gas Industryenergypipeline
The document discusses pipeline abandonments and conversions. It notes that pipelines are increasingly facing issues like declining revenues and stranded assets. To address this, companies are exploring creative alternatives to traditional abandonment like converting pipelines to transport other commodities. FERC regulates such conversions and considers public interest and environmental impacts. The process involves various permits and agencies.
The Health and Safety Executive (HSE) has launched a new strategy to help Great Britain work well by protecting lives, quality of life and livelihoods. The strategy focuses on collective ownership of health and safety, tackling ill health issues in addition to safety, and supporting small businesses. It aims to identify and manage real risks smartly in order to boost Britain's businesses through a healthier, safer and more productive workforce. The waste industry still sees too many fatalities and injuries, so the strategy provides an opportunity for all stakeholders to work together to drive further improvement in health and safety performance.
Introduction to Oil and Gas Industry from Upstream (Exploration & Production), Midstream (Transportation & Storage), to Downstream (Refining, Petrochemical, & Marketing)
The document summarizes key aspects of MARPOL Annex VI, which regulates air pollution from ships. It entered into force in 2005 after being ratified by enough countries. Key regulations limit emissions of NOx, SOx, VOCs, and prohibit deliberate emissions of ozone depleting substances. Requirements include engine certification, fuel sulfur limits, sampling procedures, and port state control guidelines. Looking ahead, further reductions in emissions are expected due to new technologies.
Shane Khoury, Arkansas Oil and Gas CommissionAIPRO
This document provides information about oil and gas regulation in Arkansas. It discusses the deputy director of the Arkansas Oil and Gas Commission (AOGC), natural gas and oil production levels in the state from 1973 to present, the AOGC's digital transformation award, coordination with other regulatory agencies, upcoming rule amendments, and proclaims the week of October 1-6, 2017 as Energy Awareness Week in Arkansas.
The document provides an update on regulatory and commercial activities related to the proposed Alaska LNG project. Key points include:
- The project has received acceptance into the FAST-41 permitting program to enhance federal coordination and accountability. Special permits are also being pursued from the PHMSA.
- Extensive environmental reviews have already been conducted for the proposed pipeline route. FERC is the lead federal agency reviewing the project's application.
- Non-binding agreements like MOUs and LOIs have been signed with several major Asian LNG buyers to indicate interest, though binding long-term contracts will be needed to secure financing.
- A financial model assumes $32 billion in project debt and $10.8
Similar to Environmental Challenges in Oil and Gas Production by Gary E. Slagel (20)
Paper presented at the Appalachian Research Initiative for Environmental Science Environmental Considerations in Energy Production Conference.This paper identifies the main barriers confronting deployment of Carbon Capture Utilization and Storage (CCUS) and describes incentives that would expedite the use of CCUS, with emphasis on utilization of carbon dioxide (CO2) for enhanced oil recovery (EOR) and enhanced gas recovery (EGR). This is explored mainly within the context of the business/regulatory structure of electric utilities and other factors that bear on deployment of Carbon Capture and Storage (CCS) and especially on CCUS, including federal and state government policies. It also proposes possible steps that should be considered to facilitate deployment of CCS/CCUS.
The Appalachian Wildlife Foundation was established in 2009 to focus on ecological restoration and wildlife conservation projects with the energy industries, primarily coal. It works on initiatives like the Mine Land Stewardship Initiative with 22 conservation organizations and companies like Alpha Natural Resources to improve the ecological performance and community support of the coal industry. The Foundation also focuses on determining wildlife restoration objectives based on landowner preferences, local, state, and regional priorities, and managing lands to support diverse guilds of species with different habitat needs.
Use of GIS Pixel Analysis of High-Resolution, Leaf-On Imagery to Guide and Supplement Traditional Field Determination of Percent Aerial Ground Cover by Chris Langley and John K. Buck, CPSS
Dust Characterization and Source Apportionment at an Active Surface Mine in West Virginia by Dr. Nick Basta, Shane Whitacre, Dr. Vlad Kecojevic, Ali Lashgari, and Dr. Braden Lusk
This document discusses using activity-based costing/management (ABC/M) to measure and manage greenhouse gas (GHG) emissions. ABC/M is a methodology that assigns costs to activities and cost objects based on their use of resources. The document explains that ABC/M can be used to create a model that incorporates environmental costs and GHG emissions. It also discusses how ABC/M can help identify the GHG footprint of products/services, provide a detailed understanding of energy consumption and emissions from activities, and enhance an organization's ability to evaluate GHG intensity and costs. The benefits of using ABC/M to measure GHGs include identifying reduction opportunities, improving decision making, and enhancing public reputation as a responsible corporate citizen
Social Determinants of Health Impacting Obesity, Diabetes Mellitus and Death Due to Injury in West Virginia and Virginia Coal Counties by Meacham S, D Meisha, S Woolley, L Balmert, E Talbott, J Buchanich, A Snyder, Kennedy, K
Economic Impact of Fluctuating Coal Production in Counties in Appalachian Southwest Virginia by Thomas Taber, MPH, OMSIII and Dalia Meisha, MPH, DScD and Susan L. Meacham, PhD, RD
This document discusses using weep berms to control water quality from mining operations. It begins with an outline of current mining methods and innovative methods being tested by OSM, including using drill cores to assess problem strata, isolating those strata, designing and constructing weep berms, and reestablishing hardwood forests. Weep berms are described as engineered earthen structures that slowly discharge passively to downstream forests. Case studies are presented showing weep berms effectively control sediment and meet water quality standards.
Characterizing Selenium Leaching and Transport from Southern West Virginia Valley Fill Alternatives by Leslie Hopkinson, Nathan DePriest, John Quaranta, and Paul Ziemkiewicz
- Liquid and solid waste streams generated during unconventional gas extraction in Appalachia include flowback water, drilling muds and cuttings.
- Flowback water contains high levels of inorganics like salts as well as organics like benzene and has total dissolved solids over 70,000 mg/L.
- Drilling cuttings can be radioactive and leach metals like barium, arsenic and lead that exceed drinking water standards.
- Proper management of wastes through practices like recycling, lining of pits and containment is needed to reduce risks to the environment and human health.
This document summarizes and compares three health studies on shale gas development and human health outcomes. The studies found some associations between shale gas activity and increased hospitalization rates, higher reports of dermal and upper respiratory conditions, and certain birth defects. However, the studies have limitations like lack of direct exposure measures, potential reporting biases, and inability to rule out other contributing factors. Overall, more research is still needed to better understand potential health impacts.
This document discusses various technologies for treating unconventional oil and gas wastewater, specifically flowback and produced water. It outlines six main categories of water treatment - bulk filtration, lime softening, sulfate addition, nanofiltration, reverse osmosis, and thermal technologies. For each category, it explains what contaminants the treatment removes. The document also discusses challenges with reverse osmosis including high reject rates as salt concentrations increase. It provides an overview of other desalination technologies like membrane distillation, electrodialysis, and various thermal processes. In summary, while many technologies are used conventionally, few have proven effective for treating oil and gas wastewater at scale, with limited cost and performance data from field applications
This document discusses the potential use of RISKGATE, a risk assessment framework originally developed in Australia, to address environmental issues associated with mining. RISKGATE was created after several major mining disasters to improve risk management practices. It has been applied in the US through workshops focusing on ground control, fire/explosions, and mobile equipment. The document recommends expanding RISKGATE's topics to include environmental risks like erosion, biodiversity impacts, subsidence, noise, water quality and engaging stakeholders to develop knowledge in these areas.
The Milos Declaration: Creating a Living Document by Deborah Shields, Colorado State University, USA and Zach Agioutantis, University of Kentucky, USA and Michael Karmis, Virginia Tech, USA and Per Martens, RTWH Aachen University, Germany
This document summarizes a study on the leachability of elements from hydraulic fracturing residuals. The study involved collecting representative samples of residuals, identifying elements of concern, conducting leaching tests using different solutions, and analyzing the results. Key findings include that alkali metals, alkaline earth metals, and halides leached at high concentrations. Transition metals and metalloids generally leached at low or trace levels. More elements leached in more aggressive solutions. Disposal practices may require treatment of residuals before landfilling to prevent groundwater contamination.
More from Appalachian Research Initiative for Environmental Science (17)
Transmission Spectroscopy of the Habitable Zone Exoplanet LHS 1140 b with JWS...Sérgio Sacani
LHS 1140 b is the second-closest temperate transiting planet to the Earth with an equilibrium temperature low enough to support surface liquid water. At 1.730±0.025 R⊕, LHS 1140 b falls within
the radius valley separating H2-rich mini-Neptunes from rocky super-Earths. Recent mass and radius
revisions indicate a bulk density significantly lower than expected for an Earth-like rocky interior,
suggesting that LHS 1140 b could either be a mini-Neptune with a small envelope of hydrogen (∼0.1%
by mass) or a water world (9–19% water by mass). Atmospheric characterization through transmission
spectroscopy can readily discern between these two scenarios. Here, we present two JWST/NIRISS
transit observations of LHS 1140 b, one of which captures a serendipitous transit of LHS 1140 c. The
combined transmission spectrum of LHS 1140 b shows a telltale spectral signature of unocculted faculae (5.8 σ), covering ∼20% of the visible stellar surface. Besides faculae, our spectral retrieval analysis
reveals tentative evidence of residual spectral features, best-fit by Rayleigh scattering from an N2-
dominated atmosphere (2.3 σ), irrespective of the consideration of atmospheric hazes. We also show
through Global Climate Models (GCM) that H2-rich atmospheres of various compositions (100×, 300×,
1000×solar metallicity) are ruled out to >10 σ. The GCM calculations predict that water clouds form
below the transit photosphere, limiting their impact on transmission data. Our observations suggest
that LHS 1140 b is either airless or, more likely, surrounded by an atmosphere with a high mean molecular weight. Our tentative evidence of an N2-rich atmosphere provides strong motivation for future
transmission spectroscopy observations of LHS 1140 b.
Lunar Mobility Drivers and Needs - ArtemisSérgio Sacani
NASA’s new campaign of lunar exploration will see astronauts visiting sites of scientific or strategic
interest across the lunar surface, with a particular focus on the lunar South Pole region.[1] After landing
crew and cargo at these destinations, local mobility around landing sites will be key to movement of
cargo, logistics, science payloads, and more to maximize exploration returns.
NASA’s Moon to Mars Architecture Definition Document (ADD)[2] articulates the work needed to achieve
the agency’s human lunar exploration objectives by decomposing needs into use cases and functions.
Ongoing analysis of lunar exploration needs reveals demands that will drive future concepts and elements.
Recent analysis of integrated surface operations has shown that the transportation of cargo on the
surface from points of delivery to points of use will be particularly important. Exploration systems will
often need to support deployment of cargo in close proximity to other surface infrastructure. This cargo
can range from the crew logistics and consumables described in the 2023 “Lunar Logistics Drivers and
Needs” white paper,[3] to science and technology demonstrations, to large-scale infrastructure that
requires precision relocation.
A mature quasar at cosmic dawn revealed by JWST rest-frame infrared spectroscopySérgio Sacani
The rapid assembly of the first supermassive black holes is an enduring mystery. Until now, it was not known whether quasar ‘feeding’ structures (the ‘hot torus’) could assemble as fast as the smaller-scale quasar structures. We present JWST/MRS (rest-frame infrared) spectroscopic observations of the quasar J1120+0641 at z = 7.0848 (well within the epoch of reionization). The hot torus dust was clearly detected at λrest ≃ 1.3 μm, with a black-body temperature of
K, slightly elevated compared to similarly luminous quasars at lower redshifts. Importantly, the supermassive black hole mass of J1120+0641 based on the Hα line (accessible only with JWST), MBH = 1.52 ± 0.17 × 109 M⊙, is in good agreement with previous ground-based rest-frame ultraviolet Mg II measurements. Comparing the ratios of the Hα, Paα and Paβ emission lines to predictions from a simple one-phase Cloudy model, we find that they are consistent with originating from a common broad-line region with physical parameters that are consistent with lower-redshift quasars. Together, this implies that J1120+0641’s accretion structures must have assembled very quickly, as they appear fully ‘mature’ less than 760 Myr after the Big Bang.
A Strong He II λ1640 Emitter with an Extremely Blue UV Spectral Slope at z=8....Sérgio Sacani
Cosmic hydrogen reionization and cosmic production of the first metals are major phase transitions of the Universe
occurring during the first billion years after the Big Bang; however, these are still underexplored observationally.
Using the JWST/NIRSpec prism spectroscopy, we report the discovery of a sub-L* galaxy at zspec =
8.1623 ± 0.0007, dubbed RX J2129–z8He II, via the detection of a series of strong rest-frame UV/optical nebular
emission lines and the clear Lyman break. RX J2129–z8He II shows a pronounced UV continuum with an
extremely steep (i.e., blue) spectral slope of 2.53 0.07
0.06 b = - -
+ , the steepest among all spectroscopically confirmed
galaxies at zspec 7, in support of its very hard ionizing spectrum that could lead to a significant leakage of its
ionizing flux. Therefore, RX J2129–z8He II is representative of the key galaxy population driving the cosmic
reionization. More importantly, we detect a strong He II λ1640 emission line in its spectrum, one of the highest
redshifts at which such a line is robustly detected. Its high rest-frame equivalent width (EW = 21 ± 4 Å) and
extreme flux ratios with respect to UV metal and Balmer lines raise the possibility that part of RX J2129–z8He II’s
stellar population could be Pop III (Pop III)-like. Through careful photoionization modeling, we show that the
physically calibrated phenomenological models of the ionizing spectra of Pop III stars with strong mass loss can
successfully reproduce the emission line flux ratios observed in RX J2129–z8He II. Assuming the Eddington limit,
the total mass of the Pop III stars within this system is estimated to be 7.8 ± 1.4 × 105 Me. To date, this galaxy
presents the most compelling case in the early Universe where trace Pop III stars might coexist with metal-enriched
populations.
We present the second data release (DR2) of the Far-Infrared Polarimetric Large-Area CMZ Exploration (FIREPLACE) survey. This survey utilized the Stratospheric Observatory for Infrared Astronomy (SOFIA) High-resolution Airborne Wideband Camera plus (HAWC+) instrument at 214 µm
(E-band) to observe dust polarization throughout the Central Molecular Zone (CMZ) of the Milky
Way. DR2 consists of observations that were obtained in 2022 covering the region of the CMZ extending roughly from the Brick to the Sgr C molecular clouds (corresponding to a roughly 1◦ × 0.75◦
region
of the sky). We combine DR2 with the first FIREPLACE data release covering the Sgr B2 region to
obtain full coverage of the CMZ (a 1.5◦ ×0.75◦
region of the sky). After applying total and polarized
intensity significance cuts on the full FIREPLACE data set we obtain ∼65,000 Nyquist-sampled polarization pseudovectors. The distribution of polarization pseudovectors confirms a bimodal distribution
in the CMZ magnetic field orientations, recovering field components that are oriented predominantly
parallel or perpendicular to the Galactic plane. These magnetic field orientations indicate possible
connections between the previously observed parallel and perpendicular distributions. We also inspect
the magnetic fields toward a set of prominent CMZ molecular clouds (the Brick, Three Little Pigs,
50 km s−1
, Circum-nuclear Disk, CO 0.02-0.02, 20 km s−1
, and Sgr C), revealing spatially varying
magnetic fields that generally trace the morphologies of the clouds. We find evidence that compression
from stellar winds and shear from tidal forces are prominent mechanisms influencing the structure of
the magnetic fields observed within the clouds.
Simulations of pulsed overpressure jets: formation of bellows and ripples in ...Sérgio Sacani
Jets from active nuclei may supply the heating which moderates cooling and accretion from the circum-galactic medium. While
steady overpressured jets can drive a circulatory flow, lateral energy transfer rarely exceeds 3 per cent of jet power, after the initial
bow shock has advanced. Here, we explore if pulses in high-pressure jets are capable of sufficient lateral energy transfer into
the surrounding environment. We answer this by performing a systematic survey of numerical simulations in an axisymmetric
hydrodynamic mode. Velocity pulses along low Mach jets are studied at various overpressures. We consider combinations of
jet velocity pulse amplitude and frequency. We find three flow types corresponding to slow, intermediate, and fast pulsations.
Rapid pulsations in light jets generate a series of travelling shocks in the jet. They also create ripples which propagate into the
ambient medium while a slow convection flow brings in ambient gas which is expelled along the jet direction. Long period pulses
produce slowly evolving patterns which have little external effect, while screeching persists as in non-pulsed jets. In addition,
rapid pulses in jets denser than the ambient medium generate a novel breathing cavity analogous to a lung. Intermediate period
pulses generate a series of bows via a bellows action which transfer energy into the ambient gas, reaching power efficiencies of
over 30 per cent when the jet overpressure issufficiently large. This may adequately inhibit galaxy gas accretion. In addition,such
pulses enhance the axial out-flow of jet material, potentially polluting the circum-galactic gas with metal-enriched interstellar
gas.
The Dynamical Origins of the Dark Comets and a Proposed Evolutionary TrackSérgio Sacani
So-called ‘dark comets’ are small, morphologically inactive near-Earth objects
(NEOs) that exhibit nongravitational accelerations inconsistent with radiative
effects. These objects exhibit short rotational periods (minutes to hours), where
measured. We find that the strengths required to prevent catastrophic disintegration are consistent with those measured in cometary nuclei and expected in
rubble pile objects. We hypothesize that these dark comets are the end result
of a rotational fragmentation cascade, which is consistent with their measured
physical properties. We calculate the predicted size-frequency distribution for
objects evolving under this model. Using dynamical simulations, we further
demonstrate that the majority of these bodies originated from the 𝜈6
resonance,
implying the existence of volatiles in the current inner main belt. Moreover, one of
the dark comets, (523599) 2003 RM, likely originated from the outer main belt,
although a JFC origin is also plausible. These results provide strong evidence
that volatiles from a reservoir in the inner main belt are present in the near-Earth
environment.
Testing the Son of God Hypothesis (Jesus Christ)Robert Luk
Instead of answering the God hypothesis, we investigate the Son of God hypothesis. We developed our own methodology to deal with existential statements instead of universal statements unlike science. We discuss the existence of the supernaturals and found that there are strong evidence for it. Given that supernatural exists, we report on miracles investigated in the past related to the Son of God. A Bayesian methodology is used to calculate the combined degree of belief of the Son of God Hypothesis. We also report the testing of occurrences of words/numbers in the Bible to suggest the likelihood of some special numbers occurring, supporting the Son of God Hypothesis. We also have a table showing the past occurrences of miracles in hundred year periods for about 1000 years. Miracles that we have looked at include Shroud of Turin, Eucharistic Miracles, Marian Apparitions, Incorruptible Corpses, etc.
Modelling, Simulation, and Computer-aided Design in Computational, Evolutiona...University of Maribor
Slides from:
Aleš Zamuda:
Modelling, Simulation, and Computer-aided Design in Computational, Evolutionary, Supercomputing, and Intelligent Systems.
Central European Exchange Program for University Studies (CEEPUS). TU Graz, Austria
OeAD Austria, CEEPUS network ``Modelling, Simulation and Computer-aided Design in Engineering and Management''
A NICER VIEW OF THE NEAREST AND BRIGHTEST MILLISECOND PULSAR: PSR J0437−4715Sérgio Sacani
We report Bayesian inference of the mass, radius and hot X-ray emitting region properties - using data
from the Neutron Star Interior Composition ExploreR (NICER) - for the brightest rotation-powered
millisecond X-ray pulsar PSR J0437−4715. Our modeling is conditional on informative tight priors
on mass, distance and binary inclination obtained from radio pulsar timing using the Parkes Pulsar
Timing Array (PPTA) (Reardon et al. 2024), and we use NICER background models to constrain
the non-source background, cross-checking with data from XMM-Newton. We assume two distinct
hot emitting regions, and various parameterized hot region geometries that are defined in terms of
overlapping circles; while simplified, these capture many of the possibilities suggested by detailed
modeling of return current heating. For the preferred model identified by our analysis we infer a mass
of M = 1.418 ± 0.037 M⊙ (largely informed by the PPTA mass prior) and an equatorial radius of
R = 11.36+0.95
−0.63 km, each reported as the posterior credible interval bounded by the 16% and 84%
quantiles. This radius favors softer dense matter equations of state and is highly consistent with
constraints derived from gravitational wave measurements of neutron star binary mergers. The hot
regions are inferred to be non-antipodal, and hence inconsistent with a pure centered dipole magnetic
field.
Phytoremediation: Harnessing Nature's Power with PhytoremediationGurjant Singh
This document provides an overview of phytoremediation, which uses plants to remove contaminants from soil, sediment, or water. It discusses the need for new remediation techniques, describes various phytoremediation processes like phytoextraction and rhizofiltration, and covers important concepts like hyperaccumulators, biotechnology applications, case studies, and advantages/limitations. The author aims to explain the mechanisms, history, types of plants used, and future research directions of this eco-friendly approach to environmental cleanup.
2. Federal Issues
• Endangered Species Act – Indiana and
Northern Long Eared Bats
• Waters of the United States
• Methane Emissions
• BLM – Federal leases
• Clean Power Plan
3. State Legislative Actions
• Pennsylavania
– Act 13, The Oil and Gas Act
• Ohio
– Senate Bill 315 of 2012
• West Virginia
– Horizontal Well Act
– Aboveground Storage Tank
– Legislative studies on noise, light, dust, VOCs
4. State Legislative Actions
• Kentucky
– Senate Bill 186 of 2015 - Oil and Gas
Modernization Act
• Virginia
– Oil and Gas Act
• Illinois
– Oil and Gas Act – November, 2014
– Hydraulic Fracturing Regulatory Act – Nov., 2014
5. State Regulatory Issues
• Pennsylvania
– Chapters 78 and 78a
• T&E and Other Critical Communities
• Water management
• Spill prevention and control
• Erosion and Sediment control
– TENORM
– Stray Gas
– Air Quality
6. State Regulatory Issues
• Pennsylvania
– Cuttings disposal
• Ohio
– Senate Bill 315 of 2012 - framework for a strong
regulatory program
– Horizontal Well Site Construction Rule
• Illinois
– HF Regulatory Act – extremely prescriptive
7. Regulatory Issues - PA
• What must be filed by the operator
– Well permit
– Well permit transfer application
– Water management plans
– Inactive status request
– ESCGP transfer
– ESCGP noncompliance reports
– ESCGP NOI for major modifications
– ESCGP notice of termination
– Centralized impoundment permit
8. Regulatory Issues - PA
– OG-71 (drill cuttings disposal)
– 26R Chemical analysis for residual waste
– Variance approval
– Coal pillar approval
– Road spreading approval
– Proposed alternate method – casing, venting etc
– Stray gas report
– Spill reports
– NOV responses
– Spud notice
9. Regulatory Issues - PA
– Cementing casing notice
– Pressure test notice
– Stimulation notice
– Plugging notice
– Completion of stimulation notice
– Preconstruction conference notice
– Seven day earth disturbance notice
– Three day bulk earth disturbance
– 911 emergency plan
– Emergency response plan
– Wastewater reduction plan
– Containment plan
10. Regulatory Issues - PA
– PPC plan
– E&S plan
– PCSM plan
– Water management plan
– Waste reports
– Mechanical integrity assessment
– Centralized impoundment certification
– Well record
– Country of origin – steel
– Completion report
– Completion report – CPI & trade secrets
– Production report
11. Regulatory Issues - PA
– Inactive status report
– NOI to plug certificate
– 26RW chemical characterization
– Site restoration report
– FracFocus chemical disclosure
– Industry logs
– Other industry data
– Centralized impoundment quarterly reports
– Centralized impoundment monitoring reports
– Pre-drill surveys
– Well locations
12. Conclusions
• Appalachian Basin & Midwest –
environmental activism is high
• State Regulators – either willingly or are
ordered (via legislative action) to give the
industry little leeway in permitting and
operating
• Industry is judged by the actions of its weakest
links
13. PA Act 214
Coal and Gas Resource
Coordination Act
Amended 2011
14. Overview
• Sets new standards for addressing the
development and location of multiple gas well
pads over active coal mine areas and on
surface areas over workable coal seams.
• Redefines workable coal seams and active coal
mines, establishes new gas well spacing
requirements and new coal operator consent
requirements.
• Calls for a new gas well pillar study.
15. New Definitions
• Operating Coal Mine – that portion of a
workable coal seam which is covered by an
underground mining permit issued by the
Department of Environmental Protection.
16. New Definitions (cont)
• Active Coal Mine – now refers to the five (5)
year mining area shown on a timing map
prepared by the mine operator that extends
beyond the current permit area of operating
coal mine. (This should include the area
reasonably expected to be mined in the five
(5) years beyond completion of mining in the
current permit area). These maps must
initially be submitted to the Department by
June 12, 2011
17. New Definitions (cont)
• Workable Coal Seam:
– A coal seam in fact being mined in the area in the
question under this act by underground mining
methods.
– A coal seam which, in the judgment of the
Department of Environmental Protection, can
reasonably be expected to be mined by
underground methods.
18. New Definitions (cont)
• Well Cluster – means an area within a well pad
intended to host multiple horizontal wells in
an area no greater than 5000 square feet.
– Maximum area of a well cluster may be modified
based on the pillar study required under Section
12.1 of the Act.
19. Mine Operator Consent
• All permit applications under the Oil and Gas
Resource Coordination Act that will penetrate
an “operating coal mine” – essentially any
portion of the mine covered by an
underground mining permit – must be
accompanied by the written consent of the
mine operator relative to the proposed
location of the well. This is not appealable by
the well operator.
20. Mine Operator Right to Object
• When a proposed gas well or well cluster is
located above an “active coal mine”, the owner of
the coal may file objections in writing within ten
(10) days of receipt of the required notice and
plat to such proposed drilling. Must set out in
detail the grounds for the objection.
• If well operator and coal owner/operator can’t
agree on a location, their differences are
submitted to a panel.
21. Objection Resolution
• Panel shall be convened consisting of one
person selected by the coal operator, one
person selected by the gas operator and one
selected by the two above.
• Panel shall choose a location, if any that
– Permits gas well to be drilled without endangering
the safety of persons in the coal mine
– Allows for maximum recovery of the gas and coal
22. Gas Well Spacing
• No permit for a gas well that is part of a well
cluster shall be issued unless the well cluster is
at least 2000’ from the nearest well cluster as
measured from the center of the nearest well
bore, unless the owner of the workable coal
seam and gas operator consent in writing to a
lesser spacing of the clusters
23. Gas Well Spacing (cont)
• Where the gas operator and coal operator
cannot agree on the spacing of well clusters,
either party may invoke the panel procedures
in the Act to reach an agreement.
• Where the well cluster will penetrate a
workable coal seam that is not part of an
active coal mine, the gas operator must
provide a copy of the plat to the coal owner
who will then have fifteen (15) days to provide
recommendations on the location.
24. Gas Well Spacing (cont)
• The 1000’ minimum spacing requirement still
applies to single wells not in a cluster. These
wells must be at least 1000’ from any other
single well and any other well cluster.
However, with coal operators consent, this
spacing requirement can be waived – the 900’
absolute minimum has been deleted. All new
consent provisions for operating coal mines
and active coal mines are applicable to these
single wells.
25. Additional Measures
• Any applicant for a gas well permit must send
to the coal owner, where the coal has been
severed from the surface, a copy of the plat,
regardless of whether the seam is workable.
• Within sixty (60) days of completion of
drilling, the well operator will supply to the
coal operator a copy of the well deviation
survey, if one was done.
26. Points to Consider – Planning Ahead
• For Coal Operators – update the 5 year map
(Active Coal Mine) whenever the permit area
is revised or amended.
• For Coal Operators – the “Operating Coal
Mine” includes all previously permitted areas
of the mine as well as future longwall/full
extraction areas that are currently approved
for development mining only.
27. Points to Consider – Planning Ahead
• Copies of 5 year map should be sent to the
DEP Oil and Gas office in Pittsburgh. Submit
by June 12.
• Some confusion on how or when “workable”
coal seams will be designated by DEP under
the new definition. DEP (California) believes a
thickness standard will likely be used – 28” is
the current standard – but is that reasonable?
28. Points to Consider – Planning Ahead
• For Gas Operators – current Conservation Well
permits will have to be revised to drill under
the new amendments.
• For Coal and Gas Operators – both industries
need to consider potential participants in the
coal pillar study that should commence in July.
• Pillar Study – set new minimum standards but
allow flexibility where coal and gas interests
agree.
29. Points to Consider – Planning Ahead
• The ability to drill wells under the
Conservation Act still exists, so …….?