Prospects for shale development outside the USA: evaluating nations’ regulatory and fiscal regimes for unconventional hydrocarbons Grant Mark Nu ¨lle* Pursuant to a generous Association of International Petroleum Negotiator (AIPN) 2014 Summer Research Award, this article identifies, evaluates and compares the legal and fiscal rules, regulations and incentives necessary for countries with significant shale petroleum and natural gas formations to attempt to replicate the boom that is ongoing in the USA. As others have pointed out, 1 several legal, tax, and operational barriers can impair duplication of the US shale revolution in similarly endowed nations. This article identifies key factors responsible for the surge in US shale pro- duction, distill the fundamental forces from the US experience that are applicable to any jurisdiction, and evaluate and compare how several countries fare in this vein. The report also identifies avenues for reform and innovative policies that could be applied in other jurisdictions. 1. Upheaval in the global energy balance The commercial and geopolitical implications of the US shale revolution continue to emerge with major ramifications for the entire world. Already the premier natural gas producer, the USA is poised to surpass Saudi Arabia and Russia as the largest oil producer and will likely become a net exporter of both oil and gas within a decade or more thanks to unconventional resource extraction. 2 Regardless of whether the sharp decline in pet- roleum prices that began in the fourth quarter of 2014 delays this eventuality, the re- naissance in US oil and gas production effectuated by shale gas and tight oil production is one of the most transformative events in energy markets and the global economy in the last decade. According to the US Energy Information Administration (EIA), extraction of shale gas helped push US natural gas production from 24.2 trillion cubic feet (tcf) in 2000 to just * MS, MBA, PhD (ABD), Colorado School of Mines, PO Box 5681, Denver, CO 80217, USA. This research was generously funded by the Association of International Petroleum Negotiators (AIPN) Education Committee. The author wishes to thank Steve Otillar, AIPN Executive Committee—Vice President of Education; Linda Battalora, Colorado School of Mines, who served as the academic advisor on this project; Graham Cooper of EnQuest plc and Gabor Zelei of Mol Plc, co-chairs of the 2014 AIPN International Conference, for allowing me to present the findings of this research at the conference. Email: [email protected]. 1 Jose Martinez de Hoz, Tomas Lanardonne, and Alex Maculus, ‘Shale We Dance an Unconventional Tango?’ (2013) 6(3) JWELB 179–209. 2 International Energy Agency (IEA), ‘World Energy Outlook’ (2013). 232 Journal of World Energy Law and Business, 2015, Vol. 8, No. 3 ß The Author 2015. Published by Oxford University Press on behalf of the AIPN. All rights reserved. doi:10.1093/jwelb/jwv014 Advance Access publication 10 April 2015 at AIPN on May 30, 2016 http://jwelb.oxfordjournals.org/ Downloaded from
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Prospects for shale development outside the USA:evaluating nations’ regulatory and fiscal regimes forunconventional hydrocarbonsGrant Mark Nulle*
Pursuant to a generous Association of International Petroleum Negotiator (AIPN)
2014 Summer Research Award, this article identifies, evaluates and compares thelegal and fiscal rules, regulations and incentives necessary for countries with significant
shale petroleum and natural gas formations to attempt to replicate the boom that isongoing in the USA. As others have pointed out,1 several legal, tax, and operationalbarriers can impair duplication of the US shale revolution in similarly endowed
nations. This article identifies key factors responsible for the surge in US shale pro-duction, distill the fundamental forces from the US experience that are applicable to
any jurisdiction, and evaluate and compare how several countries fare in this vein. Thereport also identifies avenues for reform and innovative policies that could be applied
in other jurisdictions.
1. Upheaval in the global energy balance
The commercial and geopolitical implications of the US shale revolution continue to
emerge with major ramifications for the entire world. Already the premier natural gas
producer, the USA is poised to surpass Saudi Arabia and Russia as the largest oil producer
and will likely become a net exporter of both oil and gas within a decade or more thanks
to unconventional resource extraction.2 Regardless of whether the sharp decline in pet-
roleum prices that began in the fourth quarter of 2014 delays this eventuality, the re-
naissance in US oil and gas production effectuated by shale gas and tight oil production is
one of the most transformative events in energy markets and the global economy in the
last decade.
According to the US Energy Information Administration (EIA), extraction of shale gas
helped push US natural gas production from 24.2 trillion cubic feet (tcf) in 2000 to just
* MS, MBA, PhD (ABD), Colorado School of Mines, PO Box 5681, Denver, CO 80217, USA. This research was generously
funded by the Association of International Petroleum Negotiators (AIPN) Education Committee. The author wishes to thank
Steve Otillar, AIPN Executive Committee—Vice President of Education; Linda Battalora, Colorado School of Mines, who
served as the academic advisor on this project; Graham Cooper of EnQuest plc and Gabor Zelei of Mol Plc, co-chairs of the
2014 AIPN International Conference, for allowing me to present the findings of this research at the conference. Email:
[email protected] Jose Martinez de Hoz, Tomas Lanardonne, and Alex Maculus, ‘Shale We Dance an Unconventional Tango?’ (2013) 6(3)
JWELB 179–209.2 International Energy Agency (IEA), ‘World Energy Outlook’ (2013).
232 Journal of World Energy Law and Business, 2015, Vol. 8, No. 3
� The Author 2015. Published by Oxford University Press on behalf of the AIPN. All rights reserved.
doi:10.1093/jwelb/jwv014 Advance Access publication 10 April 2015
shy of 29 tcf in 2011. During that same period, the proportion of natural gas produced
from shale grew from 2% of total US natural gas production to 34%. Shale gas produc-
tion is expected to grow by more than 113% over the next 30 years and is expected to
comprise 79% of US natural gas production. In addition to natural gas, shale oil pro-
duction has helped increase US liquids production by nearly 45% since 2008.3
The USA is not alone in possessing major shale resources. The US Department of
Energy4 estimates the USA is ranked second in technically recoverable shale oil resources
behind Russia and fourth in technically recoverable shale gas resources, trailing China,
Argentina and Algeria. Several other countries including Australia, Brazil and Mexico
have shale oil and gas resources that rival those of the USA. Tables 1 and 2 display the 15
largest countries in terms of unproven, technically recoverable, shale gas and petroleum,
respectively. These figures speak to the broader point that the overwhelming majority of
shale resources are found outside North America. Figures 1 and 2 display the distribution
of shale gas and oil resources by major regions. For both shale gas and oil resources, less
than a quarter of the resources are found in North America.
Consequently, the major technological transformations in hydrocarbon extraction
techniques in the USA and geopolitical implications thereof compel policy-makers in
Table 1 Largest shale gas resources by country
Country Unproved wet shale gas
technically recoverable
resources
Natural Gas
Production (2011)
Proved Natural Gas
Reserves (2013)
China 1115 4 124
Argentina 802 2 12
Algeria 707 3 159
Canada 573 6 68
USA 567 24 318
Mexico 545 2 17
Australia 437 2 43
South Africa 390 0 –
Russia 287 24 1688
Brazil 245 1 14
Venezuela 167 1 195
Poland 148 51 3
France 137 51 51
Ukraine 128 1 39
Libya 122 51 55
Source: DOE (2013). Units in Trillion Cubic Feet.
3 EIA–US Energy Information Administration, ‘Annual Energy Outlook 2013’ (15 July 2014).4 DOE–US Department of Energy, ‘Technically Recoverable Shale Oil and Shale Gas Resources: An Assessment of 137 Shale
Formations in 41 Countries outside the United States’ (2013)5http://www.eia.gov/analysis/studies/worldshalegas/4 accessed
14 June 2014.
Grant Mark Nulle � Prospects for shale development outside the United States 233
2. Key considerations for shale oil and gas extraction
The importance of having a hydrocarbons fiscal and regulatory regime appropriately
balancing the requirements and interests of International Oil Companies (IOCs) and
host governments is amplified by the extraction of unconventional resources,6 as it
poses several unique geologic, economic and environmental challenges.
Principally, shale oil and gas resources are more complex to produce than conventional
counterparts. Unconventional hydrocarbons are generally found deeper than conven-
tional deposits, and—to complicate matters—both may be found on the same tract of
land.7 Shale formations tend to extend across much larger geographic areas and possess a
great deal of heterogeneity in composition, placing a premium on utilizing geological
information, advanced technology and extensive testing to find the location of areas of
high productivity or ‘sweet spots’.8 Because shale is much easier to find and is generally a
harbinger of the presence of conventional resources, the pivotal question becomes
whether the gas or liquids trapped in the shale can be released at flow rates that are
economical. While each well drilled for appraisal purposes in a conventional reservoir
tends to increase knowledge about the overall reservoir structure, it is much more dif-
ficult in unconventional operations to extrapolate the results of each pilot well to the
acreage as a whole.9 As such, it is critical, according to the AIPN Unconventional
Resources Operating Agreement10 for operators to be able to (i) establish the extent of
the shale resources; (ii) undertake a pilot programme to determine whether the produc-
tion technology and methodology with respect to the shale characteristics is effective and
commercially viable before committing to a broader long-term development plan. These
points recognize that efforts at finding commercially viable shale flow may fail even in the
late stages.11
Additionally, shale oil and gas outputs decline more rapidly and with lower recovery
factors than conventional resources.12 This necessitates a higher number of wells
(increased well density) to cover operational and capital costs and a longer production
period—up to 50 years or more. Due to the geological challenges, extensive testing,
appraisal and drilling required, high density of wells and costs of water acquisition and
treatment, the cost per shale well can range from of $3 to $9 million in the USA and three
to four times more elsewhere.13
6 The terms ‘unconventional resources’ and ‘shale oil and gas’ are synonymous and are used interchangeably throughout this
article.7 Susan L Sakmar, ‘The Global Shale Gas Initiative: Will the United States be the Role Model for the Development of Shale Gas
around the World?’ (2011) 33(2) Houston J Int L 402.8 ibid. Hoz, Lanardonne and Maculus (n 1) 180.9 IEA—International Energy Agency. ‘Golden Rules for a Golden Age of Gas – Special Report on Unconventional Gas’ (2012)
5http://www.worldenergyoutlook.org/goldenageofgas/4 accessed 17 June 2014.10 AIPN, ‘2014 Model Unconventional Resource Operating Agreement (UROA)’ (2014).11 English, James—Anadarko Petroleum, Private Correspondence. 17 July 2014.12 ibid (n 9).13 Dallas Parker and John D Furlow—Mayer Brown LLP Houston, ‘The U.S. Shale Revolution: will it happen around the World?’
(2014) Unpublished Manuscript. Received from Jose Valera Mayer Brown LLP Houston via email 25 June 2014; Paul Stevens,
‘The Shale Gas Revolution: Developments and Changes’ (2012) Chatham House. 5http://www.chathamhouse.org/sites/files/
chathamhouse/public/Research/Energy,%20Environment%20and%20Development/bp0812_stevens.pdf4 accessed 17 June
2014.
236 Journal of World Energy Law and Business, 2015, Vol. 8, No. 3
Expenses of this magnitude significantly raise the capital requirements needed for shale
projects and heighten the sensitivity of the project economics to changes in market
assumptions, regulations and taxes. In this sense, unconventional resources are not alto-
gether different than conventional resource projects—the former are simply a more
capital intensive, risky and expensive class of onshore Exploration and Production
(E&P) undertaking.
Given the complexity of shale oil and gas extraction faced by operators, governments
contemplating opening up land for shale oil and gas extraction must have regulations,
laws and policies in place to address the following questions:
Rights, access, permitting
. Are rights to explore and produce unconventional resources ‘deep rights’ treated as
separate and distinct from conventional resources ‘shallow rights?’14
. If rights to conventional and unconventional resources are different and overlap the
same tracts of land, what are terms of access to property and use of above-ground
facilities and infrastructure?15
. How are landowners, nearby communities and indigenous people affected given the
large amount of machinery and equipment, volume of truck traffic and high-density
well counts?16
. Is the contract area large enough to cover the geographical scope of the unconven-
tional resource, sufficiently so that it is potentially commercial?
. Are concessions or PSCs/PSAs flexible enough to expand access to ‘sweet spots’ by
extending the material acreage covered under an agreement to adjacent open acre-
age—acreage that does not yet have an operator?
. Does a streamlined licensing and permitting regime exist?17
Exploration, appraisal and relinquishment18
. Do agreements covering unconventional oil and gas development allow for an
extended ‘appraisal period’ for shale resource exploration that recognizes shale re-
quires little exploration, but instead entails extensive drilling and testing to ascertain
the amount of shale gas and oil—appraisal—that can technically and economically
be recovered?19
. How aggressive are the requirements for relinquishment? A balance must be struck
between safeguarding against contractors holding land area as inventory (no relin-
quishment) versus an aggressive timeline that prevents the contractor from deter-
mining whether any sweet spots exist over the entire span of the contract area.
14 See Hoz, Lanardonne and Maculus (n 1) 186.15 See UROA (n 10).16 This is a particularly acute problem in countries where there is high population density in the proximity of shale plays (eg India,
Pakistan).17 Delays in licensing can kill project economics, as the idle time created on rigs increases cost and opportunities to find
economical flows or shale oil and gas (English 2014).18 See UROA 2014 for a fuller treatment of these issues.19 See Hoz, Lanardonne and Maculus (n 1) 188–89.
Grant Mark Nulle � Prospects for shale development outside the United States 237
The growth of shale US oil and gas production over the last decade has been nothing
short of phenomenal. Despite having only 9.1% of the world’s technically recoverable
shale gas resources and only 16.8% of total world-wide technically recoverable ‘tight oil’
resources, the USA is one of only two major producers of shale oil and gas in the world.20
In 2012 shale gas comprised 39% of US natural gas output and by 2040 nearly 80% of
total gas production is anticipated to come from unconventional resources.21 For these
reasons, the USA represents the ‘benchmark’ by which countries similarly endowed with
shale resources can be evaluated.22
As a prelude to identifying those factors that ignited the shale revolution, a cautionary
note is in order. In commerce as well as in policy-making, benchmarking is an attractive
tool as it aims to identify particular indicators useful for measurement and comparison
between business competitors or countries.23 However, without careful consideration of
context, it is easy for policy-makers to fall prey to ‘naıve benchmarking’ whereby a best
practice from the benchmark fails to translate into success in the entity that attempts to
replicate it. Such disappointments stem from the absence of other intervening factors that
made the particular practice viable in the benchmark. Without properly accounting for
the many structural and institutional factors that cannot be easily changed—eg cultural
and historical experiences, socio-economic conditions and composition of natural
endowments—benchmarking can lead to erroneous conclusions and poor policy out-
comes.24 Consequently, it is critically important to understand the underlying processes
that made success in the benchmark possible by distilling them from the benchmark’s
particular policies, institutions and structural contexts. Once those underlying processes
have been identified, decision makers can then determine how those forces can be infused
into their own countries via means best suited to their own country’s unique institutional
and structural opportunities and constraints.
Bearing those caveats in mind, the factors contributing to shale development in the
USA are classified as follows:
Technical expertise and experience
The USA has been engaged in oil and gas extraction dating back to the mid-19th century
and has been regularly at the forefront of generating technical innovations to econom-
ically extract oil and gas from difficult-to-reach places. US expertise, in terms of human
capital and specialized machinery, is so vast in the sphere of oil and gas E&P that it has
attained the moniker of an oligopoly. In particular, the combination of hydraulic
20 EIA, ‘North America Leads the World in Production of Shale Gas’ (2013) 5http://www.eia.gov/todayinenergy/detail.
cfm?id¼13494 accessed 17 August 2014. The other major producer is Canada.21 ibid (n 3).22 Juan Roberto Lozano Maya, ‘The United States Experience as a Reference of Success for Shale Gas Development: The Case of
Mexico’ (2014) Energy Policy 62, 70–78.23 Kathleen C. Dominique, Ammar Anees Malik, and Valerie Remoquillo-Jenni, ‘International Benchmarking: Politics and Policy’
(2013) 40(4) Sci Public Policy 504–13.24 Marianne Paasi, ‘Collective Benchmarking of Policies: An Instrument for Policy Learning in Adaptive Research and Innovation
Policy’ (2005) 32(1) Sci Public Policy 17–27.
Grant Mark Nulle � Prospects for shale development outside the United States 239
fracturing and horizontal drilling, pioneered by the USA is sine qua non to economical
extraction of unconventional resources.25 Furthermore, the development, application and
deployment of advanced technologies such as directional drilling in shale, 3D micro-
seismic modelling and mapping of subsurface seismic activity, and other tools has trans-
formed extraction of shale gas from a wild-catting venture to a quasi-manufacturing
process.26
Production and distribution infrastructure
The scale of available pipeline infrastructure across the USA has facilitated delivery
of upstream shale oil and gas output from wells to mid-stream processing facilities and
end-consumers. This infrastructure includes:27
. 305,000 miles of interstate and intrastate transmission pipelines.
. More than 1400 compressor stations that maintain pressure on the natural gas
pipeline network and assure continuous forward movement of supplies.
. More than 11,000 delivery points, 5000 receipt points and 1400 interconnection
points that provide for the transfer of natural gas throughout the USA.
. The 24 hubs or market centres that provide additional interconnections.
. The 400 underground natural gas storage facilities.
. The 49 locations where natural gas can be imported/exported via pipelines.
. The 8 LNG import facilities and 100 LNG peaking facilities.
Equally important is that transportation capacity rights in the USA are distinct from
pipeline ownership, making it possible for a producer to reach customers by bidding for
pipeline capacity.28 The pre-existence of available capacity of installed pipelines accessible
on a non-discriminatory basis presented an opportunity for operators to undertake shale
exploration, development and production without incurring the cost of installing a com-
plete infrastructure.29
Market structure and financing
The US features a nimble and highly competitive oil and gas industry, an ecosystem
predominantly composed of numerous small and medium independent companies.30
These firms have been the essential innovators of the technologies, processes and know-
ledge necessary in shale extraction bearing the financial and operational risks. The de-
regulation of natural gas prices in the USA has made operators highly price-sensitive,
providing the impetus to constantly innovate to remain in business.
25 ibid (n 7).26 Robert A Hefner, ‘The United States of Gas: Why the Shale Revolution Could Have Happened Only in America’ (2014) 93(3)
Foreign Affairs 9–14.27 EIA, ‘About U.S. Natural Gas Pipelines - Transporting Natural Gas’ (2014) 5http://www.eia.gov/pub/oil_gas/natural_gas/
analysis_publications/ngpipeline/index.html4 accessed 14 August 2014.28 ibid (n 1).29 Tathiany R Camargo and others, ‘Major Challenges for Developing Unconventional Gas in Brazil – Will Water Resources
Impede the Development of the Country’s Industry?’ (2014) 41 Resources Policy 60–71.30 ibid (n 23).
240 Journal of World Energy Law and Business, 2015, Vol. 8, No. 3
industry for further refinement and direct application.34 Federal R&D monies also con-
tributed to the cost share of industry demonstration projects such as the first successful
multi-fracture horizontal drilling project in 1986, and assisted Mitchell Energy, which is
credited with combining horizontal drilling with hydraulic fracturing, fund its first hori-
zontal well in the Texas Barnett shale in 1991.35 Likewise, the Crude Oil Windfall Profit
Act of 1980 provided the Alternative Fuel Production Credit that subsidized unconven-
tional energy production in the USA. Until its expiration in 2002, the credit provided
$0.50/MBtu subsidy for shale gas produced. The landmark 1980 legislation also author-
ized the Intangible Drilling Cost Expensing rule which generally covers 70% or more of
the well development costs, a critical tax reform for the small and medium size oil and gas
companies that pioneered shale development.36
Beyond direct R&D expenditure and tax breaks, indirect support for unconventional
oil and gas development has been provided by public and private non-profit research
bodies such as the US Geological Survey, US Department of Energy, and the Potential Gas
Committee at the Colorado School of Mines have accumulated and shared extensive
geological and technical knowledge crucial to mineral and energy development.
Combined with the insights gained from decades of learning-by-doing in the US oil
and gas industry, the geological risk of developing shale resources have been drastically
reduced. From 2006 to 2010, the estimated resource base for shale gas grew by nearly a
factor of five.37
Home truths abroad
Based on the factors identified above, what aspects of the US shale experience can be
replicated elsewhere? Just as no single hydrocarbon regulatory and fiscal system is right
for all countries at all times, using the USA as a benchmark by which all other nations
should model legal, regulatory, fiscal and macroeconomic policy regimes for shale is not
altogether advisable or even practicable. It is unlikely that sovereign nations are going to
break with ancient traditions of state ownership of minerals and hydrocarbons to transfer
or sell hydrocarbon rights to the landowners where those resources reside. Nor is it
plausible these nations can introduce the unique microeconomic and macroeconomic
reforms necessary to foster a large, highly dynamic, and innovative oil and gas sector
composed of scores of small- and medium-sized private sector firms.
Given the unique legal, social, economic and environmental features of the USA, at
best other governments can ‘import and modify’ those aspects of the US model that suit
each country’s particular circumstances. More importantly, the focus should be based not
necessarily on specific measures or features themselves, but the fundamental forces
underlying the specific features.
34 ibid (n 30).35 Michael Shellenberger and others, ‘Where the Shale Gas Revolution Came From’ (2012) Breakthrough Institute.36 ibid (n 14).37 EIA, ‘Annual Energy Outlook 2012’ (11 July 2014).
242 Journal of World Energy Law and Business, 2015, Vol. 8, No. 3
characteristics, opportunities and challenges posed by shale oil and gas. Second, the
author researched national laws and secondary sources of legal and economic research
to supplement AIPN members’ responses to the questionnaire and analysed countries
from which AIPN members’ assistance could not be obtained or in cases where responses
were still pending completion.
For the questionnaire specifically, candidate countries included the following: the
Russian Federation, China, Australia, South Africa, Argentina, Mexico, South Africa,
Colombia, Brazil, Algeria, Indonesia, Poland, Tunisia, France and the UK. The question-
naire was distributed beginning 23 June 2014 and responses were received through 4
September 2014.
Full or partial questionnaire responses were obtained from AIPN practitioners in the
Russian Federation, Australia, Poland, Indonesia, Argentina, France, the UK and Mexico,
with responses being completed, but not yet returned to the author from Algeria and
Tunisia.39 Table 3 presents the names of the firms and individual AIPN members that
generously answered the baseline questionnaire or answered the author’s questions via
private correspondence.40
Table 4 lists the countries included in this initial comparison. The nations vary con-
siderably in geographic location, economic and demographic indicators, type of govern-
ment, and volume of technically recoverable shale resources. For further comparison the
USA and Canada are included as well.
Table 3 Questionnaire respondents
Country Firm(s) Lead Respondent(s)
South Africa Webber Wentzel Kenny Paton
Russian
Federation
King & Spalding—Moscow Alexandra Rotar Jennifer Josefson
Poland TGC Corporate Lawyers BNK
Polska
Artur Rogozik Jacek Wroblewski
Mexico Lopez Velarde, Heftye y Soria
Mayer Brown LLP—Houston
Jorge Jimenez Jose L. Valera
Indonesia PT Chevron Pacific Indonesia Peter Dumanauw Rachmat
Abdoellah
Brazil State University of Rio de Janeiro Illana Zeitoune Marilda Rosado
Australia Cowell Clark Paul Bradley Leah Cowell
Argentina Shell Oil Exploration &
Production Company
Rick Goenner
39 AIPN members were reached in Tunisia and Algeria. Since initial contact, agreement to answer the questionnaire and follow-up
emails, questionnaire responses have not been returned. No AIPN practitioners could be reached for China or Colombia.40 It should be noted that the responses received from AIPN members are subject to change as country conditions, politics and
policies respond to the unique challenges posed by shale resources and other exogenous transformations occur. As such, the
need for ongoing research and revisions to this article becomes paramount.
244 Journal of World Energy Law and Business, 2015, Vol. 8, No. 3
Additionally, it should be noted that Poland is in the midst of revising and imple-
menting aspects of its legal framework concerning oil and gas (including shale) explor-
ation, prospecting and production.41 South Africa, which historically has limited
conventional oil and gas reserves and natural gas consumption, possesses significant
shale gas resources that have prompted the government to lift the ban on hydraulic
fracturing and drilling in the country’s premier shale gas play, push for the issuance of
exploration permits and propose significant legislative changes to the country’s oil and
gas laws.42 Mexico recently introduced sweeping constitutional changes that have created
a new and untested hydrocarbons framework that encompasses shale.
In order to report the results, the remainder of this section presents a series of topical
tables followed by country-specific commentary. The analysis will begin with the status of
where each country is in developing its shale resources.
Status of shale development
Table 5 displays the status of shale development in the evaluation countries and the
general conditions under which shale rights were awarded.43
Only two countries have not issued agreements thus far. Mexico is expected to begin
issuing contracts during ‘Round One’ of its new hydrocarbons law in mid-2015. South
Table 4 Comparison countries
Country Type of
government
Per capita
income*
Population
density
(population/
mile2)**
Resources
shale gas
(Trillion
cubic feet)
Resources
shale oil
(Billion
barrels)
China Regional State $11,904 367 1115 32.2
Argentina Federal State $18,600 37 802 27.0
Mexico Federal State $16,463 158 545 13.1
Australia Federal State $43,550 8 437 17.5
South Africa Federal State $12,504 111 390 0.0
Russian Federation Federal State $24,120 21 287 75.8
Brazil Federal State $15,034 62 245 5.3
Poland Unitary $23,275 319 148 3.3
Indonesia Regional State $9559 88 46 7.9
U.S. Federal State $53,143 84 576 58.1
Canada Federal State $43,207 9 573 8.8
*World Bank statistics. **Based on national census statistics.
41 Artur Rogozik—TGC Corporate Lawyers, Responses to Research Questionnaire: Poland. Received 18 July 2014.42 Manus Booysen and others, ‘South Africa’ in Christopher Strong (ed), The Oil and Gas Law Review (1st edn, 2013), Law
Business Research Ltd. (http://thelawreviews.co.uk) 213–30.43 Unless otherwise indicated in a footnote, the responses for each country in Tables 5–9 and the text of this section are from
AIPN country-specific experts listed in Table 3. For China, sources are Norton Rose Fulbright, ‘Shale gas handbook’ (2013).
Grant Mark Nulle � Prospects for shale development outside the United States 245
authorities are satisfied the contract area will be commercially feasible within 15 years of
the first issuance of a retention license. However, if the licence-holder wishes to move
from an exploration licence to a retention licence, the South Australia Act requires a
‘discovery’ of petroleum. What constitutes a discovery of unconventional gas and oil is
not defined in the Act and may well vary from the traditional conventional gas concept of
a discovery. As such, legislative clarification is needed to make this a viable legal vehicle to
extend the exploration and appraisal period for.
The general licensing regime in the Russian Federation provides for a standard 5-year
exploration licence that allows for (i) an additional 2 years if the exploration licence is
performed on subsoil plots located within the regions of Kamchatka, Khabarovsk,
Sakhalin and Yakutia and other regions specified in the Subsoil Law, and (ii) an add-
itional 5 years for geological works carried out within the internal sea waters, the terri-
torial sea and the continental shelf of Russia.50 Upon discovery of oil, a production
licence is issued without a tender or auction to the holder of the exploration licence.
However, for deposits that have already proven reserves but require substantial additional
exploration a Combined Licence may be issued. The term of a combined licence is split
between the period required for the exploration and the period required for the produc-
tion. Combined licences are awarded by tender or auction.
Among the comparison countries, Brazil and South Africa are unique in that their
concession agreements and production licences, respectively, provide for an extended
appraisal period. In Brazil, if a concessionaire makes a discovery of unconventional re-
sources during the exploration phase, the concessionaire, may at its sole discretion work
within an Extended Exploration Phase, lasting up to 6 years (up to three 2-year terms).51
Granting of the extended exploratory period is predicated on certification by Brazilian
authorities of the discovery of unconventional resources and government approval of an
unconventional resources exploration and evaluation plan.
In South Africa, there are at least two avenues to obtain a de facto extension of the
appraisal period. First, in the case where a holder of an exploration right52 discovers
petroleum, but the economical production of the resource is contingent on whether the
attendant natural gas resources can be economically sold as well, then the rights holder
has the option to suspend a production right for up to 5 years. In lieu of production
commencing, a ‘development period’ begins from the effective date of the production
right during which the holder of the right must conduct studies to determine whether the
gas can be commercially produced. Second, the Mineral and Petroleum Resources
Development Act (MPRDA),53 provides ministerial discretion in amending any aspect
of a right, including the duration thereof.
50 Jennifer Josefson, Alexandra Rotar, and Brandon Rice, King & Spalding—Moscow, ‘Oil and Gas Regulation in the Russian
Federation: Overview’ (2014) Practical Law Multi-Jurisdictional Guide 2014: Energy and Natural Resources.51 ANP, Brazil, ‘Concession Contract for Exploration and Production of Oil and Natural Gas for the 12th Bidding Round’
Received via private correspondence from Illana Zeitoune 25 August 2014.52 In South Africa a ‘right’ (eg prospecting, exploration, production) is equivalent to a licence in other countries.53 Chapter 6, Section 102 5http://www.dmr.gov.za/publications/summary/109-mineral-and-petroleum-resources-development-
Turning to the pricing regimes, the comparison countries feature a full spectrum from
market-based prices to centrally controlled, and everything in between. As a developed
country steeped in the Anglo-Saxon traditions of law and market economics, Australia
operates a market-based price system. On the other hand, China and Argentina tightly
regulate the price of oil and gas, with domestic prices de-linked and significantly lower
than world prices.
Nevertheless, the pendulum is swinging towards further price liberalization in the
following countries:
. Mexico’s new hydrocarbons legislation envisions market-driven prices for shale
resources.
. China announced plans in 2011 to liberalize the wellhead price of unconventional
gas and pilot reform schemes have been underway since 2012 in Guangdong and
Guangxi provinces with liberalized prices at the point of extraction and linked to
import prices in Shanghai.54
. Natural gas liberalization efforts are underway in Poland.55
. Argentina has recently offered ‘Guaranteed Price Agreements’ for sales of incremen-
tal natural gas output above an adjusted base supply quantity to the domestic
market. The law provides a minimum price of $7.5/MBtu that is nearly three
times the average domestic price.56
Regarding pipeline access, six of the countries require pipeline operators to provide
open access on a non-discriminatory basis, subject to available capacity. Conversely,
pipeline transportation is a major issue in China. The USA has more than 305,000
miles of interstate and intrastate transmission pipelines, more than 100 times the mileage
of China.57 Just as important, China’s natural gas pipelines are virtually monopolized by
the NOCs Sinopec and CNPC,58 which are not obligated by law to accept privately
produced shale gas on their pipelines.59 This discriminatory access to pipelines puts
the NOCs at a distinct competitive advantage vis-a-vis private operators in terms of
economically developing shale. To address these issues, the Chinese government plans
to construct 27,400 additional miles of natural gas pipelines by 2015, effectively doubling
its present level.60 In June 2013, the first dedicated shale gas pipeline in Sichuan province
began construction. Furthermore, China’s National Energy Administration has encour-
aged the use of private capital to facilitate the construction of pipeline infrastructure, and
54 Reuters News, ‘China Reforms Shale Gas Price, Pilots New Scheme’ (2011)5http://www.reuters.com/article/2011/12/27/china-
gas-pricing-idUSL3E7NR3UR201112274 accessed 3 August 2014.55 Oil and Gas Institute—Krakow, ‘The Polish Petroleum and Natural Gas Market’ (2013)5http://www.inig.pl/inst/RPNIG/files/
Rynek2013EN.pdf4 accessed 17 August 2014.56 ibid (n 1).57 EIA, ‘China – Analysis’5http://www.eia.gov/countries/cab.cfm?fips¼CH4 accessed 27 August 2014.58 Susan Forbes, ‘The United States and China: Moving toward Responsible Shale Gas Development’ (2013) Draft Paper,
Brookings Institution, Washington DC.59 Ella Chou, ‘Shale Gas in China: Development and Challenges’ (2013) Draft Manuscript, Harvard University Law School.
5http://blogs.law.harvard.edu/ellachou/files/2013/07/Shale-Gas-in-China-Draft.pdf4 accessed 15 July 2014.60 ibid.
252 Journal of World Energy Law and Business, 2015, Vol. 8, No. 3
Additional tax incentives for unconventional resources projects concerning corporate
income tax, the resource tax and value-added taxes are anticipated to follow with the
expectation they will be modelled after tax incentives provided for coal bed methane.68
In Brazil, no special tax breaks exist, but R&D monies are available via a set-aside of 1%
of gross revenues from E&P contracts in highly productive fields. Operators can invest up
to half of these monies in its own Brazilian-based research facilities with the remainder of
the research performed by Brazilian universities.69 Despite this measure there are no R&D
programmes currently focused on unconventional gas in Brazil, principally due to the
more advanced progress of conventional natural gas development in the country.70
The Polish Government presented and submitted for public consultation in 2013 draft
legislative changes to the country’s tax and regulatory framework for minerals and hydro-
carbons. Changes pertaining to shale development are chiefly related to royalties. The
royalty regime will change from being based on the production volume of extracted
minerals and hydrocarbons to production value. Royalty rates are displayed in Table 8.
The legislation also provides a 20% tax depreciation rate for wells and drilling and pro-
duction platforms that is more aggressive than existing corporate income tax treatment.
The new legislation is expected to come into force in 2015 with a transitional phase-in
period, replete with tax holidays, through 2020.71
Countries’ treatment of ring-fencing is critically important as losses incurred by op-
erators in one project can be critical to obtaining geological and operational knowledge
that makes another project in the same country highly profitable. Among the comparison
countries a majority of nations allow for losses on one project to offset profits in another.
Mexico’s new legislation strikes a balance between strict ring-fencing and none whatso-
ever. On the one hand, the legislation allows a company to hold more than one E&P
contract, but companies engaged in E&P contracts will not be allowed to apply for
consolidated tax regime.
Poland’s new mineral and hydrocarbon taxation system may present ring-fencing
challenges. The legislation includes a special hydrocarbons tax on profits generated
from onshore and offshore oil and gas extraction. Should an operator be involved in
both upstream and downstream projects, ring-fencing would apply, as the hydrocarbons
tax is only levied on upstream activities. However, Poland’s traditional policy of
Table 8 Polish royalty rates for oil and gas
Unconventional (Shale) (%) Conventional (%)
Natural gas 1.5 3
Petroleum 3 6
Source: E&Y (2014).
68 ibid (n 62).69 Silvana Tordo and others, ‘Local Content Policies in the Oil and Gas Sector’ (2013) World Bank, Washington DC.70 ibid (n 23).71 ibid (n 63).
256 Journal of World Energy Law and Business, 2015, Vol. 8, No. 3
proscribing ring-fencing will continue to hold for operators that are strictly engaged in
one or more upstream projects.72 While South Africa allows 100% deduction of all
exploration expenditure and losses and 50% for production, any assessed losses in
either stage of the E&P project are ring-fenced against oil and gas income, with only
10% of the remaining losses able to be offset against other income.73 However, carry-
forward provisions do allow excess losses to be applied in future years.
The imposition of export taxes is split, with three nations levying export taxes, four lacking
them, one providing reduced rates and one unclear. Russia’s Federal Law No 213-FZ, dated
23 July 2013, introduced amendments to the Federal Law ‘On customs duty’ and established
beneficial formulae for calculation of export customs rates for ‘tights oil’ or shale oil. South
Africa currently lacks any export taxes. However, as its nascent hydrocarbons industry de-
velops it is anticipated export taxes will be levied. Amendments to South Africa’s MPRDA
introduced in June 2013 by the Minister of Mineral Resources would require ministerial
consent to export any ‘designated mineral mined or form of petroleum extracted’,74 presa-
ging tighter export controls over key South African minerals and hydrocarbons.
Finally, none of the countries, save South Africa, offer tax stability agreements for shale
over the life of the agreement, which could be a significant risk, particularly in countries
like Indonesia, Argentina and Russia that have had unstable regimes or bouts of resource
nationalism. In Russia, special taxation treatment is generally available for investors
concluding PSAs75 and such treatment is applicable throughout the PSA term.
However, PSAs are not commonly featured in Russia - only three PSAs are in operation
today.76
South Africa’s income tax laws allow the Minister of Finance to enter into binding
fiscal stabilization contracts with oil and gas companies. Such contracts mainly ensure
that the provisions of the Income Tax Act and Tenth Schedule will not be amended from
the date a particular oil and gas right is acquired and the duration the rights are held.
Moreover, an oil and gas company may unilaterally abrogate the fiscal stabilization con-
tract if it so chooses, which would generally be the case if South Africa’s income tax laws
were amended favourably to oil and gas activities. However, the proposed amendments to
the MPRDA conspicuously lack grandfathering provisions for owners of existing oil and
gas rights and permits. While this absence of transitional arrangements may not nullify
the income tax stability guarantees provided by the South African state, more fundamen-
tally it could void the underlying exploration and production rights themselves.
Cross-border transactions and local content considerations
Table 9 displays how the comparison countries address issues related to importation of
capital and equipment necessary for shale operations, the ability of international oper-
ators to repatriate proceeds to investors and how local content policies are applied.
72 ibid (n 63).73 ibid (n 64).74 See5http://jutalaw.co.za/media/filestore/2013/06/b015_2013.pdf4 to review the draft legislation.75 Chapter 26.4 of the Tax Code of the Russian Federation.76 ibid (n 51).
Grant Mark Nulle � Prospects for shale development outside the United States 257
for imported shale gas technologies that are otherwise not available in China.77 China’s
October 2013 Shale Gas Industry Policy regards customs exemptions as a key policy
measure.78
Indonesia is willing to provide automatic importation of capital goods, contingent on a
strong business justification being provided. At this point, no special treatment for shale
development has been requested by industry, which is reflective of the early stages of shale
development. At present, only two PSCs for unconventional exploration have been
issued.
With respect to local content requirements, which can be decidedly detrimental to
shale project economics if too onerous, three unique approaches stand out that provide
flexibility while retaining overarching public policy goals.79 First, relaxation of import
duties for petroleum equipment are in part linked to Australia’s local content policies.
Specifically, in the cases where oil and gas equipment are proven not to be available
domestically, operators and service companies can import the equipment duty-free if they
accede to an Australian Industry Participation (AIP) plan. AIP plans are designed to
accomplish the following objectives;80
. Promote regional economic development.
. Foster new or enhance existing skills of the domestic workforce.
. Cultivate strategic alliances with Australian suppliers.
. Advance Australian R&D efforts.
. Integrate Australian industry into global supply chains.
The World Bank has praised the AIP plan as an example of a sustainable local content
policy.
In Brazil, concession agreements under the 12th round of bidding organized by the
National Agency of Petroleum, Natural Gas and Biofuels (ANP) provides, under specific
circumstances, exemptions from local content requirements for unconventional resource
plays. According to Clause 20.7, the ANP may exempt the shale projects in relation to
recruitment of a specific good or service when:81
(a) There is no Brazilian supplier for the purchased product or contracted service.
(b) Proposals received from Brazilian suppliers present an excessive delivery limit
and/or price in relation to non-Brazilian counterparts.
(c) There is no replacement of a given technology for which there is no offer with
Local Content.
77 ibid (n 44).78 ibid (n 62).79 The requirements can not only be uneconomical but also punitive. For example, both Brazil and Indonesia impose penalties for
introduced by the Minister of Mineral Resources proposes granting ministerial discretion
to require applicants for an oil and gas exploration or production right to comply with
the HDSA participation level stipulated in the country’s Mining Charter. Should the
threshold in the Mining Charter be applied, the participating interest of HDSAs in oil
and gas projects would increase from 9% to 26%. An increase to 26% HDSA participa-
tion accords with the goals of the Liquid Fuels Charter, which envisions no less than a
quarter equity value of South Africa’s oil and gas operating assets be held by HDSAs.84
While it is anticipated limited exemptions from local content compliance could be
introduced, the two and a half fold increase in the HDSA participation threshold for
oil and gas projects could have adverse impacts on the project economics. Furthermore,
the draft legislation also contains provisions that would allow the South African state an
automatic free carry interest in all new exploration rights issuances. The South African
government anticipates taking a free stake at the 20% level, with the intention of acquir-
ing an additional 30% at ‘market-related’ rates.
Finally, with respect to foreign exchange controls most of the comparison nations fare
well in this regard, with each having limited restrictions on the repatriation of capital.
China is an exception, as it tightly controls foreign exchange activities related to capital
injections, cross-border trade and services transactions conducted in international
currencies, overseas financing and profit repatriations.85 Through its accession to the
World Trade Organization, China is obligated to liberalize the country’s foreign ex-
change market over the next several years, which should improve its standing in this
capacity.
Indonesia is the only other country where foreign exchange controls have caused issues
as of late. In 2011, the Bank of Indonesia introduced regulations requiring sales proceeds
from oil and gas activities to be channeled through domestic banks. In early 2013, two
large international oil companies operating in Indonesia were informed they would have
to cease shipments of oil and gas if they did not adhere to the regulations.86 The difficulty
with this situation is that the regulation seemingly contradicts with a fundamental right
within Indonesia’s conventional PSC that allows for the free cash movement by interna-
tional operators. At this juncture, it is unclear if the PSC for unconventional resources
development will have a similar right of free flow of cash movement or not. While it does
not appear that the timing of sales proceeds repatriated is unduly restricted by the 2011
regulation—the requirement to channel proceeds is a simple pass-thru arrangement and
most oil and gas operators already comply with the regulation87—this is an issue that may
nevertheless merit some attention.
84 ibid (n 43).85 Deloitte, ‘Taxation and Investment in China 2013’ (2013).86 Reuters, ‘Indonesia Tells Oil Majors to Follow Bank Rules or Stop Exports’ (2013)5http://www.reuters.com/article/2013/02/22/
indonesia-oil-exporters-idUSL4N0BM4PT201302224 accessed 3 August 2014.87 ibid (n 87).
Grant Mark Nulle � Prospects for shale development outside the United States 261
Purpose: The questions below91 are designed to garner baseline information from AIPN
country specific practitioners regarding the fiscal and regulatory environment in coun-
tries possessing significant shale oil and gas resources, as identified by the United States
Energy Information Administration (EIA).92 The purpose of these questions is to ascer-
tain to what extent the governments of these nations have configured fiscal policies and
regulatory regimes to anticipate and accommodate the unique characteristics, opportu-
nities, and challenges shale gas/oil discovery, extraction, and export pose to countries
endowed with these non-renewable resources.
91 The questions are derived from the issues raised in the following paper: Hoz, Lanardonne and Maculus (n 1).92 DOE-EIA, ‘Technically Recoverable Shale Oil and Shale Gas Resources: An Assessment of 137 Shale Formations in 41 Countries
Outside the United States’ (2013)5www.eia.gov/analysis/studies/worldshalegas/4 accessed 14 June 2014.
266 Journal of World Energy Law and Business, 2015, Vol. 8, No. 3