RNG SUSTAINABLE DEVELOPMENT REPORT
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RNG
SUSTAINABLE
DEVELOPMENT REPORT
2019
Contents 6 Development strategy
6.1 Mining development
6.2 Innovation
6.3 Quality control system
38-58 6.4 Safety and labor protection
6.5 Fire safety
6.6 Industrial and technical safety
6.7 Traffic safety service
6.8 Digitalization of process control systems
6.9 Environmental care
1 Sustainable Development Priorities
and reporting principles 7 Regional presence
4-7 59-63 7.1 Climatic and environmental conditions
7.2 Infrastructure projects
7.3 Social projects
7.4 Educational projects
2 Key Sustainability Indicators
8 Corporate Social Responsibility
8-11 64-73 8.1 Personnel Management
8.2 Social projects in Mirny
8.3 Interaction with the small indigenous minorities of the North
8.4 Assistance to the villages of Suldyukar and Tas-Yuryakh
8.5 Natural Park Support
8.6 Participation in cultural projects
3 Message from CEO of RNG company
9 Social Activity
12-15 74-77 9.1 Quality Day Conference
9.2 The first oil and gas forum
4 Board of Directors
and Management 10 International Cooperation
16-21 78-82 10.1 Technological cooperation
10.2 Membership in international organizations
10.3 Membership in Russian social organizations
10.4 Membership in self-regulatory organizations
5 Company profile
5.1 Resource base
5.2 Financial performance
11 Glossary
5.3 Key facts
22-37 5.4 Capital construction
5.5 Logistics 83-85
5.6 ISO Standards
5.7 Developed infrastructure
1 Sustainable Development Priorities and Reporting Principles
RNG / SUSTAINABLE DEVELOPMENT REPORT RNG / SUSTAINABLE DEVELOPMENT REPORT
Sustainable Development Priorities
Innovation Environmental care
Investments Technical and Industrial
in human capital Safety
Partnerships
with international Charity
companies
Sustainable
Territorial Development
business model
Reporting Principles
ISO ISO Compliant The methodological basis for the preparation of the Sustainability Report is
based on the standards for the Global Reporting Initiative, a global reporting
initiative.
RNG annually publishes information on sustainable development projects
on the official website and thereby adheres to the principles of transparency
and openness in its work.
6 7
2 Key Sustainability Indicators
RNG / SUSTAINABLE DEVELOPMENT REPORT RNG / SUSTAINABLE DEVELOPMENT REPORT
0.9
Oil production Revenue 25.958
million tons bln. RUB
0.09 0.1
2.135
0.013
2017 2018 2019 2017 2018 2019
Gas production 0.9
Operating costs 17.027
bln. cubic meters (including production costs,
administrative expenses
and sales expenses),
bln. RUB
3.244
0.05 2.032
0.0003
2017 2018 2019 2017 2018 2019
Year-end assets 40.653 Acquisition 19.097
bln. RUB of materials,
24.196
26.797
equipment and 10.165
services 8.439
bln. RUB
2017 2018 2019 2017 2018 2019
Authorized Salaries, other 3.8
capital payments and 3.2
bln. RUB 7.5 7.5 7.5
employment
benefits 2.6
bln. RUB
2017 2018 2019 2017 2018 2019
Extra capital Payments to the 0.724
bln. RUB
FCMIF and PFR
0.626
bln. RUB
1,218 1,218 1,218 0.492
2017 2018 2019 2017 2018 2019
Taxes and
Mandatory 5.4
Payments
bln. RUB
0.926
0.28
2017 2018 2019
10 11
3 Message from CEO of RNG company
RNG / SUSTAINABLE DEVELOPMENT REPORT RNG / SUSTAINABLE DEVELOPMENT REPORT
Message
from CEO
of RNG
company
The basic values of our company include the comprehensive development of human
potential and active participation in economic, social, cultural and environmental
projects in the region where we are present.
The most important part of RNG JSC policy is industrial and technical safety and
labor protection. The company annually allocates financial resources to maintain a
high level of security in the areas of exploration, production and transportation of
hydrocarbons. The Eastern blocks of the Srednebotuobinsky oil and gas condensate
field have a process control and emergency protection system manufactured by the
American company Emerson, the leading manufacturer of such equipment.
The company prioritizes environmental protection. RNG JSC environmental experts
constantly monitor the state of the air, soil, water resources and biological diversity.
One of the key tasks for us is to participate in the social, cultural and economic
development of the Republic of Sakha (Yakutia). Our employees participate in a
number of educational projects as experts. The company is the general sponsor of
publishing projects on Yakutia’s history and nature. We provide financial support to
the small indigenous minorities of the Far North and are in constant contact with the
leaders of the tribal communities.
RNG JSC is one of the largest employers in the Mirny district of the Republic of
Sakha (Yakutia). The company employs two and a half thousand people. And we
strive to create a large number of jobs, while ensuring the protection of the rights of
each employee.
The company’s mission is to maintain and strengthen its own economic potential
through the current business model, fulfillment of all obligations to the state,
employees, contractors, creditors and investors, as well as contributing to the
development of the region in which we operate.
Vladimir Rakitin
14 15
4 Board of Directors and Management
RNG / SUSTAINABLE DEVELOPMENT REPORT RNG / SUSTAINABLE DEVELOPMENT REPORT
Board of directors
Frederick Matthew Thomas Ponsonby (born 1958) is a British peer Graduated from Novosibirsk State University (NSU), Faculty of
who was appointed a Lord on April 19, 2000. Geology and Geophysics with a degree in Geophysical Methods of
From 1984 to 1986, he worked as an oil engineer at Charterhouse Search and Exploration of Minerals in 1973; Gennady attended the
Petroleum. graduate school of the Faculty of Mathematics of NSU, specializing
in “Development of methods for solving inverse problems of
From 1989 to 1992, he worked as a senior petroleum engineer at geophysics with the aim of forecasting for oil and gas”.
LASMO PLC.
Gennady ALFERENKO From 1973 to 1985 he worked as the head of the NSU research group
From 1994 to 1998, he worked as chief engineer at Phibro Energy, for forecasting oil and gas fields in Eastern Siberia and Sakhalin.
being responsible for international research and production projects. Member of the Board
of Directors From 1985 to 1992, he was the creator, president and Chairman of
Lord Ponsonby was a non-Executive Director of the Emerald Energy the Board of Directors of the Social Inventions Fund.
PLC from August 15, 2003 to December 1, 2008 and Chairman of the
Frederick Board of Directors of Yakut Energy Limited (formerly major shareholder In 1992, he served as Chairman of the Board of Directors of the
Matthew Thomas of Taas-Yuryakh Neftegazodobycha) from January 2013 to the end of Europe-America 500 international consortium to organize and
2013 and Aladdin Oil & Gas AS since July 20, 2010. finance the commercial launch of a satellite from the Plisetsk Space
PONSONBY Station to the US Pacific (Seattle) with the participation of the
Lord Frederick Matthew Thomas Ponsonby was Chairman and CEO Russian Military Industrial Complex, the Naval Space Forces and
Chairman of the Board of Rosehill Energy PLC. He was appointed to several EU government the Naval fleet.
bodies, including the Council of Europe in 1997-2001 and the
of Directors Organization for Security and Cooperation in Europe in 2001-2010. From 1994 to 1998, he worked as the head of the National Fund and
the Strategic Resources of Russia Forum.
He is the President of the British-Uzbek public organization.
From 1998 to 2000 he worked as the director of Arthur Andersen
Currently, Lord Ponsonby is the Chairman of the Board of Directors Company, organizing meetings of the leaders of direct investment
of the Eastsib Holding Company Limited and RNG, its wholly owned in the Russian economy.
subsidiary.
From 2001 to 2002, he worked as an Advisor to the Chairman of the
Management Board of JSC Gazprom Bank, and Deputy Chairman of
the Strategic Planning Council; member of the analytical working
group on long-term investments in the gas industry under the
Administration of the President of Russia; Member of the Patriarchal
Nikolai Pinchuk holds a PhD in Economics. He was awarded the title Board of Trustees for the revival of the Valaam Monastery.
of Distinguished Geologist (the Republic of Sakha (Yakutia). From 2002 to 2007 he worked as Director for Strategic Development
He is recognized as a Russian Federation Class II Active State Adviser. at Ernst & Young; Member of the Board of the Council for the
Economic Revival of the Russian Orthodox Church, chaired by His
Since 1993, he has held the office of supervisor at the Regional Policy Holiness Patriarch of Moscow and All Russia Alexy II, Knight of the
Department and is a panel member of the Russian State Committee Order of St. Sergius of Radonezh II degree. Since 2003 - Member of
Nikolai PINCHUK for Geology and Use of Mineral Resources. the Board of the Valery Gergiev Foundation.
From 1996 to 2001, he was the Russian Federation Deputy Minister From 2005 to 2008 - Member of the Board of Directors, Advisor to
Member of the Board of Natural Resources. the President of CJSC Standard Bank.
of Directors
In 2002, he chaired the Russian Fund for Geological Heritage. From 2008 to 2011 - Senior Advisor to DLA Piper, Russia.
Since 2007 - Strategic Advisor to PwC, Russia.
Since May 15, 2020 - Member of the Board of Directors of RNG.
From 1999 to 2000, Yury Vilochkin held the position of Deputy Head
of Administration for the Russian Ministry of Railways. Alexander Bondarenko is a member of the Association of
From 2004 to 2010, he was the Vice President at JSCB EVROFINANCE International Petroleum Negotiators (AIPN), Guild of Investment
MOSNARBANK. and Financial Analysts (GIFA) and the Chartered Institute of Supply
and Procurement (CISP).
From 2010 to 2013, he worked as the Chief Security Officer for PJSC
Sberbank (Northwest Branch). In 2000-2014 he held the positions of Senior Vice President,
Yury VILOCHKIN Deputy President and Chairman of the Management Board at JSCB
From 2013 to 2014, he was the Vice President at “Soyuz” Corporation. EVROFINANCE MOSNARBANK.
Member of the Board From 2014 to the present, he has been the First Deputy Chief Executive Alexander BONDARENKO
of Directors In 2009–2016 he was a partner at the International Law Firm Wragge
Officer of OJS “Intestate Development Corporation”.
Chairman of the Investment Lawrence Graham CIS LLP.
Committee to the Board From 2002 to 2006 he was a member of the Board of directors at
NTV, TNT and NTV-Plus TV channels.
of Directors
Vasiliy Kholmogorov holds the title of Distinguished Lawyer (Republic From 2005 to 2010 he was a member of the Board of directors at
of Sakha (Yakutia) and Russia). He is a Distinguished Officer at Russia’s PRIME-TASS Business News Agency.
Investigative Committee and a Distinguished Officer with the Russian
From 2010 to 2011: Member of the Moscow Exchange (MOEX) Board’s
Federation Prosecutor General’s Office.
Corporate Governance Committee and Member of the National
From 1990 to 1994, he worked as a prosecutor in the Republic of Sakha Settlement Depository Board’s Internal Audit Commission
(Yakutia).
Vasiliy KHOLMOGOROV In 2013–2014 he was a supervisory director in JSCB EVROFINANCE
From 1994 to 2004, he was the Russian Federation Deputy Prosecutor MOSNARBANK.
Member of the Board General. In 2000, he was also appointed as the head of the Main Investigative
In 2008-2013 - Chairman of the Board of Directors, member of the
of Directors Department at the Russian Federation Prosecutor General’s Office.
Board directors of Taas-Yuryakh Neftegazodobycha LLC.
From 2004 to 2006, he worked as the Advisor to the Russian Federation
Prosecutor General and was awarded the Order of the Badge of Honour.
18 19RNG / SUSTAINABLE DEVELOPMENT REPORT RNG / SUSTAINABLE DEVELOPMENT REPORT
Management board
In 2008, Vladimir Rakitin graduated from the Plekhanov From 1986 to 2000, Sergey Nazarov worked as the Lead
Russian Economic University, majoring in Finance and Credit. Geologist of the Production Department and Head of
Reser voir Engineering Depar tment for SNGDU-2 at
In 2013, he received his PhD in Economics.
Nizhnevartovskneftegaz (which was later restructured in
From 2007 to 2010, he worked as the Direct Investment Project OJSC Tyumen Oil Company).
Manager at EVROFINANCE MOSNARBANK.
From 2001 to 2005, he was the Chief Geologist at the oil and
From 2010 to 2014 he was a senior tax advisor at the Moscow gas production directorate and the Chief Geologist at OJSC
Vladimir RAKITIN office of Lawrence Graham (CIS) LLP. Orenburgneft, a subsidiary of TNK-BP.
Sergey NAZAROV
CEO From 2005 to 2010, he was the Deputy Chief Executive Officer
Deputy CEO, and Chief Geologist at LLC “Chepakovskoye” Oil and Gas
Chief Geologist Production Company.
From 2010 to 2011, he worked as the Deputy Chief Executive
Officer and Chief Geologist for LLC RN-Sakhalinmorneftegaz.
From 2012 to 2014, he was the Chief Geologist at LLC Taas-
Yuryakh Neftegazodobycha.
From 1998 to 2011, Evgeny Cherykayev held the position of
Oil and Gas Production Foreman, Lead Technologist of the Oil
and Gas Production Workshop, Shift Supervisor at the Central
Dispatch Office, and Deputy Head of the Central Dispatch
Office at OJSC Orenburgneft.
Evgeny Cherykayev held the position of Chief Engineer at
Taas-Yuryakh Neftegazodobycha LLC.
Evgeny CHERYKAEV
Deputy CEO,
Chief Engineer Konstantin Shikin has vast experience in the construction
of oil and gas facilities in Eastern Siberia; he is the holder of
various personal awards, such as the Order of Friendship and
the Order of the Badge of Honour. He was awarded the title
of Emeritus Builder of the Russian Federation.
In 2005 -2015 he was a CEO at Vostoksibelektromontazh.
He is al so a member of Board of directors at PJSC
Konstantin SHIKIN Elektromontazh.
From 2002 to 2007, Aleksandr Uskov was the Lead Engineer for Deputy CEO at LLC
Pipeline Construction at OJSC Surgutneftegaz, “Fedorovskneft” VostSibSpetsMontazh
Oil and Gas Production Department. (wholly-owned subsidiary
of RNG Group of Companies)
From 2007 to 2012, he was the Supervisor for Technical
Construction Supervision at the Uvat Project led by LLC TNK-
Uvat.
From 2012 to 2014, he was the head of a stand-alone Tyumen
Alexander USKOV division at LLC Taas-Yuryakh Neftegazodobycha.
Deputy CEO,
Head of the Capital
Construction Department
20 215 Сompany profile
RNG / SUSTAINABLE DEVELOPMENT REPORT RNG / SUSTAINABLE DEVELOPMENT REPORT
5.1 Resource base 5.2 Financial performance
In August 2019, RNG the Eastern blocks of the Srednebotuobinsky oil and The company strives to boost its investment appeal through the effective implementation
gas condensate field (EB SB OGCF) were put into commercial operation. On of projects and strong overall financial performance.
01/01/2018, the volume of recoverable reserves (P1 + P2 categories) within the
licensed subsoil area was equal to 27.8 million tons of oil, a fact confirmed by the
State Committee for Mineral Reserves (protocol No.528484 from 26/12/2017).
The field is being developed based on the “Technological Scheme of Development Capital Investment, mln. RUB EBITDA, bln. RUB
for the Eastern blocks of the Srednebotuobinskoye Oil and Gas Condensate Field”
1,308 592 1,808 835
(Protocol of the Central Development Commission No. 7187 from 26/12/2017). Its
gas reserves are equal to 14.3 bln m3. 4.9 4.9
56 26
By the beginning of 2020, RNG had produced the first million tons of oil
QIII 2.4 2.8
from the EB SB OGCF. The average daily production volume is now more than QI
3 thousand tons, compared to 1.6 thousand tons a year earlier. The company 71 75
sends the extracted oil to the East Siberia – Pacific Ocean trunk pipeline.
The assessment of the State Reserves Commission was confirmed by the QI QII QIII QIV
DeGolyer and MacNaughton Worldwide Petroleum Consulting company as
part of the audit of the Eastern blocks of the Srednebotuobinsky oil and gas 1,583 386 2,162 730 CAPEX, bln. RUB
condensate field.
67 25
QII QIV 2.7
3
43 87
2.0 2.1
Industrial construction xploratory drilling
E
QI QII QIII QIV
Mineral exploration Equipment not included in the
construction estimates
Taxes and Payments under contracts Turnover, bln. RUB
compulsory with companies controlled
8.3
payments by the state 7.8
5.4 6.07
5.2
4.6
bln. RUB listed bln. RUB listed
in 2019 from 2014 to 2019
QI QII QIII QIV
The share of procurement of materials and services from
Russian and foreign manufacturers, bln. RUB
4.6
4.0 4.1
2.4
0.744
- Russian suppliers
0.123
- Foreign suppliers
2017 2018 2019
24 25RNG / SUSTAINABLE DEVELOPMENT REPORT RNG / SUSTAINABLE DEVELOPMENT REPORT
5.3 Key facts Construction
1.2
Personnel
2,500
Employees in the
m
ln m3
dumped cluster sites and infield
driveways
company
1,900
employees working
in the oil field 31 km
pipelines were
built
15 km
high voltage power
lines were built
Motor Transport and Specialty Vehicles
600
units are used
by the group
of companies
at the site
300
construction
fleet units
Field support base
in the SB OGCF
26 27RNG / SUSTAINABLE DEVELOPMENT REPORT RNG / SUSTAINABLE DEVELOPMENT REPORT
Map of the CCP and Well Clusters
Group
wells №1 Water intake water structure on the Taas Yureh River
Well 6343 including utility system:
Group - gas pipeline - 4.65 km
wells №2 Technical water heater
on group wells№1
Group P507 including utility system:
gas pipeline - 0.13 km
wells №3
Group wells №10 including utility system:
- technical passage - 0.3 km
- in-field flowline - 0.3 km
- water tunnel - 0.3 km
P508 including utility system:
Group - technical passage - 0.3 km
wells №10 - in-field flowline - 0.3 km
- high voltage line 35 kW - 2.1 km
Group wells №4
P506 including utility system:
- technical passage - 0.1 km
- gas pipeline - 0.1 km
EB SB OGCF Group wells №5
Open-cast №15
Group wells №6
Loop of in-field flowline Gas pipeline - 15.2 km
group wells №7- CPF 2.97 km
P502 including utility system:
Group
- gas pipeline - 0.34 km wells №7
Adjusting
of the 3rd phase
Group wells № 8 including utility system:
- technical passage - 2.5 km P509 including utility system:
- in-field flowline - 3.1 km - technical passage - 0.3 km
- water tunnel - 3.0 km Group - in-field flowline - 3.9 km
- water tunnel - 0.3 km
wells №8
Group
wells №12 Group wells №8 including utility system:
- technical passage - 2.5 km
- in-field flowline - 3.1 km
- water tunnel - 3.0 km
P16 including utility system:
- technical passage - 2.5 km
- in-field flowline - 1.65 km
Group wells№ 11 including Open-cast №8
utility system:
- technical passage - 1.4 km
- in-field flowline - 14.1 km
- water tunnel - 13.74 km Group
wells №11
Open-cast
№20
point
Oil pipelines construction
F to tie-in
Designed oil pipelines
Oil pipelines construction
e from CP
Designed oil pipelines
Gas pipelines construction
Designed gas pipelines
Oil pipilin
Open-cast
№20 Operating water tunnel
Designed water tunnel
2
S№1
OTP a LLC
CF - h
B S B OG odobyc
nes
C az
fteg
ipe li h Ne
Oil p Yuryak to OTPS №12
Taas
28 29RNG / SUSTAINABLE DEVELOPMENT REPORT RNG / SUSTAINABLE DEVELOPMENT REPORT
5.4 Capital construction
1,000
Construction laboratory
and non-destructive testing
employees laboratory
involved in construction projects
800 km
the total length of driveways supported by
Internal
building control
the company at the required technical level (Department of Capital
Construction)
744.44 m2
Reconstruction area of the company’s office
in Mirny. Three floors were built
Independent
Construction Control
(“StroyTest Engineering” LLC)
150 ton carrying capacity Zoomlion truck crane purchased by the company. It is designed to carry out reconstruction work at
various facilities and is one of the most powerful truck cranes in the region
Construction of the bridge
across the Malaya Botuobuya River
Construction of the bridge Construction of the bridge
across the Malaya Botuobuya River across the Malaya Botuobuya River
30 31RNG / SUSTAINABLE DEVELOPMENT REPORT RNG / SUSTAINABLE DEVELOPMENT REPORT
5.5 Logistics 5.6 ISO Standards
– Base with a railway line near the river port of Ust-Kut; The company has GOST ISO 9001-2011 “Quality Management
– Production base leased from the American oilfield Systems”, GOST R 54934-2012 (OHSAS 18001: 2007)
services company, Halliburton; “Occupational Safety and Health Management System”, GOST
R ISO 14001-2016 (ISO 14001: 2015) “Environmental System
– 6-ton lifting capacity floating crane in the port of Lensk; management” certificates.
– “Boets” tugboat with a 500 ton loading capacity barge;
– “Vitimets” tugboat with a loading capacity of 200 tons;
– “Codr” tugboat with a loading capacity of 140 tons;
– “Ermak” tugboat with a loading capacity of 140 tons;
– “Victoria” tugboat with a loading capacity of 200 tons Preparation of the “Vitimets”
tugboat for the river navigation season
(ports of Ust-Kut and Lensk).
6 tons lifting capacity floating crane
in the port of Lensk
“Boyets” tugboat with a 500 tons
loading capacity barge 5.7 Developed infrastructure
Developed
infrastructure
allows RNG to provide
services for the
transportation of oil from
fields of other subsoil users
in the region and the delivery
of raw materials to the
Transneft pipeline system.
Base with a railway line near
the river port of Ust-Kut
32 33RNG / SUSTAINABLE DEVELOPMENT REPORT RNG / SUSTAINABLE DEVELOPMENT REPORT
Power complex CNG
filling stations
The first phase of the energy complex based on a gas piston
engine manufactured by the American company Caterpillar In December 2019,
was launched in February 2019 and has a capacity of 5 MW. a natural gas filling
Currently, 5 blocks have been installed and put into compressor station (CNG
operation. filling station) designed
to refuel its own fleet in
Associated petroleum gas that comes through the pipeline the Eastern blocks of the
from the Central oil collection point on the Eastern blocks of Srednebotuobinsky field
the Srednebotuobinsky field is used as an energy source. was put into operation.
RNG plans to launch the second and third phases of the The supplier is a leading
power complex and increase the total electricity production manufacturer of equipment
capacity to 12 MW. for CNG filling stations
GRAF S.p.A. (Italy).
Compressed gas
(compressed up to 200
atm), which has greater
frost resistance (especially
important during critically
low temperatures in the
Yakut winter) is used as
fuel.
The company plans to
gradually transfer the
vehicle fleet to compressed
natural gas.
RNG is currently testing
the first batch of Shacman
X3000 CNG gas tractors.
34 35RNG / SUSTAINABLE DEVELOPMENT REPORT RNG / SUSTAINABLE DEVELOPMENT REPORT
Map of licensed sites
Suldyukar Nyurbinsky
uy "Rosneft"
ily
r. V
lgyattinsky
Svetlyi "Rosneft"
r. V
Chernyshevsky ilyu Arylakh
y
South- Bakhchinsky
"Surgutneftegas"
Syuldyukarsky
West Kempendyayski
“EastSib Holding” USRF*
Bagdynsky
"Surgutneftegas"
“Live diamonds of Yakutia”
Mirnyi
Stanahsky
ya
Kuyabylansky "Surgutneftegas"
tuobu
Almaznyi r. V
ilyu Tuobuya
y
an-Bo
Irelyachsky
"Irelyakhneft"
r. Ulah
Suntar
Kempendyayski
Myrninsky Srednevilyuchansky USRF
Kubalahsky "INK" "Surgutneftegas" Suntarsky
Zaria
"Rosneft" "INK"
Yuryakhsky
Tektyuysky "Surgutneftegas"
"Alrosa-Gas" Hoptolokhsky Namansky
Tas-Yuryakhskoe Vilyuysko- “Tuymadaneftegaz” USRF
The North Blocks field Dzherbinsky
"Alrosa-Gas" "Gazprom" "Surgutneftegas"
Verhne- Tas-Yuryakh
dzhunkunsky Verhnevilyuchnskoe field
"INK" Dzhunkunsky Verkhnemarhachansky
"Gazprom"
"INK" Verkhnebiryuk “EastSib Holding”
Ergezheysky “Siberian oil company”
Murbaysky "Lensk-Gas"
The Central Blocks Monulahsky “EastSib Holding”
"Taas-neftegazdobycha" “EastSib Holding”
Mukhtinsky
The Eastern Bloсks “Tuymadaneftegaz”
“RNG” Ulugursky Srednebiryuk
South- "Lensk-Gas" "Rosneft"
dzhunkunsky
"INK" Otradninskoe field GDK
Kurungsky Lensk Neft Srednelensky
"Taas-neftegazdobycha"
"Lensk-Gas" Betinchinsky "Rosneft"
Marha
Byuksky Hotogo-Murbaysky “EastSib Holding”
"INK" "VSNK" Nizhnegerbinsky
"Rosneft" “Surgutneftegas”
Borulahsky Kaderginsky
USRF Urinsky USRF “Tuymadaneftegaz”
"VSNK"
“Tuymadaneftegaz”
ipe line
a” gas p
of siberi mm
“Power 1420 Lensk
Chayandinskoye
line
field oil pipe Okleminsk
"Gazprom" “ESPO” 0 mm Cheredeysky
Horonohsky 120 Nyuya-Iuzhnaia
r. Lena “Siberian oil company”
"Surgutneftegas"
USRF
Cheredey
Irkutsk region
ena
r. L
Macha Olekminsky
"Rosneft"
KuduKuyol
Peledui
Dikimda
Vitim
Tokkinsky
“EastSib Holding”
Chara
RNG acts as an agent for the exploration and development
of sites belonging to companies that are part of EastSib Holding
* - unallocated subsoil reserve fund
36 376 Development strategy
RNG / SUSTAINABLE DEVELOPMENT REPORT RNG / SUSTAINABLE DEVELOPMENT REPORT
6.1 Development of oil production
RNG aims to increase oil
production over the next 5
years to 1.2 million tons per
year. To achieve this, company
specialists and partner
organizations are developing
a plan to increase oil recovery
through:
• development of a
reservoir pressure
maintenance system;
• implementation of the
exploration program;
• implementation of the
approved well drilling
schedule;
• implementation of the
plan for design and survey
work and the construction
of ground-based
infrastructure facilities
(OPS, the second stage of
the central control center,
expansion of the energy
complex to 10 mW).
40 41RNG / SUSTAINABLE DEVELOPMENT REPORT RNG / SUSTAINABLE DEVELOPMENT REPORT
6.2 Innovations
Implementation of the seismic technology
The company invests in innovative technologies in
hydrocarbon exploration and production. A seismic team was
created in 2019 based on the “Syuldyukar Geologorazvedka”
company, which along with RNG is part of EastSib Holding.
The company purchased 5 new broadband NOMAD vibrators
from the French company Sercel, a recognized international
manufacturer of seismic equipment. Today, the company
operates modern Sercel 508 XT seismic acquisition systems,
NOMAD-65NEO vibrators and GPS Trimble R8GNSS topographic
equipment.
Vibration is a much more effective method of exploration
compared to traditional explosive and impulsive technologies
in Eastern Siberia. Explosive technologies are unsafe and
wasteful. Pulse technologies do not always allow specialists
to obtain sufficient information about the geological structure
of the site. Last year, the company’s specialists designed and
prepared sites for further exploration. In 2019 and Q1 of 2020,
the total area of exploration work was more than 500 sq.km.
Modern geophysical equipment is one of the most complex
high-precision devices. Staff working and maintaining the
data registration system are trained in the French and Russian
divisions of Sercel Company. Field parties are equipped with
geophysical workshops and laboratories for setting up,
repairing and testing equipment. The number of employees in
the seismic team is 139 people.
Innovative drilling
technology
RNG specialists successfully applied the new design of
the hook-shaped well when developing the Eastern blocks
of the Srednebotuobinskoye field. The new design enables
the bypassing of the aquifer, thereby avoiding flooding the
oil reservoir. A “hook” is a horizontally-inclined well that runs
along a complex hook-shaped path. The path is set so that the
well is drilled downward first to open and refine the section of
the formation, to determine the best reservoir layers and their
angles, then the intersection of the SOC and KSS followed by resistance of the resistivity sensor below 10 Ohms. This decrease
flattening on the horizontal part of the barrel, which reduces is a signal to flatten the horizontal section of the well 2-3 meters
errors concerning absolute depth; to avoid unwanted proximity higher than the depth of the oil hole.
with the gas cap and correctly position the part of the barrel
If the level of gas-oil contact is not determined during the
that will be used for oil production.
drilling process, the well may turn out to be ineffective due to
Before laying such wells, experts analyze information the incorrect depth of the wiring. To avoid this, other companies
from neighboring wells (pilot, exploratory), build a geological drill an additional pilot (test) shaft, which takes up to 7 days of
model and predict the depth of the roof of the reservoir, the work and 250 meters of drilling. A hook-shaped well eliminates
level of gas and oil-water contacts, which subsequently are the need for a pilot shaft and shortens drilling times, as well as
our anchor points. During drilling, using the LWD technology, reducing additional penetration from an average of 250 to 140
the geological service continuously monitors the well for 24 meters.
hours, estimates deviations from the anchor points according
to the original model, and quickly transmits it to the drilling
team with adjustments in the well trajectory. Even in the case
when the determination of GNA is ambiguous, the level of GSS
is determined with a high degree of confidence by reducing the
42 43RNG / SUSTAINABLE DEVELOPMENT REPORT RNG / SUSTAINABLE DEVELOPMENT REPORT
6.3 Quality Control System Construction laboratory
and non-destructive testing laboratory
Chemical analysis laboratories
There are two laboratories at the EB SB OGCF The company controls the quality of construction work at all its facilities.
that monitor the quality of oil and diesel fuel. The Several laboratories are involved in quality control: a soil laboratory, a laboratory
laboratory has 24 employees. specializing in concrete, cement, a laboratory specializing in gravel and a non-
destructive testing laboratory.
To monitor the quality of diesel fuel, the
following indicators are determined:
• density;
• sulfur content; Welding quality control
• kinematic viscosity; The company uses the following methods
• cold filter plugging point; for welding quality control: visual and
• pour point; measuring control, radiographic control,
• fractional composition. ultrasonic control, capillary and leak
detection, as well as electrical control.
When monitoring the quality of oil,
the following indicators are determined: Seal quality control
• density; Methods of controlling the quality of seals:
• water content; the density is checked by the cutting ring
• content of mechanical impurities; method, weighing in water and in a neutral
• content of chloride salts.; liquid; by pycnometric methods; by volume
• sulfur content; displacement method, the seal is checked
• saturated steam pressure; by test immersion, by standard compaction
• paraffin content; method, the elastic modulus is checked by
• fractional composition; dynamic loading method; the compaction
Testing concrete samples
• kinematic viscosity; coefficient is checked by a calculation method.
• organochlorine content;
• hydrogen sulfide, methyl and ethyl
mercaptans. Cementing quality control
Quality control of cement material:
sampling, grinding fineness, density of normal
The quality of commercial oil is monitored cement paste, setting time.
throughout the entire preparation process and Concrete quality control: sampling,
during acceptance operations. mobility, rigidity, average density, porosity,
temperature, composition selection,
sampling and production of control samples,
Laboratories are equipped with:
hardening, storage and transportation of
• Automated apparatus for determining the samples, compressive strength, strength by
fractional composition, manufactured by non-destructive testing (elastic rebound),
Herzog, Germany; frost resistance basic and accelerated
• Аutomated apparatus for determining the methods, water permeability accelerated
fractional composition, manufactured by method, density.
Orbis, Netherlands;
• Automated apparatus for determining the
Determination of the grain
limiting temperature of filterability of diesel composition of crushed stone
fuels, manufactured by ISL, France;
• Оil and oil product sulfur analyzers
manufactured by Horiba, Japan;
• Chromatographic complexes for determining
the composition of oil and gas manufactured
by Chromatek, Russia;
• X-ray fluorescence wave dispersion analyzer
for determining the mass fraction of chlorine
manufactured by SPECTRON, Russia.
44 45RNG / SUSTAINABLE DEVELOPMENT REPORT RNG / SUSTAINABLE DEVELOPMENT REPORT
6.4 Health & Safety 6.5 Fire safety
The main principles of the Company’s work are to ensure A professional fire brigade was established in
labour safety and respect for nature in the implementation of 2015 and is part of the fire safety, civil defense and
industrial projects. The primary mechanism of environmental emergency situations department. 17 people are
management is managing all systems under the requirements involved in the work of the brigade. The team is
of international standards ISO 9001, ISO 14001, and OHSAS divided into 2 fire stations, with distinct locations: at
18001. The Company operates under the current legislation of the central control center and at the NPU-100. Each
the Russian Federation, international standards and internal compartment has one fire truck. Each machine is
documents of the Company. RNG sets higher requirements for constantly filled with 8,000 liters of water and 450
contractors in the field of quality, labour protection, industrial liters of foaming agent.
and environmental safety. The Company pays attention
The fire brigade personnel have all necessary
to improving the professional level of its employees. RNG
protective equipment: special suits, helmets, gloves
developed and approved the “Plan for the Prevention and
and shoes.
Elimination of Emergency Oil and Petroleum Products Spills on
the Territory of the Eastern Blocks of the Srednebotuobinskoye Also, to protect the personnel of the fire brigade,
Field”. all necessary equipment was purchased, including
breathing apparatus for working in smoky conditions.
Contracts with specialized subcontractors for the
maintenance RNG’s hazardous production facilities (where To protect the forest leased areas from forest fires,
oil exploration, production, processing, transportation, mobile block boxes with fire-fighting equipment were
storage and use of oil and oil products are carried out, as purchased. For foam fire extinguishing of steel tanks
well as to prevent gas, oil and water inflows and open gas RVS-5000 at the Central oil collection point there is a Fire brigade
and oil fountains during the construction, well servicing and three-fold supply of foaming agent. exercises
workover) have been signed.
The activities of all the Company’s personnel in workplace
health and safety issues are described in the job and production
Actions in fighting
manuals. The main regulatory document in the field of labour forest fires
protection and industrial safety (LP and IS) in the Company is
the “Regulation on the organization of industrial control over A professional fire brigade conducts
compliance with industrial safety requirements at hazardous patrols of leased forest areas in the daytime
production facilities of RNG”, approved by the CEO of the and at night during periods of special fire
company. regime introduced by the administration of
the Mirny and Lensky districts. The company
There are also several internal documents (orders) in purchased mobile block boxes with fire
the field of workplace health and safety, such as “On the fighting equipment designed to protect
Implementation of Production Control” (relating to workplace leased forest areas.
health and safety), “On the Organization of Production
Control during the Operation of Lifting Structures”, “On the The team has repeatedly participated in
Organization of Technical Supervision of Safe Operation of extinguishing forest fires in the territory of
Pressure Vessels” and others. Mirny district, assisting the administration
of Mirny district and forestry. RNG deployed
specialists and equipment to assist in the
fight against forest fires near the villages of
Suntar, Tas-Yuryakh and other settlements.
The team received a letter of thanks from
the Forestry Department of the Republic of
Sakha (Yakutia) for providing assistance in
extinguishing forest fires.
At least three times a month, specialists primary fire fighting equipment. At the
conduct training sessions on extinguishing present time, installation and commissioning
potential fires at RNG facilities, including of equipment is underway. The company
evacuating personnel. plans to conduct training for a professional
fire brigadeto obtain a license from the
Before the end of 2020, it is planned Russian Emergencies Ministry in the area
to commission the fire extinguisher of “installation, maintenance and repair of
maintenance stations (repair, reloading, primary fire fighting equipment”. The license
testing, painting of cylinders) at the NPU- will allow the RNG Fire Safety Department to
100 fire station. The company purchased conduct full maintenance of its own primary
a complete set of equipment for servicing fire fighting equipment.
46 47RNG / SUSTAINABLE DEVELOPMENT REPORT RNG / SUSTAINABLE DEVELOPMENT REPORT
6.6 Industrial 6.7 Traffic safety
and technical safety service
The company has concluded the following agreements for servicing A road safety service was organized to work on the prevention of road
hazardous production facilities: accidents. The main objectives of the service is to create road safety
systems and prevent traffic accidents. The tasks of the service also
- on the liquidation of emergency oil product spills at oil production, include:
storage and treatment facilities and an agreement for servicing
• development, implementation of measures to ensure trouble-free
gas distribution and gas consumption networks by the gas rescue
operation of company vehicles, improving the professional skills of
service. In these areas, agreements have been concluded with
drivers;
the emergency rescue team LLC ASF Security Service. The rescue
team is in a constant state of readiness for the localization and • organization of the «Road Safety» campaign;
liquidation of accidents at oil, gas and gas production, storage and • monitoring the activities of other divisions of the enterprise related to
treatment facilities; resolving issues of ensuring road safety, efficient use of vehicles;
• monitoring the release of serviceable vehicles, equipped in accordance
- on the liquidation of gas and oil manifestations. In this area, an
with the Rules of the road for vehicles on the line;
agreement has been concluded with the emergency rescue team
LLC Upstream Service. This emergency rescue unit is in a state of • allow only qualified drivers to drive vehicles;
constant readiness for the localization and liquidation of accidents • Inspection of road conditions on routes;
at oil production facilities. • organization of pre-trip and other medical examinations for drivers,
monitoring the availability and correctness of registration of travel and
freight documents;
• monitoring whether employees comply with the rules and standards of
labor protection, production, labor discipline, internal labor regulations;
Training and professional • monitoring (escorting) the transportation of dangerous, bulky goods
development by special rolling stock.
The company annually pays for the following employee training and
professional development courses:
- labor protection for engineers (24 employees);
- labor protection at work at heights (82 employees);
- gas and oil manifestation (96 employees);
- first аid service (197 employees);
- sling work (44 employees);
- cradle worker training (22 employees);
- serving pressure vessels (41 employees);
- air sampling (56 employees);
- training on the right to handle hazardous waste (4 employees);
- attestation and certification of welders at the National Agency for
Welding Control (12 employees);
- industrial safety (5 employees).
48 49RNG / SUSTAINABLE DEVELOPMENT REPORT RNG / SUSTAINABLE DEVELOPMENT REPORT
6.7 Digitalization OIS Production and USOI
In 2019, employees of the company launched the OIS Production system and USOI (system
of process control systems of operational production accounting, the formation of daily reports). Both systems -
developed by Russian specialists- allow the tracking of dozens of processes and operations:
accounting and control of oil production, optimization of field development and operation,
standardization of business processes, a monitoring system for maintaining reservoir
Automated Process Control System (APCS) pressure, automation of the work of supervisors and so on.
In 2018, RNG purchased a process control and emergency protection system
manufactured by the American company Emerson. The system allows for a safer
System Tasks: • Online tracking of data from production oil,
and more efficient production process.
• сstandardization of business processes; gas and other wells by reading information
The automation system of technological processes is designed to implement • reducing the impact of the «human factor» from Controlwave control system sensors
centralized control of the technological process of extraction, preparation, in business processes; from Emerson international company.
storage and transport of extracted products; life-supporting systems for • automation of routine operations;
monitoring the state of the fire and gas situation, as well as effective protection • optimization of field development and Eldoc System has been implemented for the
and timely shutdown of the technological process in case of an accident threat operation; digitalization, cataloging and visualization
and its localization, according to specified algorithms. • decision support; of geological documents:
• optimization of operating and investment • includes a set of programs and
costs. applications for the work of specialists
The technology consists of various independent systems: from the geology, development and
OIS Production system – in order to maintain drilling departments. Programs enable
Distributed Control System (DCS) automated control of technological
operational information on the condition quick research results, production reports
structures. DCS is also intended to protect the life and health of production
of wells, process oilfield information for from the field and drilling reports;
personnel, technological equipment, and the environment by detecting and
accounting for oil, liquid, gas production,
notifying at an early stage leaks of hydrocarbons, as well as preventive measures • daily replenishment of data with the
pumping agents into formations:
in case of explosions. results of well drilling, core surveys, deep
• includes a set of application programs
The Emergency Protection System (TEPS) ensures the safety of the process with the help of which geologists, oil and gas samples, seismic surveys,
and equipment in order to protect personnel, equipment, material assets and the technologists, and chemical analytical scientific research, magnetic exploration,
environment. TEPS is completely independent of the distributed control system, laboratory operators interact to evaluate gravity exploration, geological and
and stopping the latter will not lead to failure of this safety-keeping system. and control the technological parameters hydrodynamic models, etc.
The Automatic Fire and Gas Safety System (TAFGSS) is a special certified of the wells, including prevention of an
system designed for the timely detection of fire and gas hazards, as well as emergency operation.
light and sound alerts of central control personnel, and automatic control of the
corresponding fire extinguishing installations.
The telemechanics system is designed to control and manage field facilities Connection
(single wells, crane platforms, SOD receiving-launch units), remote auxiliary RNG Energo LLC is implementing a project for laying
facilities, and objects of external production transport systems (oil, gas, a fiber-optic communication line from the territory
condensate). of the Eastern Blocks to the Mirny – Lensk highway
with further connection to the fiber-optic network of
PJSC FGC UES, connecting offices in Moscow, Mirny
and EB SB OGCF to form one fiber-optic network and
automate the receiving of information from drilling
rigs. This communication line will not only provide
high-speed digital communications and Internet access
to production facilities and shift camps, but will also
become a backup communication line for the village of
Tas-Yuryakh, where the construction of FOCLs of PJSC
Rostelecom is currently being completed.
Implementation of electronic
document management
RNG has an electronic document management
system. Acts, accounts, orders, financial reports,
contracts, applications for the selection of personnel, the
procurement of goods and services, inventory accounting
are all passed through an electronic system.
50 51RNG / SUSTAINABLE DEVELOPMENT REPORT RNG / SUSTAINABLE DEVELOPMENT REPORT
6.8 Environmental Care
Environmental monitoring Taking care of water resources
The responsible attitude of the company to issues The company protects the water life of
of preserving the ecological balance in the region Yakutia. In 2018-2020, ecologists from RNG
is a priority. released 500 thousand Peled baby fish
The company conducts environmental (salmon family) into the rivers of Yakutia.
monitoring along the Eastern blocks of the The fish were raised in the laboratory at
Srednebotuobinskoye oil and gas field following the Chernyshevsky fish hatchery. The
the approved Program for 2016-2020, agreed spawn were released into the tributary
with the Ministry of Ecology, Nature Management of the Vilyui reservoir, the Aan’aah river,
and Forestry of the Republic of Sakha (Yakutia) which flows through the territory of the
(10-09/6-1665 from 06/04/2016). Mirninsky District. According to the results
of research by scientists of the Russian
Specialized organizations (such as The Ammosov
Federation Research Institute of Fishery and
North-Eastern Federal University Research
Institute for Applied Ecology of the North,
Oceanography, it is the Vilyui reservoir and its
accredited laboratories: Federal State-Funded tributaries that have the necessary food base
Healthcare Institution “Center for Hygiene and for salmon fish, the right temperature regime
Epidemiology in the Republic of Sakha (Yakutia)”, and all other conditions for its survival and
Federal Government Institution “Center for reproduction. In 2021, environmentalists
Laboratory analysis and Technical Measurements of the Company plan to release more than
in the Republic of Sakha (Yakutia)” and others) are 200,000 fry, and from 2022 more than
involved. 180,000 fry will be released annually.
Care for the diversity of the wildlife of Yakutia
Hunting and fishing are
prohibited on the territory
of the Eastern blocks of
the Srednebotuobinskoye
oil and gas field. In 2019,
for the first time during
observation, flocks of
swans and wild ducks
could be seen in the
area of the raw water
intake facility built by
the company on the
river Taas-Yuryakh The
design of the water
intake structure allows
it to work without using
the Taas-Yurekh River
resources. The reserves
are replenished by flood
waters.
Water intake structure
on the Taas Yureh River,
built by the company.
Net pit volume 500,000 m3
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Solid waste disposal Protection of atmospheric air
• Annual effective monitoring of emissions of harmful substances into the air is conducted
The company is planning to put a waste disposal site into service on the territory of the by the accredited laboratory of the Center for Hygiene and Epidemiology of the Republic of
Eastern blocks of the Srednebotuobinskoye oil and gas field. To neutralize oxidation Sakha (Yakutia), alongside with the instrumental monitoring of emissions from vehicles
waste, the company purchased an incinerator that disposes waste of hazard classes (“AutoTest-01.02” devices and “Meta-01MP” smoke meter).
III to V.
Technical data:
• capacity - 10 thousand tons
• service life - 25 years
• square footage - 2.29 ha
• the map for the waste of iv hazard class disposal, with a capacity of 17,856 m3
• sludge storage pits for oil-contaminated waste — 1,600 m3
• sludge storage pit for oil-contaminated soil - 500 m3
• SEER prior approval No. 19 dated 24/08/2018
• to be commissioned in 2020
Land and forest protection
• Approval and completion of 193 lease agreements for
State Forestry land plots with an area of 3,312.56 ha
of forest development projects;
• 6 lease agreements for industrial land;
•12 lease agreements for forest plots with an area of
• The company has permits for the disposal of wastes of I – IV hazard classes; 291,68 ha are to be registered;
• The company is licensed to handle hazardous waste; • The total area of forest plots in the Eastern Blocks of
Srednebotuobinskoye oil and gas field is 3, 604.24 ha;
• Sludge pits of well pads No. 1, 2, 3, 4, 5, 6, 7 are registered in the State Register
• In 2015-2019, 531,89 ha of land were reclaimed on the
of Waste Disposal Facilities;
Eastern blocks of the Srednebotuobinskoye oil and
• Availability of a document on approval of standards for waste generation and limits gas field and transferred back to the State Forestry.
for their disposal.
54 55RNG / SUSTAINABLE DEVELOPMENT REPORT RNG / SUSTAINABLE DEVELOPMENT REPORT
Mulching
When mulching, the company uses equipment manufactured
by the German company AHWI GmbH.
The company applies mulching technology everywhere, as
the method has a beneficial effect on the soil and plants:
• retains water in the soil;
• reduces the number of weeds;
• prevents soil overheating in summer and freezing in
winter;
• prevents soil erosion;
• prevents the formation of crust on the soil, which
improves the absorption of water into the soil;
• preserves soil friability;
• mulch plants form more subordinate roots.
Reclamation program
Three quarries (Khoyuk, Botuobinsky, Kudulakhsky) with a total
area of 100 hectares were reclaimed in 2018.
RNG land reclamation by years:
• 2015 – 144.02 ha • 2019 – 24.85 ha
Reclamation helps to restore soil fertility. Reclamation is carried out sequentially in two
stages: technical and biological. The technical stage includes planning, slope formation, • 2017 – 87.9761 ha • 2020 - 49.0 ha
removal and application of the fertile soil layer, the installation of hydraulic and land
reclamation facilities, and the burial of toxic overburden. The biological stage includes a
set of agrotechnical and phytomeliorative measures aimed at improving the agrophysical, • 2018 – 105.08 ha
agrochemical, biochemical and other properties of the soil.
56 577 Regional Presence
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7.1 Climatic and environmental 7.2 Infrastructure projects
conditions VostSibSpetsMontazh LLC, a subsidiary of RNG, is building
a bridge across the Malaya Botuobuya River as part of
the construction of the Vilyuy A-331 federal highway. The
RNG operates in the Mirninsky District of and low temperatures. The average monthly commissioning of the bridge is scheduled for the end of
the Republic of Sakha (Yakutia) - in severe air temperature in January falls within the October 2020. The project was presented at the investment
climatic conditions and at a considerable range of -28 °C to - 40 °C. Temperatures in forum “Western Yakutia - new opportunities” in Mirny. A two-
distance from industry and educational winter may reach -53-57°C. lane bridge 192 meters long will be built in the 1,157 km of
institution centres. The Eastern Blocks of the the Vilyui highway and will connect the Mirny and Suntarsky
Srednebotuobinsky oil and gas condensate In summer, the maximum temperature districts. In the course of the work of the company, it is also
field are located within the Lena-Vilyui Plain reaches +30°C. Snow cover of flat surface necessary to equip access asphalt roads to the bridge.
of the Central Siberian plateau, in the area areas is 35-50 cm. The number of snow cover
between the Lena and Vilyui river, in the days is 200 per year. VostSibSpetsMontazh also concluded a state contract for
mid-channel of the Ulakhan-Botuobuya (the the repair of one of the key transport arteries of the Republic
right tributary of Vilyui). The hydrography of of Sakha (Yakutia) of the A-331 Vilyuy highway on the route
the district is also represented by the Taas- The main feature of the engineering- Tulun - Bratsk - Ust-Kut - Mirny - Yakutsk. We are talking about
Yuryakh river and several other smaller ones. geological conditions of the field is the work on the km 1 295+000 - km 1 310+ 585 section. The length
widespread development of permafrost of the site is more than 15 kilometers. The customer is FKU
The climate of Mirninsky District is severe rocks that lie to a depth of 400 m. The «Management of the public highway of federal importance»
continental, with long, harsh winters and maximum thickness of seasonal thawing of Vilyui «of the Federal Highway Agency.» According to the
short warm summers: the average duration 3.5–3.9 m is typical for watersheds covered contract, VostSibSpetsMontazh is due to complete work by
of winter is seven months, with clear weather with pine forests. . October 31, 2020.
The Vilyuy highway is the only transport corridor between
the Irkutsk region and Yakutia through which cargo is delivered
for the development of large deposits in the west of Yakutia.
Office reconstruction in Mirny
RNG completed the reconstruction of the office in Mirny, as
a result, the office’s working space increased by 500 square
meters, amounting to 1,500 square meters. The company
strives to create the most comfortable environment for
employees.
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7.3 Social projects
Employees of RNG are in constant contact with representatives of tribal communities and
villages. The company provides assistance in solving everyday social problems. The RNG
supplies drinking water to a school in the village of Tas-Yuryakh and in the village of Suldyukar.
The company filled in two roads between the school, kindergarten and club in the village of
Tas-Yuryakh. The work was completed by its own staff and using special equipment. Crushed
stone was provided by GPP Yakutsky Dolerit LLC.
7.4 Educational projects
The company participates in educational projects of the Mirny district. Employees of RNG
are specialists in the field of automation, production management, oil and gas production
in educational projects of Mirny College of Technology. In the project “Process factories
for training personnel for the oil and gas industry”, the company is an expert in the field of
exploration, production of oil and gas in difficult climatic conditions.
RNG also implements the program “Management of changes in the vocational training
system for the region’s economy”, developed by the Moscow School of Management
SKOLKOVO REGION-PROFI in cooperation with Mirny College.
Employees of RNG regularly give lectures on oil and gas topics in educational institutions.
Every year, students of specialized universities in the format of student teams participate in
a paid summer internship at the field.
Student teams
The company annually conducts recruitment of
student teams among students at higher educational
institutions and secondary specialized educational
institutions for paid work in the Eastern blocks of the
Srednebotuobinsky field.
In 2018, summer student teams took part in the
construction of the Central oil collection point at
the field. The company paid for the work, provided
housing, meals and a transfer from the city of Mirny
to the Eastern blocks of the Srednebotuobinsky field.
RNG provides expert and technological support
in organizing the project “Factory of processes for
training personnel for the oil and gas industry”. The
project was launched by Mirny District Technical
College.
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