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ISSN: 2692-5206, Impact Factor: 12,23
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THE ROLE OF GREEN TECHNOLOGIES IN THE OIL AND GAS INDUSTRY
Gafurov Sh.N.
3rd year student of TDTU, majoring in "Economics"
Abstract.
This article discusses the need and importance of using green technologies in the oil
and gas industry. It also provides relevant conclusions and suggestions on the positive or
negative economic, social and environmental consequences of the transition to green
technologies.
Keywords.
Green technologies, green economy, green energy, oil and gas production and
transportation technologies, environmental damage, economic profit.
Introduction
The oil and gas industry has been a pillar of the global economy for centuries. It is
central to powering transportation systems, heating homes, and driving industry. However, the
environmental impact of the industry, particularly greenhouse gas emissions and the severe
damage they cause to ecosystems, is attracting increasing scientific and public attention. Now,
more than ever, the oil and gas sector needs innovative solutions to ensure a sustainable future.
In this context, green technologies are emerging as a significant wave of innovation.
They not only promise solutions to environmental problems, but also ensure the sustainability
of the enterprise by improving its financial performance and adding value to operational
efficiency. Why green technologies? These green technologies aim to mitigate climate change
by stopping the causes of pollution, conserving natural resources and preserving biodiversity.
For example, Carbon Capture and Storage (CCS) technologies aim to capture carbon dioxide
(CO2) from the atmosphere and store it underground, while Shell is investing heavily in electric
vehicle charging infrastructure and renewable energy projects with the aim of achieving net
zero emissions by 2050. This will help to significantly reduce carbon emissions.
WorldWhile the transition to these technologies on a large scale is becoming
increasingly urgent, measures to achieve a "green economy" have already begun in Uzbekistan.
In particular, the "Development Strategy of New Uzbekistan for 2022-2026"development
strategy"A number of works are being implemented to implement the set tasks, increase the
effectiveness of measures taken to ensure "green" and inclusive economic growth within the
framework of the strategy of the Republic of Uzbekistan's transition to a "green" economy,
further expand the use of renewable energy sources, and save resources in all sectors of the
economy.
The problematic issues related to climate change have a negative impact on the
effectiveness of the reforms being implemented in the country, in particular, on economic
growth and poverty reduction, and on ensuring environmental and food security. Accordingly,
in this direction, great attention is paid to reducing the impact of climate change in the country
1
Decree of the President of the Republic of Uzbekistan No. PQ-436 dated December 2, 2022
ANNEX
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page 1966
and adapting to it, accelerating measures to transition to a "green" economy, and promoting a
"green" and inclusive economic growth model.
In this regard, in order to stimulate "green" economic growth in the country, rational use
of natural resources, attract "green" investments, and mitigate the negative impact of the
environmental crisis, the President of the Republic of Uzbekistan adopted the Strategy for the
Transition of the Republic of Uzbekistan to a "green" economy for the period 2019-
Therefore, the introduction of green technologies in this area is not only
an environmental necessity, but also an important factor for ensuring economic and social
sustainability. Green technologies ensure the economic sustainability of companies by reducing
environmental pollution, using resources efficiently, and increasing their operational efficiency.
Research methodology
This study provides a comprehensive analysis of the necessity, importance, economic,
social and environmental consequences of the use of green technologies in the oil and gas
industry. Through a systematic approach, the environmental, economic and social aspects of the
oil and gas industry are considered as an interconnected system. Comparative analysis provides
a comparative analysis of international experience and Uzbekistan's policy, legislative
framework and practices in this area. Statistical analysis analyzes available statistical data,
including data on oil and gas production, processing, transportation volumes, energy
consumption, greenhouse gas emissions and investments. The forecasting method helps to
predict the future economic, social and environmental consequences of the introduction of
green technologies in the oil and gas industry.
Literature review
Research on green technologies in the oil and gas industry and their economic, social,
and environmental effectiveness is becoming increasingly relevant both globally and in
Uzbekistan. Many foreign and domestic economists have conducted scientific work on this
topic.
Foreign economists ME Porter and C. van der Linde in their work “Toward a New
Conception of the Environment-Competitiveness Relationship” theoretically substantiate the
impact of environmental protection on economic competitiveness, in particular, the “Porter
Hypothesis” that green technologies stimulate innovation and increase the efficiency of
companies. JDSachs' book The Age of Sustainable Development discusses global problems and
solutions for sustainable development, and the role of green technologies in the energy sector,
including the oil and gas industry, is widely covered. BKSovacool and A.D'Agostino in their
study Energy Systems in the Era of Climate Change: The Green Transition analyzed the
transformation of energy systems in combating climate change, in particular the transition of
the oil and gas industry to renewable energy and strategies for introducing green technologies.
Uzbek economist S.O. Gafurov, in his work “The Importance of Innovative
Technologies in the Transition to a Green Economy,” examined the role and importance of the
use of innovative technologies in the development of a green economy in Uzbekistan.
BTSalimov, in his work “Ways to Increase Energy Efficiency in the Oil and Gas Industry,”
covered issues of increasing economic efficiency in the oil and gas industry through the
introduction of energy-saving technologies. AMAbdullayev, in his article “Prospects for the
Use of Renewable Energy Sources in Uzbekistan,” analyzed the development of renewable
energy sources in Uzbekistan and their impact on the oil and gas sector. J.A. Usmanov, in his
2
Resolution of the President of the Republic of Uzbekistan No. PQ-4477 dated 04.10.2019.
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study “Green Technologies and Their Impact on the Economy of Uzbekistan,” examined the
macroeconomic effects of the large-scale introduction of green technologies in Uzbekistan.
This literature serves as an important source for understanding the theoretical
foundations, practical experiences, and economic, social, and environmental consequences of
implementing green technologies in the oil and gas industry.
Analysis and results
At a time when the impacts of global warming demand urgent action, oil and gas
companies are playing a key role in reshaping their operations in a more environmentally
sustainable manner. Traditionally known for its high greenhouse gas emissions, the industry is
now shifting towards more environmentally friendly approaches that aim to reduce the
environmental impact of oil and gas operations. This shift is not only a response to regulatory
pressures, but also a reflection of the important role of the oil and gas sector in the global
economy and a growing awareness of energy consumption and environmental responsibility.
The widespread use of green technologies in the oil and gas industry is becoming
increasingly important. The economic and environmental benefits that this brings are also
making this trend increasingly important. For example:
-
Although high, it can lead to significant savings in energy, waste and regulatory
compliance in the long term. Energy efficiency techniques, such as optimizing energy
consumption in production processes through advanced control systems and heat recovery
technologies, can significantly reduce costs. According to 2023 reports, a 1% increase in energy
efficiency can reduce a company's operating costs by an average of 0.5%
-
Consumers are supporting environmentally friendly practices. Companies like
TotalEnergies are developing strategies to reduce methane emissions while investing in natural
gas production and infrastructure, demonstrating their commitment to sustainability. Research
shows that more than 70% of consumers globally prefer environmentally friendly products and
services, confirming this trend.
Table 1. Green technologies used in the global oil and gas industry
No
.
Green
technology
Usage
Brief description
Examples
1
Carbon capture,
storage
and
recycling (CCUS)
Mining,
Recycling
Capture and store CO₂ gas
underground or process it in
technological processes.
Shell
(Canada),
ExxonMobil
(USA), Equinor
(Norway)
2
Detecting
and
reducing methane
leaks
Mining,
Transportation
Detecting
and
reducing
methane emissions through
artificial intelligence, drones,
and satellites.
BP,
TotalEnergies,
Chevron, GHGSat
3
Solar and wind
energy integration
Mining,
Transportation
Providing electricity to oil
and gas facilities using solar
and wind energy.
Equinor
(Norway), Shell
(Oman)
4
Water recycling
and reuse
Mining
Reducing waste by treating
and reusing water used in
production.
Chevron,
Halliburton
5
Digital
optimization and
energy efficiency
Mining,
Recycling
Reducing
energy
consumption using digital
twins
and
artificial
BP,
Shell,
Schlumberger
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ISSN: 2692-5206, Impact Factor: 12,23
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page 1968
intelligence.
6
Electrification of
equipment
Mining,
Transportation
Replacing diesel or gas-
powered equipment with
electric ones.
Equinor,
ConocoPhillips
7
Green hydrogen
production
Recycling
Converting
water
into
hydrogen through electrolysis
from renewable sources (sun,
wind).
Repsol
(Spain),
ADNOC (UAE),
BP & Ørsted
8
Biofuel
integration
Recycling
Production of low-carbon
fuels
from
bio-based
feedstocks.
Neste, Shell, ENI
9
Direct Air CO₂
Capture (DAC)
Recycling
(also
independent)
Capture CO₂ directly from the
atmosphere and store or
process it.
Occidental
+
Carbon
Engineering
(USA),
Climeworks
10 Zero-emission
drilling rigs
Mining
Reducing
waste
through
electric or battery-powered
drilling rigs.
Nabors,
Helmerich
&
Payne
11 Artificial
intelligence-based
carbon
management
platforms
All stages
Digital
applications
for
identifying, analyzing and
reducing carbon footprint.
Microsoft
+
Schlumberger,
C3.ai
12 Green
logistics
and
low-carbon
transportation
Transportation Ships and vehicles running on
low-carbon fuels such as
LNG, methanol, ammonia.
Maersk,
Shell,
Total Energies
Most of the above green technologies used globally are in developed countries. G7
countries such as the USA, Spain and France have already taken major steps towards a “green”
economy in the oil and gas industry. Although not all of these technologies are used in
Uzbekistan, some of them are being used in oil and gas fields and enterprises:
Table 2. Green technologies in the oil and gas industry of Uzbekistan
No. Company name
Technology
Function
Area
1
Uzkimyosanoat
&
ACWA Power
Green
hydrogen
production
Chemical
industry
Chirchik, Tashkent
region
2
ACWA Power
Solar energy integration
Power supply
Yukorichirchik,
Tashkent region
3
ACWA Power
Wind energy integration
Power supply
Bukhara region
4
Surhan Gas Chemical
Operating Company
Energy efficiency and
waste reduction
Gas processing
Baysun,
Surkhandarya
region
As a result of the application of these technologies, each of the listed oil and gas
enterprises in our republic is able to make a greater contribution to both economic and social
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production. The economic and social developments observed in them over the past 3 years are
as follows:
Table 3. Economic and social changes in the enterprise, 2022-2024.
No. Technology
Enterprise/Region Financial
savings
New market
opportunities Job creation
1
Green
hydrogen
production
Uzkimyosanoat &
ACWA
Power
(Chirchik)
3,000 tons of
hydrogen
will
save
~20.4
million m³ of
gas.
Full
project:
~830
million m³ of
gas
120,000 tons
of
hydrogen
export
potential
per
year, reducing
20 million tons
of CO₂
3.5-4 thousand
jobs
in
construction
and operation
2
Wind energy ACWA
Power
(Bukhara region)
Long-term
affordable
electricity
supply through
$658
million
investment
500
MW
project
Prevents 247
million tons of
CO₂ emissions
per year
550-650 jobs in
construction
and
maintenance
3
Energy
efficiency
and
waste
reduction
Surhan
Gas
Chemical
(Surkhandarya)
Operating costs
decrease (heat,
water,
energy
savings)
"Green" export
markets
will
open for low-
carbon
products
Jobs will be
created
in
technical
service,
automation and
monitoring
Green technologies, especially solar and wind energy, improve air quality by producing
hydrogen and obtaining energy from clean sources. The amount of harmful substances (NOx,
SO₂, CO₂, PM2.5) generated by traditional thermal power plants or gas combustion is reduced,
which reduces the risk of respiratory diseases, cardiovascular problems and oncological
diseases. For example, the 500 MW wind project in Bukhara will prevent 247 million tons of
CO₂ emissions annually, which will have a direct positive impact not only on the global climate,
but also on local air quality and public health. In addition, the green hydrogen project in
Chirchik will reduce industrial waste and gases, making the environment cleaner.
In regions where green technologies are being introduced — for example, Chirchik,
Bukhara, Yukorichirchik — the environmental literacy and awareness of the population and the
younger generation is increasing. Since large projects are being implemented with the
participation of international investors, they are widely covered in the local media. This leads to
increased attention to environmental issues, interest in renewable energy, and the formation of
environmental protection habits. The opening of "green economy" directions in higher
education institutions, environmental trainings and social campaigns at enterprises are
strengthening this process.
Large international companies – ACWA Power, Uzkimyosanoat, Surhan Gas Chemical
– are taking on not only economic benefits, but also social and environmental responsibility
when operating in Uzbekistan. They are establishing environmental monitoring systems,
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page 1970
implementing the principles of “clean production” by choosing green technologies. This also
serves as a positive example for local enterprises. In particular, processes such as reducing the
carbon footprint, saving resources, and obtaining green certificates are forcing enterprises to
adapt to international environmental standards.
The introduction of green technologies is becoming an important factor in Uzbekistan
not only for economic or environmental, but also for social stability. Air and water quality is
improving, diseases are decreasing; the population's ecological culture is growing; and
enterprises are becoming more aware of social and environmental responsibility in their
activities and are beginning to apply it in practice. This creates a solid foundation for building a
healthy and sustainable society in the future.
Conclusion and suggestions
The introduction of green technologies in Uzbekistan's oil and gas industry is currently
considered not only an environmental necessity, but also a strategic economic direction. Large
projects implemented in the country (in particular, hydrogen, solar and wind energy projects in
cooperation with ACWA Power and Uzkimyosanoat) show that this sector is now focused not
only on hydrocarbon extraction, but also on the integration of carbon-free energy sources.
Uzbekistan is moving towards shaping its oil and gas industry not as an environmentally
burdensome sector, but as a driver for a “green transition.” In other words, the sector is not only
a means of reducing emissions, but also:
development of new green economic clusters (e.g. hydrogen cluster, low-carbon logistics);
realistic connection of science and education with industry (research-based energy projects);
is becoming a key platform for broader reforms such as “greening” the local supply chain
(e.g., using environmentally certified materials).
It is from this perspective that Uzbekistan's green energy transition strategy can be viewed as a
model of national transformation that combines economic growth, environmental security, and
social stability. Approaches based on the integration of public policy, the private sector, and
international cooperation are of strategic importance on this path.
References:
1. Resolution of the President of the Republic of Uzbekistan No. PQ-4477 “On approval of
the Strategy of the transition of the Republic of Uzbekistan to a “green” economy for the
period 2019-2030”, 04.10.2019.
2. State Program of the President of the Republic of Uzbekistan "Transition to a "green"
economy and ensuring "green" growth in the Republic of Uzbekistan until 2030",
Appendix 1 to the Resolution of the President of the Republic of Uzbekistan No. PQ-436
dated December 2, 2022.
3. Porter, ME, & van der Linde, C - "Toward a New Conception of the Environment-
Competitiveness Relationship." Journal of Economic Perspectives, 9(4), (1995), 97-118.
4. Sachs, J. D - The Age of Sustainable Development, (2015).
5. Sovacool, BK, & D'Agostino, A - Energy Systems in the Era of Climate Change: The
Green Transition, (2018).
6. Gafurov, S. O – “The importance of innovative technologies in the transition to a green
economy.” Economics and Innovative Technologies, (5), (2020), 180-186.
7. Salimov, B. T – “Ways to improve energy efficiency in the oil and gas industry.” Science
and Technology Development, (2), (2021), 98-103.
