Asia-Pacific Artificial Lift Market By Lift Type (Reciprocating Rod Lift, Electric Submersible Pumps, Gas lift, Progressing Cavity Pumps, Jet Pump, Others), By Application (Onshore, Offshore), By Mechanism (Pump Assisted, Gas Assisted), By Well Type (Horizontal, Vertical), By Country, Competition, Forecast and Opportunities, 2020-2030F

Forecast Period	2026-2030
Market Size (2024)	USD 2.85 Billion
Market Size (2030)	USD 4.85 Billion
CAGR (2025-2030)	9.09%
Fastest Growing Segment	Reciprocating Rod Lift
Largest Market	China

Market Overview

Asia-Pacific Artificial Lift Market was valued at USD 2.85 Billion in 2024 and is expected to reach USD 4.85 Billion by 2030 with a CAGR of 9.09% during the forecast period. 

The Asia-Pacific artificial lift market is witnessing robust growth, driven by rising energy demand, aging oilfields, and the increasing focus on enhancing production efficiency across the region’s upstream oil and gas sector. Countries such as China, India, Indonesia, Australia, and Malaysia are spearheading oil and gas activities, contributing to the sustained demand for artificial lift technologies. As many of the region's mature wells experience declining natural pressure, artificial lift systems—particularly electric submersible pumps (ESPs), rod lift systems, and gas lift solutions—are being widely adopted to maintain and boost hydrocarbon production rates. This trend is further reinforced by the shift toward deeper and more complex reservoir development, where artificial lift becomes essential for sustaining economic viability.

Technological advancements are playing a key role in reshaping the competitive landscape. Smart artificial lift systems, such as digitally enabled ESPs and intelligent gas lift optimization tools, are gaining momentum due to their ability to provide real-time monitoring, remote control, and predictive maintenance capabilities. These features help operators reduce downtime, extend equipment lifespan, and lower operational costs. Several oilfield service companies are investing in R&D and expanding their service portfolios to cater to the increasing demand for cost-effective and efficient lift solutions tailored to Asia-Pacific’s diverse field conditions.

Government initiatives to increase domestic oil production and reduce import dependency are further supporting the market. For instance, India’s push for upstream investment through policies like the Open Acreage Licensing Policy (OALP) is expected to spur exploration and production (E&P) activities, thereby driving demand for artificial lift equipment. Similarly, in China, the government is encouraging enhanced oil recovery (EOR) techniques, which align well with artificial lift system integration.

Despite the positive outlook, the market faces challenges such as fluctuating crude oil prices and limited access to skilled labor for advanced lift technologies in some developing economies. However, strategic collaborations between international oilfield service providers and regional E&P companies are mitigating these barriers, fostering technology transfer and operational excellence.

Key Market Drivers

Aging Oilfields and Declining Reservoir Pressure

A primary driver of the Asia-Pacific artificial lift market is the prevalence of mature oilfields experiencing declining reservoir pressure. Countries such as Indonesia, China, and India are home to several aging oilfields where natural drive mechanisms are no longer sufficient to sustain economic production. Artificial lift systems are increasingly deployed to extract hydrocarbons from these depleted reservoirs.

In mature basins like Daqing (China) and Mumbai High (India), over 70% of wells require some form of artificial lift. Artificial lift technologies—especially rod lifts and ESPs—are essential to offset the production decline and extend the economic life of these wells. As these fields account for a substantial portion of domestic oil output, maintaining their productivity is strategically vital for energy security. According to the International Energy Agency (IEA), over 60% of total oil production in Southeast Asia comes from fields older than 20 years, increasing reliance on artificial lift systems.

Rising Oil Demand and Domestic Production Push

The continuous growth in energy consumption across the Asia-Pacific region—especially from industrial and transportation sectors—has pushed governments to enhance domestic oil production. Artificial lift systems enable higher output from existing wells, reducing reliance on imports and improving energy independence.

India, for example, is the world’s third-largest oil consumer, importing nearly 85% of its crude requirements. To address this, the government is encouraging production through policies like HELP and OALP. Artificial lift plays a vital role in increasing recovery rates, especially from marginal and low-pressure wells. India's oil demand reached 4.9 million barrels per day in 2024, up 3.6% from the previous year, according to BP Statistical Review, reinforcing the need for enhanced domestic output.

Shift Toward Deepwater and Unconventional Resources

With conventional onshore reserves maturing, exploration is expanding into deepwater and unconventional fields across Asia-Pacific. These fields typically have complex extraction challenges and require artificial lift systems from the early stages of production to maintain flow and manage high water cuts.

Australia and Malaysia have advanced offshore development strategies, with increasing emphasis on electric submersible pumps (ESPs) and progressing cavity pumps (PCPs). Similarly, China and India are investing in shale and tight oil development, where artificial lift is a standard operational requirement due to low reservoir permeability and pressure. Petronas plans to invest over USD 40 billion in upstream projects by 2030, with a strong focus on offshore Malaysia, where ESP adoption is projected to grow by over 25% in new wells.

Technological Advancements in Smart Lift Systems

Technological innovation is significantly enhancing the efficiency of artificial lift operations in the region. The deployment of intelligent lift systems—featuring IoT integration, real-time data analytics, and automation—enables precise control over production parameters, predictive maintenance, and reduced operational downtime.

Companies such as SLB, Baker Hughes, and Weatherford are expanding their presence in Asia-Pacific by introducing next-generation ESPs and intelligent gas lift systems. These solutions are increasingly being preferred by operators looking to reduce lifting costs, improve well uptime, and maximize resource recovery, especially in remote and offshore fields. SLB reported that smart ESPs reduce lifting costs by 15–20% and downtime by up to 30%, according to a 2024 internal case study conducted in offshore Australia.

Supportive Regulatory Frameworks and Investment Incentives

Governments across the region are implementing supportive policies to revitalize upstream investment and promote enhanced oil recovery (EOR), in which artificial lift systems play a crucial role. These include tax benefits, faster clearances, and investment-linked incentives that attract both national and international oilfield service providers.

For instance, China’s National Energy Administration promotes advanced recovery techniques and digital oilfield transformation. Likewise, India’s Discovered Small Field (DSF) bid rounds and revised PSC terms are attracting new exploration and production players, who view artificial lift as a key enabler of project profitability. India’s Directorate General of Hydrocarbons (DGH) approved 60+ new blocks under the HELP framework by 2024, with a majority expected to use artificial lift systems for production enhancement.

 

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Key Market Challenges

High Initial Capital Investment

Artificial lift systems, especially electric submersible pumps (ESPs) and intelligent digital solutions, involve substantial upfront capital investment. The costs encompass not only the equipment but also installation, infrastructure upgrades, and maintenance systems. This poses a significant barrier, particularly in low-margin or marginal fields where project economics are sensitive to capex.

In developing countries like Myanmar, Bangladesh, or parts of Indonesia, small-scale operators often lack access to sufficient capital to implement advanced lift systems. Even larger operators may hesitate to invest in ESPs or intelligent gas lift technologies without guarantees of long-term production improvement or price stability.

Additionally, price volatility in global oil markets leads to uncertain return-on-investment (ROI), discouraging deployment of high-cost artificial lift systems. This becomes more critical in offshore projects, where installation logistics and service complexities further elevate costs.

As a result, many operators continue using traditional rod lifts or delay artificial lift deployment altogether, impacting overall production potential. Bridging this gap will require innovative financing models, stronger government incentives, or cost reductions through standardization and mass adoption.

Limited Access to Skilled Workforce and Technical Expertise

The successful design, installation, and operation of artificial lift systems require a high degree of technical expertise. In several Asia-Pacific countries—particularly in Southeast Asia and South Asia—there is a shortage of experienced professionals who can manage complex artificial lift deployments and optimize their performance.

Training local technicians in advanced ESP systems, real-time optimization tools, and maintenance protocols remains a challenge, especially in remote and offshore areas. Many companies rely on expatriate engineers, which drives up operational costs and creates dependency on foreign talent.

Furthermore, many regional academic institutions have yet to integrate modern artificial lift technologies into their petroleum engineering curricula. As a result, the workforce entering the oilfield services sector often lacks familiarity with smart lift technologies, data analytics, and digital optimization tools.

To bridge this talent gap, oilfield service companies and governments will need to invest in technical training, establish regional centers of excellence, and foster industry-academia collaboration. Without addressing this constraint, the deployment of high-performance artificial lift systems may remain suboptimal or limited to a few key markets.

Infrastructure and Logistic Constraints in Remote Fields

Several major oil-producing basins in the Asia-Pacific region are located in geographically challenging areas—such as deep jungles in Indonesia, mountainous regions in China, or offshore blocks in Australia and Malaysia. These locations often lack the infrastructure needed for the timely installation, operation, and maintenance of artificial lift systems.

Heavy equipment like ESPs, drive systems, and monitoring tools require reliable access roads, power supply, and communications infrastructure. In remote fields, these are often unavailable or difficult to maintain. Even simple replacement parts may take weeks to deliver, leading to extended downtime.

Moreover, power availability is a crucial issue for electric-driven systems. Many wells in remote areas lack consistent grid access, making it difficult to deploy ESPs or rod lifts without investing in additional generators or renewable power sources. This adds to both capital and operating expenditures.

As a result, operators sometimes prefer low-maintenance, low-efficiency lifting methods despite lower productivity. These infrastructure limitations hinder technology upgrades and make it difficult to fully realize the benefits of advanced artificial lift systems across the region.

Variable Reservoir Conditions and Complex Well Geologies

The Asia-Pacific region comprises a wide variety of reservoir types—from mature sandstone reservoirs in India to fractured carbonates in China and deepwater high-pressure zones in Australia. This geological diversity poses a technical challenge for artificial lift deployment, as no single solution fits all reservoir conditions.

For instance, high gas-to-oil ratios (GOR), heavy crude, wax buildup, and sand production complicate the selection and operation of lift systems. ESPs may suffer from gas locking, while rod lifts can wear down rapidly in abrasive environments. Selecting and customizing equipment for each reservoir’s specific flow dynamics requires significant time, modeling, and field testing.

In addition, water cut levels often increase unpredictably in mature fields, reducing the efficiency of lift systems over time. Unconventional plays such as tight oil and shale present additional issues such as low permeability and high decline rates, requiring early and precise artificial lift application.

This geological and operational complexity not only increases engineering costs but also affects system reliability and life cycle performance. Operators must continuously adapt or replace lift systems as reservoir behavior changes, reducing long-term cost-efficiency and hindering standardization efforts across assets.

5. Volatility in Oil Prices and Regulatory Uncertainty

Oil price volatility continues to weigh heavily on investment decisions in the Asia-Pacific upstream sector. The economic feasibility of artificial lift implementation is highly sensitive to oil prices, particularly in marginal fields or new exploration blocks. During low-price cycles, companies often delay or scale back artificial lift installations to preserve cash flows.

Moreover, regulatory frameworks in several countries are either underdeveloped or frequently changing. For instance, sudden revisions in tax regimes, royalty structures, or local content rules can disrupt planning and lead to project deferrals. Inconsistent permitting timelines and limited transparency also affect investor confidence.

This regulatory uncertainty discourages long-term investment in advanced artificial lift infrastructure, which typically involves payback periods of several years. Smaller E&P firms are especially vulnerable, as they lack the financial buffers of larger operators.

Addressing this challenge requires governments to develop clear, consistent, and investor-friendly upstream policies, while also ensuring a stable fiscal regime. A predictable regulatory environment would encourage greater adoption of artificial lift systems by reducing perceived risk and increasing operational continuity for oil producers in the region.

Key Market Trends

Increasing Focus on Mature Field Optimization

Mature oilfields in Asia-Pacific—such as the Mumbai High (India), Daqing (China), and Minagish (Malaysia)—are entering advanced stages of decline, prompting a shift in operator focus from exploration to production optimization. Artificial lift technologies have become central to this strategy.

As reservoir pressure declines and water cuts increase, operators are deploying various lift techniques—like ESP retrofits, gas lift expansions, and plunger lifts—to maintain production rates and delay field abandonment. For example, India’s ONGC initiated several ESP and gas lift upgrades in 2023 across mature onshore blocks in Gujarat and offshore fields in the Arabian Sea.

Similarly, China’s national oil companies are adopting artificial lift not only to sustain flow but also to optimize energy consumption per barrel. Recent field trials in 2024 showed that ESP upgrades paired with intelligent motor control reduced power usage by 18% while maintaining output levels.

Mature field optimization is also being driven by favorable government incentives. Countries such as Thailand and Indonesia offer extended production sharing contract (PSC) terms and tax breaks for enhanced recovery efforts. These policies support the business case for capital investments in artificial lift retrofitting.

In the coming years, we expect a further uptick in demand for customized lift solutions—including hybrid systems—that can deal with variable well conditions. Equipment providers offering integrated service packages (design, install, monitor, maintain) are also likely to gain market share as operators seek to extract more from aging assets.

Growing Preference for Electric Submersible Pumps (ESPs)

Electric Submersible Pumps (ESPs) are increasingly becoming the preferred artificial lift method across many Asia-Pacific markets due to their high volume handling capabilities, deep-well suitability, and compatibility with digital monitoring systems.

The trend is especially pronounced in offshore and deep onshore assets in countries like Australia, Malaysia, and Vietnam, where high production flow rates and challenging depths make ESPs more viable than traditional rod lift systems. Recent installations in offshore Australia have leveraged new-generation ESPs with variable frequency drives (VFDs), enabling operators to adjust motor speeds in real time based on well output.

Moreover, ESPs are being enhanced with wide-range capabilities—as seen in SLB’s Reda Agile™ systems—allowing a single system to function efficiently across a broader operating envelope. This reduces the need for frequent replacements, saving both capex and opex for the operator.

In 2023, ESPs accounted for over 35% of new artificial lift installations in offshore Southeast Asia, with this number expected to grow as legacy fields require robust and scalable lifting solutions. In addition, digital control systems bundled with ESPs are allowing better forecasting of system wear and tear, leading to longer equipment lifespans and fewer shutdowns.

This growing preference for ESPs is also supported by increased domestic manufacturing capabilities in countries like China and India, which are driving down procurement costs and shortening lead times. As technology improves and service networks expand, ESPs are poised to dominate the region’s artificial lift landscape.

Expanding Use of Hybrid and Multiphase Lift Systems

A notable emerging trend in the Asia-Pacific artificial lift market is the growing adoption of hybrid and multiphase lift systems. These systems combine two or more lifting mechanisms—such as gas lift with plunger lift or ESPs with jet pumps—to optimize performance under variable well conditions.

The demand for hybrid systems stems from the increasing complexity of reservoirs, especially in mature fields and unconventional resources. For instance, wells in Indonesia’s Mahakam Delta or China’s tight oil formations often face fluctuating flow regimes, gas slugging, and high sand production. A single lift method often fails to handle these diverse conditions efficiently.

Hybrid systems offer flexibility. For example, using a gas lift to unload the well initially, then transitioning to ESPs for high-rate production, can extend a well's productive life. Such adaptability reduces downtime and minimizes operational intervention.

Pilot projects in India and China between 2022–2024 have demonstrated a 15–20% increase in total fluid recovery using hybrid lift systems compared to traditional methods. Similarly, in Australian shale plays, combined ESP-jet pump systems have helped mitigate issues related to gas interference and solids accumulation.

This trend is also aligned with the industry’s push for digitalization. Smart controllers can seamlessly switch between lift modes based on real-time well performance data, further enhancing production efficiency.

As operators seek more tailored solutions, hybrid systems are expected to see wider implementation, especially where environmental, technical, or economic challenges make single-method lifts insufficient.

Localization of Manufacturing and Service Capabilities

Another key trend reshaping the artificial lift market in Asia-Pacific is the localization of manufacturing and aftermarket services. To reduce dependency on imported equipment and lower supply chain risks, regional markets are increasingly investing in domestic production of artificial lift components and support services.

Countries like India and China are leading this trend. Under India's “Make in India” initiative, several domestic companies have begun producing ESP components, rods, and plunger lift systems. In 2024, CG Pumps launched SmartSENSE, a locally manufactured intelligent pump controller targeting the water and light oil segments.

Similarly, Chinese manufacturers now supply more than 60% of the country’s artificial lift equipment demand, with a growing share exported to Southeast Asian nations. Localization also extends to field services, such as installation, diagnostics, and maintenance, with domestic firms establishing regional hubs to support foreign and national oil companies.

The key benefits of localization include reduced equipment lead times, lower costs, and better alignment with field-specific requirements. It also helps mitigate risks associated with geopolitical tensions, trade tariffs, and global logistics disruptions—challenges highlighted by recent global events.

Furthermore, regional players are forming strategic partnerships with international OEMs to transfer technical knowledge and upgrade domestic capabilities. For instance, several Indian oilfield service companies have signed licensing agreements with U.S. and European ESP manufacturers to co-develop localized solutions.

This trend is expected to accelerate, particularly in countries with large domestic production targets and government support for indigenization. Localization will play a vital role in ensuring sustainable growth of the artificial lift market in the Asia-Pacific region.

Segmental Insights

Lift Type Insights

Electric Submersible Pumps segment dominates in the Asia-Pacific Artificial Lift market in 2024 due to its superior suitability for high-volume production wells, deeper reservoirs, and increasing digital integration. As oil and gas production in the region shifts towards more mature and complex fields, operators are opting for lift technologies that offer consistent, scalable, and efficient performance—qualities that ESPs are uniquely equipped to provide.

ESPs are capable of handling high flow rates (up to 30,000 BPD), making them ideal for offshore and onshore fields in countries like Malaysia, India, Australia, and China. For instance, in offshore Malaysia, deepwater fields often require high-lift capacities, where ESPs outperform other lift types such as rod lifts or gas lifts. Their compact design and ability to operate in wells with steep inclines and high downhole pressures further support their widespread deployment.

In addition, the growing push for digitalization and real-time production monitoring has aligned perfectly with the evolution of ESP systems. Modern ESPs now come equipped with variable speed drives (VSDs), remote diagnostics, and smart controllers that allow operators to adjust performance parameters based on real-time reservoir conditions. These digital enhancements reduce failure rates, optimize energy consumption, and increase mean time between failures (MTBF).

Furthermore, local manufacturing and service availability in key countries like China and India have reduced the cost and lead times of ESP deployment. For example, local vendors in China now supply a significant portion of ESP units used in domestic and Southeast Asian markets, improving aftermarket service responsiveness and spare parts availability.

Due to these technical, economic, and operational advantages, ESPs have emerged as the most widely adopted artificial lift method in Asia-Pacific, accounting for a substantial share of new installations in 2024. Their versatility, combined with regional infrastructure readiness, makes ESPs the lift system of choice across diverse reservoir environments.

Application Insights

Onshore segment dominated the Asia-Pacific Artificial Lift market in 2024 due to the high concentration of mature oilfields across countries like China, India, and Indonesia, where declining reservoir pressures necessitate artificial lift solutions. Onshore operations are more cost-effective and logistically accessible compared to offshore, enabling quicker adoption of lift technologies such as ESPs and rod lifts. Additionally, supportive government policies, rising energy demand, and increasing redevelopment of brownfields have accelerated onshore investments. The availability of local service providers and infrastructure further supports the dominance of onshore artificial lift systems in the region’s oilfield development strategies.

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Country Insights

Largest Country

China dominated the Asia-Pacific Artificial Lift market in 2024 due to its vast number of mature oilfields, aggressive energy security goals, and robust domestic manufacturing capabilities. With a long history of oil production, particularly in regions such as Daqing, Shengli, and Xinjiang, China faces declining production rates in many aging fields. To counteract reservoir pressure drops and maintain production, the country has increasingly deployed artificial lift systems, especially Electric Submersible Pumps (ESPs) and rod pumps, across both conventional and unconventional fields.

The Chinese government’s focus on enhancing domestic oil output has further driven investments in artificial lift technologies. As part of its broader energy strategy, China has emphasized reducing reliance on imported oil by maximizing output from existing assets. Artificial lift systems play a key role in this effort, particularly in extending the production life of wells with dwindling natural pressure.

In addition, China benefits from a well-developed local oilfield services industry, with domestic companies offering cost-effective artificial lift equipment and support services. Companies such as Sinopec Oilfield Service Corporation (SOSC) and China Oilfield Services Limited (COSL) manufacture and maintain a wide array of artificial lift systems, ensuring rapid deployment and reduced operational costs. This domestic supply chain significantly enhances China’s ability to scale artificial lift implementation efficiently.

China’s strong R&D ecosystem also contributes to its dominance. National oil companies and research institutes are investing in next-generation lift technologies, including intelligent digital lift systems that enable real-time monitoring and performance optimization. These advancements are increasingly being integrated into field operations, boosting productivity and reducing downtime.

Combined, China’s mature field landscape, policy-driven demand, domestic technical capabilities, and increasing digitalization of lift systems make it the leading contributor to the Asia-Pacific Artificial Lift market in 2024.

Emerging Country

Japan was the emerging country in the Asia-Pacific Artificial Lift market in the coming period due to its strategic focus on enhancing domestic energy production and offshore oilfield redevelopment. With limited hydrocarbon reserves, Japan is investing in advanced technologies like artificial lift systems to maximize output from existing offshore fields, such as those in the Sea of Japan. The government’s push for energy security, combined with partnerships with global oilfield service providers, is accelerating the adoption of efficient lift technologies like ESPs and digital monitoring tools. Additionally, Japan's strong engineering base and R&D investment are fostering innovation in compact and intelligent artificial lift solutions tailored to offshore environments.

Recent Developments

• In November 2024, Interwell and Emerson introduced the Adaptive Gas Lift System (AGLS), the world’s first electric gas lift solution qualified to international standards. Featuring retrievable, smart technology, AGLS dynamically adapts to fluctuating production conditions, optimizing output while minimizing lifting costs. The solution integrates established gas lift methodologies with advanced digital control systems, significantly improving operational efficiency and flexibility in gas lift operations across complex production environments.
• In March 2024, Silverwell Energy Inc. secured a contract from a major offshore operator in Nigeria, extending its DIAL (Digital Intelligent Artificial Lift) gas lift optimization system to Africa. The deployment is expected to increase the net present value (NPV) of each well by up to USD 50 million. This development marks a key milestone for Silverwell, signaling increased regional adoption and enhancing digital lift performance in West Africa’s offshore production landscape.
• In April 2025, CG Pumps launched SmartSENSE, India’s first cordless and float-free automatic water pump controller. This advanced system eliminates manual wiring and float sensors, using intelligent sensing technology to monitor water levels at both the source and storage tank. Automatically operating the pump to prevent overflows, SmartSENSE ensures efficient water usage for Indian households. The innovation represents a major advancement in domestic water management, offering a smart, maintenance-free solution tailored to modern Indian needs.
• In April 2024, SLB launched two next-generation artificial lift solutions: the Reda Agile ESP and the rodless Reda PowerEdge ESPCP system. Both systems feature compact, high-efficiency designs integrated with digital services for real-time monitoring and optimization. Engineered for enhanced reliability, these technologies reduce installation time, power usage, and emissions, while improving operational stability and lowering total lifting costs. The innovations reinforce SLB’s commitment to advancing digital lift performance and sustainability in artificial lift operations.

Key Market Players

• Schlumberger Limited
• Baker Hughes Company
• Weatherford International Plc
• Halliburton Company
• NOV Inc.
• Dover Corporation
• Borets International Limited
• General Electric Company
• NOVOMET Group
• Flotek Industries

By Lift Type	By Application	By Mechanism	By Well Type	By Country
Reciprocating Rod Lift Electric Submersible Pumps Gas lift Progressing Cavity Pumps Jet Pump Others	Onshore Offshore	Pump Assisted Gas Assisted	Horizontal Vertical	China Japan India South Korea Australia Singapore Thailand Malaysia Rest of Asia-Pacific

Report Scope:

In this report, the Asia-Pacific Artificial Lift Market has been segmented into the following categories, in addition to the industry trends which have also been detailed below:

• Asia-Pacific Artificial Lift Market, By Lift Type:

o   Reciprocating Rod Lift

o   Electric Submersible Pumps

o   Gas lift

o   Progressing Cavity Pumps

o   Jet Pump

o   Others

• Asia-Pacific Artificial Lift Market, By Application:

o   Onshore

o   Offshore

• Asia-Pacific Artificial Lift Market, By Mechanism:

o   Pump Assisted

o   Gas Assisted

• Asia-Pacific Artificial Lift Market, By Well Type:

o   Horizontal

o   Vertical

• Asia-Pacific Artificial Lift Market, By Country:

o   China

o   Japan

o   India

o   South Korea

o   Australia

o   Singapore

o   Thailand

o   Malaysia

o   Rest of Asia-Pacific

Competitive Landscape

Company Profiles: Detailed analysis of the major companies present in the Asia-Pacific Artificial Lift Market.

Available Customizations:

Asia-Pacific Artificial Lift Market report with the given market data, TechSci Research offers customizations according to a company's specific needs. The following customization options are available for the report:

Company Information

• Detailed analysis and profiling of additional market players (up to five).

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