PLASMA ABATEMENT SYSTEM MARKET

KEY FINDINGS

• Governments worldwide are implementing stricter air pollution control regulations, driving the demand for efficient and effective pollution control technologies like plasma abatement systems.
• The booming semiconductor industry, particularly in the Asia Pacific region, creates a significant demand for plasma abatement systems to control hazardous gases generated during chip manufacturing.
• Constant innovation in plasma abatement technology is leading to the development of more efficient, cost-effective, and user-friendly systems, further enhancing market growth.
• Asia Pacific is anticipated to be the fastest-growing region due to the rapid expansion of the semiconductor industry and increasing environmental awareness.
• North America expected to witness steady growth driven by stricter environmental regulations and established semiconductor players.
• The plasma wet type segment is expected to dominate the market due to its superior performance in treating highly toxic gases.
• The IDM segment is currently the largest application segment, but the foundry segment is expected to grow at a faster pace due to the increasing trend of outsourcing semiconductor manufacturing.
• Advancements in semiconductor manufacturing technology, such as the development of smaller chips, have led to the generation of new types of hazardous gases. This creates a demand for innovative plasma abatement solutions capable of dealing with these emerging challenges.
• There are simply no competing technologies to displace plasma processing in the fabrication of microelectronics devices. Therefore, it is a manufacturing imperative that advances in integrated plasma science and engineering be translated to practice to improve process capability, sustainability, and time to market in order to maintain and solidify leadership in semiconductor manufacturing technology.
• The cost of installing plasma abatement systems can be high, posing a challenge for some manufacturers, particularly smaller enterprises.
• The demand for plasma abatement systems is directly linked to the growth of the semiconductor industry. As technology advances and semiconductor components become smaller and more complex, the need for efficient gas abatement systems increases.
• The growing use of electronic devices across various industries, including consumer electronics, automotive, and healthcare, contributes to the demand for semiconductor manufacturing and, consequently, plasma abatement systems.

PLASMA ABATEMENT SYSTEM MARKET OVERVIEW

The Asia-Pacific region, particularly countries like China, Japan, South Korea, and Taiwan, is a major hub for semiconductor manufacturing. Hence, it tends to dominate the market in terms of demand for plasma abatement systems.

North America and Europe also have a significant presence in the market, with a focus on technological innovation and compliance with environmental regulations.

Environmental regulations regarding the emission of hazardous gases in manufacturing processes have become stricter. Plasma abatement systems play a key role in ensuring compliance with these regulations.

Ongoing advancements in semiconductor technology drive the need for more efficient plasma abatement systems with improved processing capabilities, reduced energy consumption, and better environmental performance.

The semiconductor industry is known for its rapid technological changes. Companies in this market need to adapt quickly to new manufacturing processes and materials.

There is a growing emphasis on green and sustainable manufacturing processes. Plasma abatement systems that offer eco-friendly and energy-efficient solutions are likely to find increased demand.

The market is expected to witness continued growth, driven by the expansion of the semiconductor industry, the need for environmental compliance, and technological advancements in plasma abatement systems.

INTRODUCTION

Awareness of global warming is increasing, and the regulatory push to effect reduction is in full swing. Recognizing this, Applied Materials continues to search for proactive, cost-effective ways of reducing high global-warming potential (GWP) of the gaseous chemicals used, which includes perfluorocarbon compounds (PFCs), NF3and SF6.

The Applied Aeris-G system is a pre-pump plasma abatement solution that uses less energy by treating the actual process gas volume—a smaller and more concentrated volume than what is treated by post-pump abatement units.

The plasma dissociation combined with the low volume of nitrogen in the Aeris-G chamber during abatement minimizes NOx emissions to near zero. The Aeris-G unit operates "on-demand," further reducing operating costs compared to energy-hungry, continuous operation post-pump abatement.

Plasma abatement systems use a small plasma source that effectively dissociates the F-GHG molecules that react with fragments of the additive gas (hydrogen, oxygen, water, or CH4 ) to produce low molecular weight by-products such as HF with little or no GWP. After disassociation, wet scrubbers can remove the molecules. The presence of additive gas is necessary to prevent later downstream reformation of F-GHG molecules 

By treating the actual process gas volume a lower and more concentrated volume than what is treated by post-pump abatement units, plasma abatement utilizes less energy.

In the course of abatement, NOx emissions are reduced to almost nothing thanks to plasma dissociation and the small amount of nitrogen present in the Aeris-G chamber. By functioning “on-demand,” the Aeris-G unit lowers operating expenses compared to continuous, energy-guzzling operation after pump abatement.

The global warming gases CF4 and C4F8 can be effectively eliminated using the plasma abatement technology. In order to drastically reduce air pollution, it is essential to destroy greenhouse gases, notably perfluoro compounds, hydro fluoro compounds, chloro fluoro compounds, and SF6.

An abatement system for chemicals produced in semiconductor processes is one of the embodiments.  A plasma source with a first plate and a second plate that are parallel to the first plate is part of the abatement system.

 The first plurality of magnets is placed on the first plate of the plasma source, and a second plurality is placed on the second plate.The electric field formed between the electrode and the outside wall is essentially parallel to the magnetic field produced by the first and second pluralities of magnets. This arrangement results in the formation of dense plasma.

PLASMA ABATEMENT SYSTEM MARKET SIZE AND FORECAST

The Global Plasma abatement system market accounted for $XX Billion in 2023  and is anticipated to reach $XX Billion by 2030, registering a CAGR of XX% from 2024 to 2030.

TRENDS IN PLASMA ABATEMENT SYSTEM MARKET

Ebara Corporation Announces New Plasma Abatement System for Semiconductor Manufacturing

Ebara Corporation, a leading provider of industrial machinery, has announced the launch of its new plasma abatement system specifically designed for the semiconductor manufacturing industry.The new system, called the Ebara Plasma Abatement System (EPAS), is said to offer significant advantages over existing technologies. EPAS is said to be able to remove up to 99.99% of hazardous gases from exhaust streams, compared to 95-98% for traditional systems.

Global Standard Technology (GST) Partners with CS Clean Solutions to Expand Plasma Abatement System Offering

Global Standard Technology (GST), a leading provider of plasma abatement systems, has announced a new partnership with CS Clean Solutions, a manufacturer of air pollution control equipment. The partnership will combine GST's expertise in plasma abatement technology with CS Clean Solutions' experience in air pollution control to offer a more comprehensive range of products and services to customers.The two companies will also collaborate on developing new plasma abatement technologies for emerging applications.This partnership is expected to further strengthen GST's position as a leader in the global plasma abatement systems market.

Environmental Compliance

Growing awareness and stricter environmental regulations contribute to the demand for plasma abatement systems that can effectively and efficiently remove hazardous gases generated during semiconductor manufacturing. Systems that offer better environmental performance and comply with global regulations gain prominence.

Increased Focus on Green Technologies

There is a heightened focus on sustainable and eco-friendly manufacturing practices. Plasma abatement systems that operate with reduced energy consumption, minimal environmental impact, and efficient gas abatement technologies are gaining traction.

Integration with Industry 4.0

Integration with Industry 4.0 principles, including IoT (Internet of Things) connectivity and data analytics, allows for real-time monitoring and predictive maintenance of plasma abatement systems. Smart, connected systems enhance efficiency and reduce downtime.

PLASMA ABATEMENT SYSTEM MARKETNEW PRODUCT LAUNCH

Busch Vacuum Solutions Launches New Dry-Type Plasma Abatement System: 

Busch Vacuum Solutions, another major player in the vacuum technology market, has also recently launched a new plasma abatement system. The new system, called the Busch Dry-Type Plasma Abatement System (Dry-PAC), is designed to be a more cost-effective alternative to wet-type systems.It does not require the use of water or chemicals, which can help to reduce operating costs.Dry-PAC is more compact than wet-type systems, making it easier to install and maintain and does not generate any wastewater or hazardous waste, making it a more environmentally friendly option.

Ebara Corporation's EcoPlasma X:This revolutionary system boasts an impressive 99.999% removal rate of hazardous gases, alongside significant energy savings and a compact footprint. Its modular design and automation features further enhance its appeal. EcoPlasma X features a significantly smaller footprint than traditional systems, offering greater flexibility and ease of installation.It utilizes a closed-loop system, eliminating wastewater and hazardous waste generation, and minimizing its environmental footprint.

Global Standard Technology's (GST) PlasmaPRO 5.0:This advanced system features a next-generation plasma generator for even greater efficiency and reduced maintenance requirements. Additionally, its enhanced user interface simplifies operation and monitoring.

PLASMA ABATEMENT SYSTEM MARKET SEGMENTATION

Plasma Abatement System MarketBy Type

• Combustion-wash type
• Dry type
• Catalytic type
• Wet type
• Plasma Wet type

Plasma Abatement System MarketBy Application

• Integrated Device Manufacturers (IDMs)
• Foundry
• Other applications

Plasma Abatement System MarketBy Region

• Asia Pacific
• North America
• Europe

Plasma Abatement System MarketBy End-User

• Semiconductor Manufacturing
• Electronics Manufacturing

PLASMA ABATEMENT SYSTEM MARKETCOMPANY PROFILING

• Ebara
• Busch Vacuum Solutions
• GST (Global Standard Technology)
• Edwards Vacuum
• DAS Environmental
• Nippon Sanso
• Showa Denko
• Ecosys Abatement
• Anguil Environmental Systems
• CS Clean Solutions

THIS REPORT WILL ANSWER FOLLOWING QUESTIONS

1. What are the key growth drivers for the global plasma abatement system market?
2. Which region is expected to offer the most lucrative opportunities for market players?
3. How will the increasing demand for semiconductors impact the market for plasma abatement systems?
4. What are the potential challenges and barriers to market growth?
5. What are the latest advancements in plasma abatement technology?
6. Which type of plasma abatement system (combustion-wash, dry, catalytic, wet, plasma wet, etc.) is expected to dominate the market?
7. What are the key trends in automation and digitization in the plasma abatement system market?
8. How are companies leveraging AI and machine learning to improve the performance of plasma abatement systems?
9. Who are the top players in the global plasma abatement system market?
10. What are the potential opportunities for mergers and acquisitions in the market?
11. How are companies investing in research and development to stay ahead of the competition?
12. How are stricter environmental regulations driving the demand for plasma abatement systems?
13. How are companies developing more energy-efficient and environmentally friendly systems?
14. What are the challenges associated with managing hazardous waste generated by plasma abatement systems?
15. What is the expected growth rate of the global plasma abatement system market?
16. What are the emerging trends that are expected to shape the future of the market?
17. What are the potential applications for plasma abatement technology beyond semiconductor manufacturing?
18. How will the global economic and political landscape impact the growth of the plasma abatement market?
19. What are the key factors to consider when choosing a plasma abatement system?
20. What are the typical costs associated with installing and operating a plasma abatement system?