Plasma Chemistry and Plasma Processing

This session focuses on tools and techniques used to measure plasma properties in real time. Topics include optical emission spectroscopy, Langmuir probes, laser-induced fluorescence, and mass spectrometry. Presenters will explore electron density, temperature, ion energies, and species concentrations. Challenges in harsh environments and complex geometries will be discussed. New developments in time-resolved diagnostics and imaging methods will be introduced. Integration of diagnostics with control systems for industrial plasma reactors will be highlighted. Case studies will show how diagnostics influence process efficiency and safety. This track is essential for improving understanding and control of plasma behavior in research and production settings.

This session delves into non-thermal plasma technologies used at or near atmospheric pressure. Topics will include dielectric barrier discharges (DBD), plasma jets, corona discharges, and plasma torches. Applications in sterilization, agriculture, packaging, and surface treatment will be explored. Emphasis will be placed on the advantages of operating at ambient conditions without vacuum systems. Presenters will cover challenges in power control, gas chemistry, and plasma uniformity. Safety, cost-efficiency, and scalability will also be discussed. The session bridges theory and practice, providing insights into how cold plasmas are revolutionizing many low-cost and sustainable industrial applications.

This track investigates how plasma processes are used in the synthesis and modification of nanostructures. Topics include generation of nanoparticles, nanowires, quantum dots, and thin films. Emphasis will be placed on plasma-enhanced CVD, sputtering, and gas-phase nucleation methods. Presenters will highlight how plasma parameters affect morphology, uniformity, and functionality of nanomaterials. Applications in catalysis, biosensing, energy storage, and optoelectronics will be discussed. Researchers will also examine challenges in scale-up and process reproducibility. Advances in hybrid nanostructures and plasma-based doping techniques will be shared. The session fosters interdisciplinary innovation across nanotechnology and plasma chemistry.

Explore how plasma technology provides sustainable solutions for pollution control and waste treatment. This session covers plasma-assisted degradation of VOCs, NOx, SOx, and persistent organic pollutants. Case studies in water purification, air treatment, and soil remediation will be presented. Reactor designs including gliding arc and DBD systems will be evaluated. Emphasis will be placed on energy efficiency, reaction kinetics, and byproduct management. Presenters will address the integration of plasma with catalytic systems and biological processes. Environmental regulations and compliance challenges will be discussed. Plasma’s role in reducing industrial emissions and promoting green chemistry will be a focal point.

This session focuses on plasma-assisted deposition processes like PECVD, ALD, and magnetron sputtering. Presenters will discuss thin film formation mechanisms, deposition rates, and layer uniformity. Topics include coatings for solar cells, sensors, microelectronics, and protective barriers. Emphasis will be placed on adhesion, optical properties, and barrier performance. Speakers will also cover multi-layer structures and graded coatings. Plasma chemistry's role in tailoring surface energy and morphology will be highlighted. Industrial case studies will provide insights into scale-up and cost-effectiveness. Innovations in low-temperature film deposition and eco-friendly precursors will also be discussed.

Plasma medicine is an exciting frontier, and this session focuses on its use in wound healing, cancer treatment, and infection control. Presenters will examine cold atmospheric plasmas (CAPs) and their interactions with living tissues. Mechanisms involving reactive oxygen and nitrogen species will be discussed. Topics include plasma sterilization, dental applications, and dermatological therapies. Clinical safety, device design, and regulatory pathways will be addressed. Emphasis will be placed on personalized and minimally invasive treatment methods. Presenters will share clinical trial data and new medical device innovations. The session is ideal for bridging healthcare and plasma technology.

This session examines the fundamental chemistry taking place in plasma environments. Topics include electron-molecule interactions, ionization pathways, and radical formation. Presenters will explore kinetic modeling and species transport in low- and high-pressure plasmas. Discussions will include how plasma affects thermodynamics and catalysis. Applications in gas conversion, polymerization, and synthesis will be covered. Advances in diagnostics and computational simulations of plasma chemistry will also be discussed. Emphasis will be placed on the interplay between experimental data and theoretical models. This session provides a strong foundation for understanding the core reactions behind plasma applications.

This track covers plasma applications in the fabrication of integrated circuits and MEMS devices. Topics include dry etching, passivation, photoresist stripping, and atomic layer etching. Presenters will discuss challenges in achieving high precision and selectivity at the nanoscale. Advances in low-damage plasma processes for ultra-thin substrates will be highlighted. Plasma uniformity, contamination control, and etch profile accuracy will be addressed. The role of AI and real-time diagnostics in process control will be discussed. Attendees will gain insights into how plasma is enabling the next generation of micro- and nano-electronics.

Efficient reactor design is central to plasma processing success. This session features talks on fluid dynamics, electromagnetic field modeling, and energy coupling. Topics include RF, microwave, and pulsed DC reactors for both research and industrial settings. Presenters will explore how geometry, gas flow, and power parameters affect plasma behavior. Simulation tools and digital twins for reactor optimization will be discussed. Case studies in scale-up from lab to pilot and industrial reactors will be presented. Material compatibility, maintenance, and thermal management will also be addressed. Attendees will understand how to design reactors for stability and efficiency.

This session highlights how plasma can activate chemical reactions under mild conditions, supporting green chemistry goals. Topics include ammonia synthesis, methane reforming, CO₂ reduction, and hydrogen production using plasma. Presenters will explore plasma-catalyst interactions, reactor configurations, and energy efficiency metrics. Synergistic effects between excited plasma species and catalyst surfaces will be emphasized. Speakers will address catalyst stability, scalability, and selectivity control. Case studies in plasma-assisted chemical looping and hybrid reactors will be featured. The session promotes sustainable routes to produce fuels and chemicals using minimal environmental impact.

Plasma plays an important role in clean energy development. This session explores plasma-assisted hydrogen generation, synthetic fuel production, and plasma-enhanced combustion. Topics include biomass gasification, ammonia cracking, and CO₂ to methanol conversion. Presenters will share developments in plasma-integrated energy systems and battery material processing. Emphasis will be placed on reducing carbon emissions and maximizing energy yields. Novel reactor designs for high-throughput energy applications will be introduced. The session connects energy researchers and plasma engineers in building low-carbon energy solutions.

Plasma technologies are revolutionizing the aerospace sector. This session focuses on electric propulsion systems including ion thrusters, Hall-effect thrusters, and MPD accelerators. Presenters will discuss plasma plume diagnostics, thruster lifetime, and fuel efficiency. Topics also include thermal protection using plasma coatings and plasma-based reentry shielding. Advances in high-altitude plasma interactions and satellite propulsion will be covered. Emphasis will be placed on vacuum testing, space mission integration, and system modeling. Attendees will gain insight into plasma’s role in next-gen space mobility and aerospace safety.

This session explores how plasma enhances 3D printing and functional material production. Topics include plasma-assisted sintering, in-situ surface modification, and precision coating of 3D-printed structures. Presenters will discuss hybrid manufacturing systems combining plasma with laser or inkjet technologies. Smart materials such as stimuli-responsive polymers and conductive composites will be featured. Case studies in biomedical implants, aerospace parts, and sensors will be shared. Attendees will learn how plasma contributes to mechanical strength, chemical stability, and complex geometries in printed components.

This track dives into computational modeling and simulation of plasma systems. Topics include fluid dynamics, particle-in-cell (PIC) simulations, hybrid modeling, and plasma-material interaction models. Presenters will demonstrate how simulation supports reactor design, process control, and diagnostics interpretation. Emphasis will be on integrating machine learning and AI into predictive plasma modeling. Applications across PECVD, plasma etching, and plasma catalysis will be shown. This session supports collaboration between theorists, computational physicists, and process engineers. Attendees will explore how simulations accelerate innovation and reduce development cycles.

Cold plasma is emerging as a safe and sustainable tool in food and agriculture. This session covers plasma-assisted disinfection of food surfaces, pathogen inactivation, and packaging treatment. Presenters will also discuss seed sterilization, plant growth enhancement, and soil decontamination. Nutrient retention, shelf-life extension, and food quality improvements will be emphasized. Studies on microbial resistance and consumer safety will be reviewed. Challenges in regulatory approval, equipment scale-up, and economic feasibility will also be addressed. This session highlights how plasma supports global food security and sustainable farming practices

Durable coatings are essential for protecting components in harsh environments. This session explores plasma spray, plasma electrolytic oxidation, and hybrid coating methods. Topics include barrier layers against corrosion, thermal barrier coatings for turbines, and biocompatible films for implants. Presenters will highlight adhesion mechanisms, wear resistance, and mechanical stability of plasma-coated surfaces. Advances in ceramic, composite, and metallic coatings will be shared. Emphasis will also be placed on in-service performance and field testing. This session is ideal for industries focused on surface longevity and asset protection.

This session focuses on how plasma modifies the surface and bulk properties of textiles and polymers. Topics include plasma-induced hydrophilicity, dye adhesion, flame retardancy, and anti-bacterial coatings. Low-pressure and atmospheric plasma treatments will be compared. Presenters will also explore environmentally friendly alternatives to traditional chemical processes. Case studies in medical textiles, packaging materials, and consumer goods will be shared. Emphasis on energy savings, chemical-free processing, and enhanced product functionality will be discussed. The session promotes sustainable practices in material manufacturing.

The Young Researcher Forum provides a dedicated platform for early-career scientists and graduate students. Participants will present their original research in oral and poster formats. Presentations will be evaluated by senior experts for clarity, novelty, and impact. Awards for Best Oral Presentation and Best Poster will be conferred. This track encourages active dialogue between emerging and established researchers. Mentorship, networking, and collaborative opportunities will be emphasized. It is a cornerstone of the congress’s mission to foster future plasma leaders. YRF promotes innovation, curiosity, and excellence in scientific exploration.

This visionary session explores where plasma science is headed. Topics include artificial intelligence in plasma control, quantum plasma physics, and ultra-fast diagnostics. Presenters will highlight emerging applications in photonics, biomedicine, and data storage. Discussions will also cover commercialization pathways, venture funding, and international collaborations. Breakthroughs in smart plasma systems and sustainability will be emphasized. The session concludes the congress by identifying grand challenges and future research directions. Attendees will leave inspired to contribute to the next generation of plasma-driven innovation.

This session explores how plasma technologies are applied across industries such as automotive, packaging, electronics, and biomedical manufacturing. Presenters will showcase real-world case studies of surface activation, cleaning, and adhesion enhancement. Topics include cost-efficiency, process integration, and automation using industrial plasma systems. Emphasis will be placed on challenges during upscaling, maintenance, and equipment standardization. Attendees will gain insights into supply chain coordination, customer adaptation, and quality control. Discussions will also focus on ROI, pilot plant transitions, and market readiness. Strategies for intellectual property protection and commercialization will round out the session.

Combining plasma with other physical and chemical methods can enhance processing outcomes. This session covers hybrid approaches such as plasma-photocatalysis, plasma-laser ablation, plasma-electrochemistry, and plasma-microwave systems. Presenters will discuss how hybrid systems achieve better energy efficiency, product selectivity, or control over material properties. Use cases in medical devices, environmental remediation, and energy storage will be highlighted. Topics will also include control systems, synchronization challenges, and safety protocols. Attendees will discover how integrating plasma with complementary technologies unlocks new capabilities in complex manufacturing environments.

This track focuses on plasma-assisted fabrication of advanced sensors, flexible electronics, and printed devices. Topics include plasma-enhanced patterning, nanostructuring, and functional surface modification for electronics. Presenters will cover emerging materials such as graphene, metal oxides, and organic semiconductors. Applications in IoT, biosensing, and wearable devices will be emphasized. Plasma’s role in enhancing conductivity, sensitivity, and long-term stability will be discussed. Attendees will gain insights into low-temperature fabrication processes and scalable manufacturing of smart electronic systems.

Plasma plays a vital role in next-generation solar cell production and energy harvesting systems. This session includes plasma-enhanced deposition of thin films, transparent conductors, and anti-reflective coatings. Topics cover silicon-based, perovskite, and organic PV technologies. Presenters will explore defect control, light trapping, and interface engineering. Emphasis will be placed on improving efficiency, durability, and production throughput. Commercial trends and breakthroughs in plasma-assisted PV manufacturing will also be shared. This session unites material scientists, physicists, and energy engineers toward sustainable energy solutions.

Plasma applications—especially in medicine, food, and environment—require compliance with strict safety and regulatory guidelines. This session addresses safety protocols, occupational exposure limits, and certification standards. Topics include device testing, emission monitoring, and product traceability. Presenters will explore ISO standards, CE marking, FDA clearances, and environmental compliance laws. Discussions will also include ethics in emerging applications and global harmonization of regulations. This track supports technology transfer from research labs to industry in a responsible, compliant manner. It’s essential for developers, manufacturers, and policymakers working with applied plasma systems.