ABOUT US:

The 3rd International Conference on Pollution Control and Environmental Chemistry 2026, is a premier global forum dedicated to advancing scientific knowledge and practical solutions for environmental protection. The conference focuses on understanding pollution sources, chemical processes in the environment, and innovative strategies for preventing, controlling, and remediating environmental contamination.

Taking place in Paris, France, the conference offers an ideal setting for international collaboration, cultural exchange, and meaningful discussions focused on building a cleaner, safer, and more sustainable environment for future generations.

We cordially invite you to join Pollution Conference 2026, where global experts come together to share knowledge, innovation, and collaboration. Be part of this leading scientific forum to explore sustainable solutions, connect with environmental leaders, and help shape a cleaner and healthier future

WHY ATTEND?

Explore recent scientific advancements and practical applications
Learn about innovative technologies in pollution prevention and control
Network with international experts, researchers, and industry leaders
Present research through oral, poster, and keynote sessions
Exchange ideas with multidisciplinary professionals
Gain insights into environmental regulations and policy frameworks
Discuss real-world solutions to global pollution challenges
Enhance academic, research, and professional development
Identify opportunities for collaboration and funding
Stay updated on emerging trends in environmental chemistry
Engage in knowledge exchange in a leading international venue

WHO SHOULD ATTEND?

Environmental scientists and chemists
Pollution control and sustainability researchers
Environmental engineers and industry professionals
Academicians, professors, and researchers
Undergraduate, postgraduate, and doctoral students
Environmental consultants and policy advisors
Government officials and regulatory authorities
Climate change and sustainability professionals
Waste management and water treatment specialists
NGOs and environmental advocacy organizations
Technology providers and solution developers
Research institutions and laboratory professionals

KEY HIGHLIGHTS:

International forum on pollution control and environmental chemistry
Keynote and plenary talks by renowned environmental scientists and experts
Scientific sessions covering air, water, and soil pollution management
Focus on environmental chemistry, monitoring, and analytical techniques
Latest innovations in pollution prevention and remediation technologies
Oral and poster presentation opportunities for researchers and students
Panel discussions on sustainability, regulations, and policy frameworks
Industry–academia interaction and collaborative networking sessions
Special sessions for early-career researchers and young scientists
Platform for sharing cutting-edge research and real-world case studies
Global networking opportunities in an international venue

VISA ASSISTANCE:

Cover Letter or Invitation Letter: Official confirmation of your invitation to participate in the event, required to support your visa application.
Abstract Acceptance Letter: Verification that your submitted abstract has been formally accepted for presentation, essential for visa processing.
Accommodation Letter (if booked): Proof of confirmed hotel or event accommodation, supporting your visa application requirements.

PARTICIPATION BENEFITS:

Access to Scientific Excellence: Gain access to high-quality scientific sessions presented by international experts in pollution control and environmental chemistry.
Latest Research & Innovations: Stay informed about the latest research developments, emerging technologies, and best practices in environmental science.
Research Presentation Opportunities: Present research findings through oral or poster presentations to a global scientific audience.
Scholarly Feedback & Discussion: Receive constructive feedback and engage in meaningful scholarly discussions with leading researchers and professionals.
Global Networking: Network with academicians, industry experts, policymakers, and environmental practitioners from around the world.
Interdisciplinary Collaboration: Explore opportunities for interdisciplinary collaboration and future research partnerships.
Academic & Professional Recognition: Enhance professional visibility and strengthen academic credentials through conference participation.
Regulatory & Practical Insights: Learn about regulatory frameworks, sustainability strategies, and real-world environmental applications.
Industry Exposure: Gain exposure to innovative environmental technologies, tools, and industry-driven solutions.
Knowledge Exchange: Benefit from knowledge exchange in an international academic and professional environment.

SESSION AND TRACKS:

Track 1: Environmental Chemistry and Chemical Processes

This track focuses on the chemical behavior, transformation, and fate of pollutants in natural systems. Topics include reaction mechanisms, chemical speciation, transport processes, and degradation pathways in air, water, and soil environments.

Track 2: Air Pollution Control and Atmospheric Chemistry

Covers sources and characteristics of air pollutants, atmospheric reactions, and dispersion processes. Emphasis is placed on monitoring technologies, emission control strategies, and policies aimed at improving air quality.

Track 3: Water Pollution and Wastewater Treatment Technologies

Addresses contamination of surface and groundwater systems and advanced treatment technologies. Topics include biological, chemical, and physical treatment methods, water reuse, and sustainable water management.

Track 4: Soil Pollution, Remediation, and Land Restoration

Focuses on soil contamination caused by industrial, agricultural, and urban activities. Discussions include remediation technologies, risk assessment, and sustainable land rehabilitation strategies.

Track 5: Industrial Pollution Control and Cleaner Production

Highlights pollution prevention strategies and cleaner production technologies in industrial processes. Emphasis is on process optimization, waste minimization, and environmental management systems.

Track 6: Green Chemistry and Sustainable Chemical Processes

Covers environmentally benign chemical synthesis, renewable feedstocks, and reduced toxicity approaches. This track emphasizes sustainable design principles that minimize waste and environmental impact.

Track 7: Environmental Monitoring and Analytical Techniques

Focuses on advanced analytical methods and monitoring technologies for detecting environmental pollutants. Topics include sensors, spectroscopy, chromatography, and remote sensing applications.

Track 8: Environmental Modeling and Risk Assessment

Addresses modeling of pollutant transport, exposure assessment, and ecological and human health risks. This track supports decision-making through quantitative risk evaluation and predictive tools.

Track 9: Waste Management and Circular Economy

Explores sustainable approaches to solid, hazardous, and electronic waste management. Emphasis is placed on recycling, resource recovery, and circular economy frameworks.

Track 10: Emerging Contaminants and Microplastics

Focuses on pharmaceuticals, personal care products, endocrine disruptors, nanomaterials, and microplastics. Topics include environmental occurrence, fate, toxicity, and mitigation strategies.

Track 11: Environmental Toxicology and Human Health Impacts

Examines the toxic effects of environmental pollutants on ecosystems and human health. Discussions include exposure pathways, bioaccumulation, and risk mitigation strategies.

Track 12: Climate Change, Emissions, and Environmental Protection

Covers greenhouse gas emissions, climate modeling, mitigation strategies, and adaptation measures. Emphasis is placed on the link between pollution control and climate action.

Track 13: Environmental Biotechnology and Bioremediation

Explores biological approaches for pollution control using microorganisms, enzymes, and plants. Topics include bioremediation, phytoremediation, and bio-based waste treatment.

Track 14: Sustainable Energy Systems and Emission Reduction

Focuses on renewable energy technologies, energy efficiency, and cleaner fuels. Discussions include strategies to reduce emissions and promote sustainable energy transitions.

Track 15: Environmental Policies, Regulations, and Governance

Addresses environmental legislation, policy development, and regulatory compliance. This track emphasizes governance frameworks and their role in sustainable environmental management.

Track 16: Urban Environmental Management and Smart Cities

Covers pollution challenges in urban environments and smart city solutions. Topics include sustainable urban planning, green infrastructure, and intelligent monitoring systems.

Track 17: Agricultural Pollution and Sustainable Practices

Examines pollution arising from agricultural activities, including fertilizer and pesticide runoff. Emphasis is placed on sustainable farming practices and soil conservation.

Track 18: Marine Pollution and Aquatic Ecosystems

Focuses on pollution in marine and freshwater ecosystems. Topics include plastic pollution, oil spills, nutrient loading, and protection of aquatic biodiversity.

MARKET ANALYSIS:

The global pollution control and environmental chemistry market is experiencing steady and sustained growth, driven by rising environmental concerns, stricter regulatory frameworks, and increasing awareness of public health and ecological protection. Advances in environmental chemistry, green technologies, and sustainable industrial practices are transforming pollution control strategies and enabling more effective environmental management.

The global pollution control and environmental monitoring market is estimated to grow from approximately USD 90 billion in 2022 to over USD 130 billion by 2026, with projections exceeding USD 160 billion by 2028, reflecting a robust compound annual growth rate. Increased investments in environmental infrastructure, clean technologies, and sustainability initiatives are fueling market expansion across Europe, North America, and the Asia-Pacific region, supported by government funding, industrial demand, and international environmental agreements.

Past Conference Report – 2024

The 2024 conference landscape demonstrated continued growth in scale and scientific depth, with increased international participation and industry involvement. Key themes included environmental monitoring, advanced wastewater treatment, circular economy approaches, and pollution mitigation strategies aligned with global sustainability goals. The conferences served as effective platforms for presenting innovative research, encouraging interdisciplinary collaboration, and strengthening connections between academia, industry, and regulatory bodies.

Past Conference Report – 2025

In 2025, conferences on pollution control and environmental chemistry further reinforced their global relevance by highlighting innovation, digitalization, and future-oriented environmental solutions. Scientific programs focused on emerging contaminants, climate resilience, advanced materials for pollution control, and policy-driven environmental management. Strong engagement from early-career researchers and industry stakeholders underscored the role of these conferences in shaping future research directions, promoting collaboration, and advancing sustainable environmental practices worldwide.

Abstracts enquiry

Registration enquiry

Contact Enquiry

Phone

WhatsApp

Useful Links

News

Newsletter

About

Pollution Control and Environmental Chemistry