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February 21st to 23rd, 2025

Sustainable AI 2025: International Conference on AI for a Greener Planet

सस्टेनेबल AI 2025: AI हरियाली ग्रह के लिए अंतर्राष्ट्रीय सम्मेलन

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Selective articles will be published in well-reputed Scopus Indexed or Web of Science Journals

Important Dates and Timeline

  • Submission of Abstracts by: January 20, 2025(2 Weeks Extended till 5th Jan)
  • Acceptance of Abstracts by: January 25, 2025
  • Submission of Full-Length Papers by: January 30, 2025
  • Acceptance of Full-Length Papers by: February 5, 2025
  • Acceptance of Papers for Presentation: February 8, 2025
  • Submission of Presentations: February 12, 2025
  • Camera-Ready Papers for Publication: February 15, 2025
  • Conference Date: February 21st to 23rd, 2025

Call for Papers: International Conference on Environmental Innovation and Sustainable Technology

Conference Tracks and Calls for Papers:

  1. Environmental Technologies and Pollution Control

    • Air, Water, and Soil Pollution: Seeking innovative approaches to monitor, control, and mitigate pollution. Emphasis on purification technologies and comprehensive environmental impact assessments.
    • Noise Pollution and Control: Exploration of the sources of noise pollution, its impacts on health and the environment, and advancements in noise control technologies.
  2. Smart Electrical Systems and Renewable Energy

    • Power Systems and Smart Grids: Advancements in smart grid technology, addressing power distribution challenges, and enhancing grid stability.
    • Renewable Energy Systems and Integration: Efficiency, implementation, and integration of renewable sources like solar, wind, and bioenergy.
  3. Advanced Communications and Robotics

    • Communications Systems and IoT: Developments in communication systems, IoT applications in smart grids and urban environments, and energy-efficient technologies.
    • Robotics, Automation, and AI Applications: AI and machine learning in robotics, automation in manufacturing, and smart electrical systems.
  4. Sustainable Materials and Green Chemistry

    • Biopolymers and Sustainable Composites: Focus on biodegradable polymers, sustainable composites, and new recycling technologies.
    • Green Chemistry and Environmental Applications: Sustainable chemical practices and the role of polymers in environmental sustainability.
  5. Artificial Intelligence and Computational Technologies

    • AI in Environmental and Energy Systems: AI applications in environmental monitoring and energy management.
    • Advanced Computing for Sustainable Engineering: High-performance computing and data analytics to support sustainable engineering practices.
  6. Water Resource Management and Environmental Law

    • Water Resources Engineering and Management: Innovative techniques for water management and pollution control.
    • Environmental Law and Policy: Examination of legal frameworks and policy developments in environmental management.
  7. Sustainability and Urban Planning

    • Sustainable Urban Development and Smart Cities: Research on sustainable urban planning and smart city solutions.
    • Environmental Impact and Conservation: Conservation efforts, biodiversity studies, and environmental impact assessments.
  8. Climate Change Mitigation and Adaptation Strategies

    • Climate Resilience: Enhancing resilience through innovative infrastructure and community planning.
    • Carbon Capture and Sequestration Technologies: New methods for capturing and storing carbon dioxide.
  9. Technological Innovations in Water Treatment

    • Advanced Water Purification Technologies: Novel methods for water purification, including nanotechnology.
    • Sustainable Water Management Practices: Water conservation techniques and sustainable management practices.
  10. Emerging Technologies in Waste Management

    • Waste-to-Energy Technologies: Converting waste materials into usable forms of energy.
    • Innovative Recycling Technologies: New methods for recycling various types of waste materials.
  11. Geospatial Technologies and Environmental Monitoring

    • Remote Sensing Applications: Satellite or aerial imagery to monitor environmental changes.
    • GIS and Environmental Management: Use of GIS in environmental planning and management.
  12. Socio-economic Aspects of Environmental Technology

    • Impact of Environmental Policies on Communities: The socio-economic impacts of environmental policies.
    • Sustainability Education and Public Awareness: Strategies for increasing public awareness and education on sustainability.
  13. Innovations in Renewable Energy Storage

    • Battery Technologies and Energy Storage Solutions: Advancements in battery technology and energy storage.
    • Integration Challenges of Renewable Energy Storage: Technical and economic challenges in integrating storage systems.
  14. Urban Ecosystems and Green Infrastructure

    • Design and Implementation of Green Roofs and Walls: Benefits and challenges of green infrastructure.
    • Urban Biodiversity and Ecosystem Services: Importance of urban biodiversity and enhancing ecosystem services.
  15. Ethical and Legal Dimensions of Environmental Technology

    • Ethics of Environmental Technology: Ethical considerations in the deployment of new technologies.
    • Legal Challenges in Environmental Management: Legal challenges and frameworks in environmental resource management.
  16. Sustainable Transport and Mobility Solutions

    • Innovations in Electric and Hybrid Vehicles: Advancements in sustainable transportation technologies.
    • Sustainable Urban Mobility Plans: Developing and implementing sustainable mobility plans.
  17. Energy Policy and Economics

    • Economic Analysis of Renewable Energy Policies: Evaluations of renewable energy policies.
    • Global Energy Policy Impacts: The global implications of national energy policies.
  18. Technology and Conservation

    • Conservation Technologies for Protected Areas: Technologies aiding in wildlife conservation.
    • Technological Approaches to Water Conservation: Innovations in water conservation in various settings.
  19. Health Impacts of Environmental Change

    • Climate Change and Public Health: Health impacts of climate change.
    • Environmental Pollutants and Health: Health effects of pollutants and mitigation strategies.
  20. Renewable Energy and Community Engagement

    • Community-driven Renewable Energy Projects: The role of community engagement in renewable energy.
    • Social Acceptance of Renewable Energy Technologies: Factors influencing public acceptance of renewable technologies.

Publication and Call for Papers

We invite researchers, practitioners, and policymakers to submit manuscripts on the conference themes. All accepted and presented papers will be published with our publication partners, ensuring wide dissemination and recognition

Submission Guidelines

  • Format: MS Word document.
  • Length: 2,000–7,000 words.
  • Abstract: 250–300 words.
  • Keywords: 5–10 relevant terms.
  • Figures and Tables: Numbered, with captions and sources.
  • References: Follow APA, MLA, or Chicago style.

Category

Charge

Subscription Based Journal

No Charge

Open Access (Peer-Review Journal)

INR 5,000 / USD 100

Scopus / WoS / UGC Indexed Journals

As per Journal Norms

Registration Fee

Category
INR
USD
Students

1,500

25

Postdocs & Ph.D. Scholars

2,000

40

Faculty Members

3,000

75

Industry Professionals

5,000

100

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Journals List

Scopus Journals

(more journals can be added to the list)

Indian Journal of Environmental Protection

Scope of the journal

  • Water Pollution
  • Air Pollution
  • Soil Pollution
  • Noise Pollution

Journal of Electrical Systems

Scope of Publications:

JES covers a broad spectrum of topics within electrical systems, including but not limited to:

  • Power Systems and Smart Grids
  • Renewable Energy
  • Communication Systems
  • Image communication systems
  • Control Systems
  • Electronics and Communication
  • Signal Processing
  • Information Technology
  • Artificial Intelligence in Electrical and Communication Engineering
  • Internet of Things (IoT) in Electrical Systems
  • Electric Vehicles and Transportation
  • Robotics and Automation

Web of Science Journals

(more journals can be added to the list)

Journal of Polymer and Composites

Scope of Publications:

  • Biodegradable and bio-based polymers for sustainable materials.
  • Polymers in energy generation, storage, and separation for clean energy.
  • Sensitive polymers and biomaterials for precision farming sensors.
  • Eco-friendly polymers to reduce microplastic pollution.
  • Recycling and energy recovery in polymer waste management.
  • Smart, sustainable polymers for urban infrastructure.
  • Green polymer education for policy impact and public awareness.
  • Biomedical polymer applications for sustainable healthcare solutions.
  • Compliance-focused polymer research for safety and environmental standards.
  • Web of Science Applied Journals

    (2229-6964) is a peer-reviewed hybrid open-access journal launched in 2011 focused on the rapid publication of View Full Focus and Scope…
    Teams
    (2395-6720) is a peer-reviewed hybrid Journal launched in 2014 that investigates the role of artificial in this View Full Focus and Scope…

    Peer Reviewed Journals (STM)

    Official Partners and Sponsors

    Organizing body

    Industrial Partner

    Presentation Partner

    Publication Partner

    International Author Services Partner

    Submission Platform

    Participants networking during the conference reception

    Faq

    What is the aim of the "Sustainable AI 2025" conference?

    To explore and promote the role of AI in driving environmental sustainability and addressing climate change.

    What are the key dates for the conference?

    The conference will be held on 21ST FEB, 2025. Submission deadlines are detailed in the timeline above.

    Who can participate in the event or conference?
    Researchers, practitioners, policymakers, students, industry professionals, and anyone interested in AI and environmental sustainability.
    What topics will be covered in the discussions or presentations?

    Topics span climate modeling, renewable energy optimization, agricultural sustainability, conservation, pollution reduction, smart cities, and environmental policy.

    Is there a registration fee?

    Yes. Please refer to the Registration Information section above.

    Why is sustainability important for global development by 2030?

    Sustainability is crucial to ensure that development meets current needs without compromising future generations' ability to meet theirs, aligning with the UN SDGs

    Is the conference indexed in any academic databases?

    Selected papers will be published in journals indexed in Scopus, Web of Science, and other leading databases.

    How will AI technologies help in achieving sustainability goals?

    By offering innovative solutions for environmental monitoring, optimizing resource use, and enabling informed decision-making.

    What are some examples of AI technologies discussed in the event?

    Examples include machine learning for climate prediction, AI in renewable energy management, precision agriculture technologies, and AI-driven conservation tools.

    Is there a specific focus on renewable energy in this initiative?

    Yes, renewable energy optimization is a key theme of the conference.

    How does this initiative align with global development goals?

    It supports the UN Sustainable Development Goals, particularly those related to affordable clean energy, sustainable cities, and climate action.

     
    What role does AI play in environmental policy and education?

    AI aids in data analysis for policy formulation and provides platforms for environmental education and awareness.

    Are there any case studies or success stories that will be shared?

    Yes, speakers will present case studies demonstrating successful AI applications in sustainability.

    How can individuals get involved in supporting sustainable development?

    By participating in the conference, contributing research, and implementing sustainable practices in their professional and personal lives.

    What kind of research is being highlighted at the event?

    Interdisciplinary research that combines AI with environmental science, policy, and other related fields.

    How will the outcomes of this event contribute to policy-making globally?

    By providing evidence-based insights and recommendations that can inform and shape environmental policies.

    What are the environmental benefits of AI technologies?

    Enhanced efficiency, reduced waste, better resource management, and improved ability to monitor and respond to environmental changes.

    Are there networking opportunities at the conference?

    Yes, including coffee breaks, lunch sessions, and an evening networking reception.

    How can I register for the event?

    Through the Registration Form on our website.