Aim & Scope

Aim

GreenMatter Journal aims to advance high‑quality scientific research and technological innovation in sustainable materials, environmental science, and green engineering. The journal provides an interdisciplinary platform for disseminating impactful studies that support ecological resilience, resource efficiency, and global sustainability transitions. Through the publication of original research, reviews, and applied studies, the journal promotes scientific excellence and evidence‑based solutions aligned with the United Nations Sustainable Development Goals (SDGs).

Scope

The journal welcomes high‑quality manuscripts from diverse fields related to sustainability, environmental innovation, and material science. Areas of interest include, but are not limited to:

1. Sustainable and Functional Materials

  • Eco‑friendly, bio‑based, and biodegradable materials
  • Advanced composites for environmental and industrial applications
  • Nanomaterials for remediation, sensing, and energy systems
  • Materials for circular economy and resource recovery
  • Green synthesis and low‑impact fabrication methods
  • Lignocellulosic‑based materials and sustainable packaging technologies

2. Environmental Science and Pollution Control

  • Water, air, and soil pollution assessment and mitigation
  • Waste management, waste valorization, and waste‑to‑energy technologies
  • Environmental monitoring, modeling, and risk assessment
  • Climate change mitigation and adaptation technologies
  • Industrial effluent treatment and pollution‑reduction strategies

3. Green Chemistry and Sustainable Processes

  • Environmentally benign chemical processes
  • Catalysis for clean and efficient chemical transformations
  • Life‑cycle assessment (LCA) and sustainability metrics
  • Cleaner production and industrial eco‑innovation
  • Process optimization for resource‑efficient manufacturing

4. Renewable and Low‑Carbon Energy Systems

  • Solar, wind, biomass, hydrogen, and emerging renewable technologies
  • Energy storage materials and systems
  • Energy efficiency and carbon‑reduction technologies
  • Sustainable energy integration and smart energy solutions
  • Biorefinery approaches and biomass utilization

5. Environmental Engineering and Sustainable Infrastructure

  • Water and wastewater treatment technologies
  • Green building materials and sustainable construction
  • Urban sustainability, smart cities, and ecological infrastructure
  • Environmental resilience and disaster‑risk reduction
  • Industrial process‑water optimization and resource recovery

6. Sustainability Policy, Governance, and Socio‑Environmental Studies

  • Environmental policy, regulation, and governance
  • Sustainability assessment frameworks and SDG‑aligned strategies
  • Community‑based environmental management
  • Socio‑technical transitions toward sustainable development

Article Types

  • Original Research Articles
  • Review Articles
  • Short Communications
  • Technical Notes
  • Case Studies