Journal Overview
Addressing the global climate emergency requires more than just policy; it requires radical engineering excellence. The Journal of Sustainable Energy Environment and Green Technologies (JSEEGT) is committed to publishing transformative research that drives the global transition toward net-zero emissions. We analyze the complex interplay between renewable energy architecture, carbon sequestration economics, and the socio-technical dimensions of the global energy shift.
From solar photovoltaics and wind energy optimization to carbon capture technologies and circular economy frameworks, JSEEGT serves as a critical bridge between clean-energy researchers and global environmental infrastructure providers. Our mission is to accelerate the adoption of green technologies worldwide by providing a high-density archive of validated strategies for decarbonizing the heavy industry, transportation, and urban infrastructure sectors on a planetary scale.
Research Area & Scope
The Journal of Sustainable Energy Environment and Green Technology (JSEEGT) seeks out top-tier research focused on ecological balance and renewable resources. Our objective is to publish findings that bridge the gap between environmental science and practical green engineering.
JSEEGT's scope covers everything from biofuel development to sustainable waste management protocols. We are dedicated to showcasing submissions that demonstrate scientific excellence, originality, and the capacity to drive meaningful environmental improvements globally.
Research Pillars
Sustainable Energy
Innovations in solar, wind, and alternative renewable energy systems.
Green Technology
Engineering solutions designed to minimize ecological footprints.
Submissions are invited on, but not restricted to, the following topics:
Solar Photovoltaics
Wind Energy Optimization
Grid Energy Storage
Net-Zero Emissions
Circular Economy
Carbon Capture & Storage (CCS)
Green Hydrogen
Sustainable Battery Recycling
EV Infrastructure
Climate Policy
Renewable Grid Stability
Decarbonization Strategies
Hydroelectric Power
Biomass Energy
Geothermal Systems
Ocean Energy
Sustainable Urban Planning
Environmental Impact Assessment
Energy Policy
Waste-to-Energy