Multi-Scale Mapping of Energy Consumption Carbon Emission Spatiotemporal Characteristics: A Case Study of the Yangtze River Delta Region by Kangjuan Lv, Qiming Wang, Xunpeng Shi, Li Huang, Yatian Liu

“…This study uses integrated remote-sensing data to estimate carbon emissions from fossil fuels (CEFs). Experimental results indicate (1) that the regional CEF can be calculated by combining NTL and Landuse data and has a good fit; (2) the high-intensity CEF area is mainly concentrated in Shanghai and its surrounding areas, showing a concentric circle structure; (3) there are obvious differences in the spatial distribution characteristics of carbon emissions among different departments; (4) hot spot analysis reveals a three-tiered distribution in the Yangtze River Delta, increasing from the west to the east with distinct spatial characteristics.…”
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A Platform For Solar Energy An Alternative Source For Kabale District at Kabale University. by Amanya, Devis

“…The sun is directly or indirectly at the origin for nearly all the energy resources on Earth, such as fossil fuels (coal. natural gas, and oil), hydro (global water circulation is due to the sun), wind, waves, biomass, etc. …”
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Impact of Climate Change on Food Security in Kashare Sub-County Mbarara District. by Agaba, Richard

“…Regarding the causes of climate change, most respondents cited deforestation as the leading cause, followed by unsustainable agricultural practices, burning of fossil fuels, and industrialization, which was ranked lowest. …”
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Design and Construction of a Solar Installation System for a Reading Room at St. Johns Secondary School Ikumba. by Turyashemererwa, Norbet

“…This project was based on applied research which aims to solve our problems, save energy, protect our environment, and encourage us not to use fossil fuels but instead be an eco-friendly human. It is radiant heat from the sun that's a natural source of energy using a range of ever-changing and developing technologies such as solar thermal energy, solar architecture, solar heating, molten salt power plants, and artificial photosynthesis. …”
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Metal-organic frameworks-derived CaO/ZnO composites as stable catalysts for biodiesel production from soybean oil at room temperature by Maryam Sharifi, Shahram Tangestaninejad, Majid Moghadam, Afsaneh Marandi, Valiollah Mirkhani, Iraj Mohammadpoor-Baltork, Sahar Aghayani

“…Abstract Biodiesel presents a sustainable alternative to fossil fuels, yet traditional homogeneous catalysts like sodium and potassium hydroxide face challenges with separation and reuse. …”
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Assessing power-to-heat technologies for industrial electrification: A multi-criteria decision analysis approach by Arman Ashabi, Mohamed Mostafa, Andriy Hryshchenko, Ken Bruton, Dominic T.J. O’sullivan

“…Transitioning industrial heat systems from fossil fuels to electric-based solutions is crucial to mitigate climate change. …”
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Green Hydrogen for Energy Transition: A Critical Perspective by Ruggero Angelico, Ferruccio Giametta, Biagio Bianchi, Pasquale Catalano

“…Economic analyses predict that GH₂ can achieve cost parity with fossil fuels by 2030 and will play a foundational role in low-carbon energy systems by 2050. …”
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Cutting-edge technologies: Biofuel innovations in marine propulsion systems to lower black carbon emissions by Sivasubramanian Manikandan, Sundaram Vickram, Yuvarajan Devarajan

“…For example, a marine trial using 50:50 HVO-diesel demonstrated up to a 60 % reduction in BC emissions compared with fossil fuels but maintained engine performance. Qualitatively, enhanced combustion properties due to the relatively high cetane number and low aromatic content in biofuels compared with those of petroleum fuels result in lower soot emissions when burning biofuels. …”
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Tracing the trajectories of energy intensity, environmental tax revenues, and environmental neutrality in major European economies by Fayyaz Ahmad, Nabila Abid, Junaid Aftab, Aamir Javed

“…However, the region's reliance on fossil fuels raises questions about the initiatives affecting the environmental neutrality goals in Europe. …”
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Investigation of the Thermal Degradation Behavior of Coal/Biomass Blends for Kinetics Analysis with Sequential Method Implication by SHOAIB Hafiz Muhammad, QURESHI Tayyab, KHAN Ihtisham, MAHMOOD Hamayoun, IQBAL Tanveer

“…There is a large gap between supply and demand for electricity. The depletion of fossil fuels and environmental pollution factors also exist. …”
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Production of Biogas and Bio-fertilizer from Abattoir Waste as Sustainable Management, Eastern Ethiopia, 2019 by Sina Temsgen Tolera, Fekade Ketema Alemu

“…The biogas or energy from the waste can replace firewood and charcoal and the expensive fossil fuels. Using Banks mathematical computation about 85,139.20m3/year of biogas estimated, could cover 36097.43kg of liquefied gas or 48129.89kg of kerosene or 280757.68kg of charcoal or 32086.59kg of furnace oil or 56151.5kg of petrol or 40108.2kg of diesel per a year in same functions. …”
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Navigating the Challenges of Sustainability in the Food Processing Chain: Insights into Energy Interventions to Reduce Footprint by Orlando Corigliano, Pietropaolo Morrone, Angelo Algieri

“…The sector remains heavily reliant on fossil fuels. Associated greenhouse gas (GHG) emissions, which constitute 26% of all anthropogenic emissions, have shown a linear growth trend, reaching 16.6 Gt_CO2eq in 2015 and projected to approach 18.6 Gt_CO2eq in the coming years. …”
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Economic Analysis of Sequestering Carbon in Green Ash Forests in the Lower Mississippi River Valley by Ching-Hsun Huang, Gary D. Kronrad, Shiaolin D. Cheng

“…Electric utility companies have the options of reducing their use of fossil fuels, switching to alternative energy sources, increasing efficiency, or offsetting carbon emissions. …”
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Azolla Plant Production and Their Potential Applications by Gamachis Korsa, Digafe Alemu, Abate Ayele

“…In the modern world, lifestyle changes, the nature of work, and food habits increase the incidence of serious diseases in animals, and human activity influences the environment, such as the use of chemical fertilizers for agriculture, large terrestrial ecosystems all over the biosphere, such as deforestation of plants, which could not sink from atmospheric CO2, and the production of fuels for energy, which would increase the need for fossil fuels but would also deliver low energy fuels at a high energy cost. …”
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Pyrolysis Kinetics of Spirulina platensis and Non-condensable Gas Product Distribution in a Fixed-Bed Reactor by Ahmad Yusril Aminullah, Sukarni Sukarni, Retno Wulandari, Muhammad Shahbaz

“…However, energy sources are dominated by non-renewable fractions, such as fossil fuels. Renewable biomass is projected to be a future fuel source. …”
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Effect of Coronavirus Disease 2019 on CO2 Emission in the World by Sahar Safarian, Runar Unnthorsson, Christiaan Richter

“…Then this indicator is calculated for 3 scenarios which are based on this disease situation worldwide and therefore based on different reduction percent of fossil fuels consumption in various sectors over year 2020. …”
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To nip it or let it bloom: Life cycle assessment of lab-scale catalysts used in low-TRL CCUS technologies by Tanisha Kar, Hari Prakash Veluswamy

“…Excessive reliance on fossil fuels results in the increasing accumulation of carbon dioxide (CO2) in the atmosphere, contributing to substantial global warming. …”
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State-of-the-art and future trends in electric vehicle charging infrastructure: A review by Sudev V., Sindhu M.R.

“…One of the most significant aspects of this “GO GREEN” is the sustainable mobility sector, which focuses not only on reducing the usage of fossil fuels but also on enhancing the efficiency of the transportation system. …”
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Production of Biogas and Bio-fertilizer from Abattoir Waste as Sustainable Management, Eastern Ethiopia, 2019 by Sina Temsgen Tolera, Fekade Ketema Alemu

“…The biogas or energy from the waste can replace firewood and charcoal and the expensive fossil fuels. Using Banks mathematical computation about 85,139.20m3/year of biogas estimated, could cover 36097.43kg of liquefied gas or 48129.89kg of kerosene or 280757.68kg of charcoal or 32086.59kg of furnace oil or 56151.5kg of petrol or 40108.2kg of diesel per a year in same functions. …”
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Comparative Study on Environmental Impact of Electric Vehicle Batteries from a Regional and Energy Perspective by Ruiqi Feng, Wei Guo, Chenjie Zhang, Yuxuan Nie, Jiajing Li

“…Against the backdrop of the global goal of “carbon neutrality”, the advancement of electric vehicles (EVs) holds substantial importance for diminishing the reliance on fossil fuels, mitigating vehicular emissions, and fostering the transition of the automotive sector towards a sustainable, low-carbon paradigm. …”
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