Evaluating Gas Fuels A DEMATEL-Based Analysis of Emission, Energy, and Economic Factors

The evaluation of gas fuels is a critical process that involves assessing the properties, performance, and environmental impact of different gas fuel sources. Petrol fuels like liquefied petroleum gas and natural gas (LPG), are widely used for various applications, including heating, cooking, and power generation. The evaluation process typically includes analyzing the composition and calorific value of the gas fuels to determine their energy content and efficiency. Additionally, factors such as combustion characteristics, emissions profiles, and safety considerations are taken into account. Evaluating gas fuels also involves assessing their availability, accessibility, and cost-effectiveness. This includes considering factors like production methods, infrastructure requirements, and transportation logistics. Moreover, the environmental impact of gas fuels is a significant aspect of the evaluation process. Evaluators examine the greenhouse gas emissions, air pollutants, and overall sustainability of gas fuels, comparing them to alternative energy sources. This analysis helps inform decision-making regarding the adoption and optimization of gas fuels for a cleaner and more sustainable energy future. The evaluation of gas fuels holds significant research significance due to several key reasons. Firstly, as the world seeks to transition to cleaner and more sustainable energy sources, understanding the properties and environmental impact of gas fuels becomes crucial. This research can inform policymakers, industry professionals, and energy consumers in making informed decisions about energy choices. Secondly, evaluating gas fuels enables the optimization of energy production and consumption processes. By understanding the efficiency and combustion characteristics of different gas fuels, researchers can develop technologies and strategies to enhance energy conversion and reduce emissions. Furthermore, the evaluation of gas fuels plays a vital role in energy security and resource management. Assessing the availability, accessibility, and cost-effectiveness of gas fuels helps identify potential energy reserves, infrastructure requirements, and diversification strategies. Overall, research in evaluating gas fuels contributes to sustainable energy development, climate change mitigation, and the switch to an energy system that is more effective and environmentally benign. “One method employed is the Decision-Making Trial and Evaluation Laboratory (DEMATEL) method to analyze complex systems and relationships among various factors”. It involves constructing a cause-and-effect network, quantifying the relationships between factors, and assessing their impact on decision-making. DEMATEL helps identify influential factors and prioritize actions for effective decision-making. Evaluation Parameters taken as “Low emission (LE), high energy content (HEC), high quality gas (HQG), easy procurement (EP), affordable unit price (AUP Low emission (LE) has got the first rank followed by high energy content (HEC) at the second rank whereas high quality gas (HQG) had got the last rank preceded by easy procurement (EP) at fourth rank. Affordable unit price (AUP) had got third rank. In conclusion, the evaluation of gas fuels plays a crucial role in shaping energy policies, promoting sustainable development, and mitigating environmental impact. By conducting thorough assessments of gas fuel properties, performance, and environmental implications, researchers and decision-makers can make informed choices regarding energy sources. The significance of gas fuel evaluation extends beyond immediate environmental concerns. It also impacts economic factors, such as infrastructure planning, transportation logistics, and energy pricing. By considering the overall sustainability and long-term viability of gas fuels, stakeholders can establish a balanced and resilient energy framework.