Abstract:Development of energy systems, based on forest biomass, is a challenging issue in India. The study investigated perceptions of fifty-five Indian Forest Service (IFS) officers in relation to the potential benefits and challenges associated with the development of forest-based bioenergy (FBE) projects in India when they participated in two training programs in Finland during 2010. They generally agreed that development of FBE projects could have beneficial impacts on job creation, income generation, rural develo… Show more
“…In an Indian context, there have been a few techno-economic studies regarding the opportunities and challenges concerning bioenergy development; however, none have focused on FBPs, perhaps due to the reason that conversion technologies for second generation biofuels have not been developed in the country [23]. Most recently, Halder et al [9] conducted a study among a group of professionals working in the Indian Forest Service (IFS) to explore their perceptions of developing FBPs in India. Their study found that while the IFS professionals perceived that such projects could create jobs and income, they were also concerned over the lack of public awareness and political support, as well as the lack of suitable technologies for such projects in India.…”
Section: Experts' Perceptions Of Energy Production From Forest Biomassmentioning
confidence: 98%
“…Results from the India-specific study have been published in Halder et al [9], and therefore, this study will only present the results of the comparative analysis between the two countries. Data were collected from a group of Indian SFPs when they participated in a forestry training program in Finland in 2010.…”
Section: Survey Instrument Design and Data Collectionmentioning
confidence: 98%
“…Unlike China, a large number of people in India depend on forest and agricultural biomasses for cooking and heating, and yet, there is no specific policy being initiated by the GoI to improve the supply of forest biomass for meeting the fuel wood demand of the people. The most recent NPB does not provide any clear guidance for this aspect, and thus, it is difficult to anticipate the future developments in the forest-based bioenergy sector in India [9]. The Ministry of New and Renewable Energy of the GoI has initiated a biomass-based power generation program from bagasse produced in sugar mills [10], and it once again overlooked the potential use of forest biomass for meeting the heat and electricity demand of a sizeable portion of the population.…”
Section: Bioenergy Sector In China and Indiamentioning
This study investigated perceptions of a group of Chinese and Indian state forestry professionals (SFPs) related to the potential benefits and challenges of developing forest-based bioenergy projects (FBPs) in their countries. A total of 110 SFPs participated in the study (55 from each country). The results showed that the SFPs widely agreed upon the potential economic and ecological benefits from developing FBPs in their countries. The economic benefits of job creation and additional income to forest departments were the two most accepted benefits by the SFPs. Two potential challenges of developing FBPsnamely, the lack of suitable technologies and the absence of supportive policies-were considered the most significant by the SFPs. Principal component analysis revealed three key dimensions (ecological, economic and social) of the SFPs' perceptions of FBPs. The findings from the study imply that in order to become viable, the development of FBPs in these two countries must put emphasis on the sustainability aspects by addressing the environmental, economic and societal elements of FBPs. In addition, framing supportive policies, the development of technologies and building infrastructure for FBPs are needed for their successful implementation in China and India.
“…In an Indian context, there have been a few techno-economic studies regarding the opportunities and challenges concerning bioenergy development; however, none have focused on FBPs, perhaps due to the reason that conversion technologies for second generation biofuels have not been developed in the country [23]. Most recently, Halder et al [9] conducted a study among a group of professionals working in the Indian Forest Service (IFS) to explore their perceptions of developing FBPs in India. Their study found that while the IFS professionals perceived that such projects could create jobs and income, they were also concerned over the lack of public awareness and political support, as well as the lack of suitable technologies for such projects in India.…”
Section: Experts' Perceptions Of Energy Production From Forest Biomassmentioning
confidence: 98%
“…Results from the India-specific study have been published in Halder et al [9], and therefore, this study will only present the results of the comparative analysis between the two countries. Data were collected from a group of Indian SFPs when they participated in a forestry training program in Finland in 2010.…”
Section: Survey Instrument Design and Data Collectionmentioning
confidence: 98%
“…Unlike China, a large number of people in India depend on forest and agricultural biomasses for cooking and heating, and yet, there is no specific policy being initiated by the GoI to improve the supply of forest biomass for meeting the fuel wood demand of the people. The most recent NPB does not provide any clear guidance for this aspect, and thus, it is difficult to anticipate the future developments in the forest-based bioenergy sector in India [9]. The Ministry of New and Renewable Energy of the GoI has initiated a biomass-based power generation program from bagasse produced in sugar mills [10], and it once again overlooked the potential use of forest biomass for meeting the heat and electricity demand of a sizeable portion of the population.…”
Section: Bioenergy Sector In China and Indiamentioning
This study investigated perceptions of a group of Chinese and Indian state forestry professionals (SFPs) related to the potential benefits and challenges of developing forest-based bioenergy projects (FBPs) in their countries. A total of 110 SFPs participated in the study (55 from each country). The results showed that the SFPs widely agreed upon the potential economic and ecological benefits from developing FBPs in their countries. The economic benefits of job creation and additional income to forest departments were the two most accepted benefits by the SFPs. Two potential challenges of developing FBPsnamely, the lack of suitable technologies and the absence of supportive policies-were considered the most significant by the SFPs. Principal component analysis revealed three key dimensions (ecological, economic and social) of the SFPs' perceptions of FBPs. The findings from the study imply that in order to become viable, the development of FBPs in these two countries must put emphasis on the sustainability aspects by addressing the environmental, economic and societal elements of FBPs. In addition, framing supportive policies, the development of technologies and building infrastructure for FBPs are needed for their successful implementation in China and India.
“…Improved energy access and quality of life: Solar-powered agriculture can improve energy access and quality of life for rural communities, particularly in developing countries where access to electricity is limited or unreliable [113]. By providing a sustainable and affordable source of energy for farming and household uses, solarpowered systems can reduce the time and labor required for tasks such as water collection, cooking, and lighting, freeing up time for education, income-generating activities, and leisure [114].…”
The adoption of solar energy in agriculture has the potential to significantly contribute to achieving multiple Sustainable Development Goals (SDGs), particularly those related to clean energy access (SDG 7), sustainable economic growth (SDG 8), responsible consumption and production (SDG 12), and climate action (SDG 13). This review article examines the various applications of solar energy in agricultural practices, including irrigation, crop drying, greenhouse heating, and powering farm machinery. It analyzes the economic, environmental, and social benefits of transitioning to solar-powered agriculture, such as reduced reliance on fossil fuels, lower greenhouse gas emissions, improved energy security, and increased income for farmers. The article also discusses the challenges and barriers to widespread adoption, including high upfront costs, lack of awareness and technical expertise among farmers, and inadequate policy support. Through a comprehensive review of existing literature and case studies, this article highlights the immense potential of solar energy in transforming the agricultural sector and contributing to sustainable development. It concludes by emphasizing the need for concerted efforts from governments, international organizations, and the private sector to promote and facilitate the integration of solar energy in agriculture, particularly in developing countries where access to clean energy and sustainable farming practices are most crucial for achieving the SDGs.
“…In addition, various challenges associated with the development of large-scale bioenergy projects are recognized as: lack of available land for energy crop plantations; lack of information on the impacts of bioenergy production on food security; and lack of institutional, financial, and initiatives in promotion of bioenergy marketing [11]. A recent study revealed that lack of public acceptance, political support, available technology, and infrastructure are the major hindrances in the development of forest-based bioenergy projects in India [12]. However, the above bottlenecks are very common in the promotion of bioenergy, not only in India but also in other developed and developing countries.…”
Utilization of renewable energy resources is imperative due to energy access, energy security, and energy sustainability coupled with the rising environmental concern. India is one of the largest land mass countries in the world and amply bestowed with biomass resources. Investigations on biomass supply potential, socio-economic challenges, local people attitudes, current bioenergy markets, and technologies are prerequisite while seeking to develop sustainable energy plants. The study aimed to assess expert attitudes on woodbased energy development in India. This assessment was based on the opinions of Indian Forest Service (IFS) officers who are involved in managing wood-based biomass resources in different parts of the country. The study gave emphasis to the advantages, problems, and directions of the biomass based energy development in the country. The results showed that the development of biomass-based energy plants involves a number of challenges both locally and nationally. In addition, the study also highlighted the possible benefits of developing biomass based energy plants at local and national levels. The outcomes of this study provide useful information to the policy decision makers, energy entrepreneurs, and other stakeholders in the development of biomass based energy in India.
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