Effect of Ratio Composition and Particle Size to Pelletizing Combination Performance of MSW and Biomass Feedstocks

Siregar, Sri R H; Nursani, Daragantina; Wiyono, Apri; Pratiwi, Titi Puspita Sari Ika

doi:10.5109/4742138

Cited by 5 publications

(5 citation statements)

References 22 publications

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“…To enhance the handling characteristics of torrefied biomass, torrefaction is sometimes combined with palletization or briquetting processes. [68][69][70] . The method that produces the biofuels effectively is laptolyngbya 71,72) .…”

Section: Technologies Of Torrefactionmentioning

confidence: 99%

Study of Biomass Torrefaction Fundamentals and Properties

Singh¹,

Srivastava²,

Goyal³

2023

Evergreen

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The heating value of coal is necessary for its usage in power generating. This is tested experimentally, although theoretical models have been used to forecast the heating value; either lower heating value or greater heating value. The same approach has been used to biomass, which is being promoted as an alternative for coal or as a co-fired fuel. Biofuel production was seen as a significant countermeasure for lowering anthropogenic CO2 emissions, removing the worsening greenhouse effect in the atmosphere, and slowing global warming. Thermochemical conversion is thought to be the most effective method of generating biofuels from biomass, with the least potential for global warming. The torrefied biomass is used for making biomass material into a useful energy and it also enhance the property of that material by torrified it.

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Section: Technologies Of Torrefactionmentioning

confidence: 99%

Study of Biomass Torrefaction Fundamentals and Properties

Singh¹,

Srivastava²,

Goyal³

2023

Evergreen

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“…Dependency on coal has been reduced by allowing biomass pellets in the boilers for co-firing in power plants. High quality biomass pallets has been produced for giving high efficiency by various researchers 7) . During a period of only one year (2014) an amount of 7.40 billion dollars was invested for stimulating the renewable energy sector across the country 8) .…”

Section: Energy -Indian Perspectivementioning

confidence: 99%

Energy Security Scenarios for India Under Diversified Demand and Supply

Jhalanim,

Agarwal,

Singh

et al. 2023

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India is one of the fastest growing economies of the world. The most important factor which affects the economic growth is energy security. In this paper, it has been tried to analyze different energy security scenarios of India up to year 2047 under various demand and supply conditions. The paper is designed to compare the framework and projections of energy consumption and supply of various sectors till the year 2047. A tool, IESS 2047, developed by NITI Aayog, Government of India has been used for the analysis purpose in this paper. It is observed that there will be a huge coal dependence for India if heroic efforts are not employed for the energy security. A significant difference in the energy supply sectors has been observed while following the different pathways.

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“…A multitude of factors influence production outputs, including nanoparticle size, and each process necessitates the determination of an optimal set of operating parameters [87]. The quantity and size of NPs achieved throughout the manufacturing process are critical attributes [121], [122].…”

Section: Nps Sizementioning

confidence: 99%

Feasibility Study of Biofuel Incorporated Nanoparticles as Sustainable IC Engine Fuel: Opportunities and Challenges - An overview

Mohammed

Said

Othman

et al. 2023

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The advent of biofuel as a fossil petroleum substitute has been a revolutionary concept in the realm of combustion, but it lacks some qualities that, if addressed, could improve physio-chemical properties and promote energy sustainability. Recently, introducing nanoparticles (NPs) as an additive in fuel for combustion engines has become an effective practice particularly in the automobile industry, to optimize combustion efficiency and minimize emissions. Previous researchers discovered that adding NPs into biodiesel fuel improved overall engine operation performance. Thus, the objective of the research is to summarize existing research findings on nanoparticles effects on fuel properties and engine performance. The paper investigates biofuels, bio-fuel generation classifications, nano-fuel stability, performance, and limitations, as well as current research on the influence of NPs on combustion fuel properties and engine efficiency. Prior to this, researchers have discovered that employing NPs with appropriate additives and concentrations with optimal solubility significantly reduced emissions. In comparison to basic biofuel, adding CeO2 NPs to biofuel boosted brake thermal efficiency (BTE) for low and high operation by 4.1 and 12.02%, respectively. Carbon II Oxide and unburnt hydrocarbon emissions were reduced by 16.13 and 17.59%, respectively, in comparison to pure biofuel under C20-D80 + CeO2 20 ppm. However, due to the biofuel's oxygen concentration, CO2 and NOx emission reductions were not as significant. The findings indicate that utilizing a single bio-fuel generates minimal effective power, yet by incorporating nanoparticles optimizes the operation. Furthermore, future direction of the related work will be discussed particularly on the potential benefits of incorporating NPs in fuel.

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Effect of Ratio Composition and Particle Size to Pelletizing Combination Performance of MSW and Biomass Feedstocks

Cited by 5 publications

References 22 publications

Study of Biomass Torrefaction Fundamentals and Properties

Study of Biomass Torrefaction Fundamentals and Properties

Energy Security Scenarios for India Under Diversified Demand and Supply

Feasibility Study of Biofuel Incorporated Nanoparticles as Sustainable IC Engine Fuel: Opportunities and Challenges - An overview

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