Comparative Study on Performance and Emission Characteristics of Fish Oil Biodiesel and Mahua Oil Biodiesel Blend with Diesel and Diesel Fuel in a Medium Capacity Compression Ignition Employing Urea-SCR with Cu-ZSM5

Sharma, Shubham; Gupta, Sahil; Kumar, Naveen; Kumar, Saurabh

doi:10.4271/2014-01-1499

Cited by 9 publications

(3 citation statements)

References 45 publications

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“…[5] Mahua oil contains 3.5% nitrogen and thus can be used as cheap organic manure and also can be used to manufacture products such as soaps and glycerine. [6] Mahua oil possesses toxic and bitter saponins and hence its cake is used as a cheap and effective wormicide to keep turf, lawns, and golf grounds free from earth worms. [7] Crude mahua oil is generally found with high fatty acid content, and conversion of this fatty acid to biodiesel is complicated as oils containing FFA > 2% w/w will form soap with the alkaline catalyst thus hindering the biodiesel separation from glycerine.…”

Section: Please Scroll Down For Articlementioning

confidence: 99%

A comparative study of ultrasonic and conventional methods of biodiesel production from mahua oil

et al. 2015

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In this present work, biodiesel was produced from mahua oil (Madhuca indica) having high free fatty acids through a two step esterification and transesterification process. The first step was carried out with 0.35% mol/mol methanol to oil ratio, 1% v/v sulphuric acid and one hour reaction time at 50 C in a 1000 mL reactor. In the second step the mixture was transesterified with 1.5% mol/mol methanol to oil ratio and 0.75% v/v KOH, one hour reaction time at 50 C. The process was repeated with ultrasonic power of 1000W, 20À30 Hz frequency and five minutes reaction time. The fuel properties of MOME (mahua oil methyl ester) including acid value, density, viscosity, iodine value, flash and fire point, cloud and pour point, and calorific value obtained from both methods were compared with ASTM 2003 standards. Biodiesel produced from ultrasonic transesterification is economically viable and more efficient than that produced by the conventional method. Therefore it is concluded that the ultrasonic method is an effective way of converting crude mahua oil into biodiesel.

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confidence: 99%

A comparative study of ultrasonic and conventional methods of biodiesel production from mahua oil

et al. 2015

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“…Their test results showed the reduction in NOx emission and higher BTE with fish oil biodiesel blends when compared with mahua oil biodiesel blends. [23].…”

Section: Waste Fish Oil As Biodiesel Feed-stockmentioning

confidence: 99%

“…They recommended 2% additive is the best blend to use in unmodified diesel engine as biodiesel [22]. Sharma et al (2014) conducted comparative analysis on the engine performance and emission characteristics of a medium capacity diesel engine using blends of mahua oil methyl ester and fish oil biodiesel and their blends along with the utilization of Urea-SCR as an exhaust treatment technology. Their test results showed the reduction in NOx emission and higher BTE with fish oil biodiesel blends when compared with mahua oil biodiesel blends.…”

Section: Waste Fish Oil As Biodiesel Feed-stockmentioning

confidence: 99%

A Comprehensive Review on Waste Fish Oil as Feed-Stock of Biodiesel

Bhaskar¹

2018

IJRASET

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The rapidly declining fossil fuel reserves across globe, upsurge in usage of petro-diesel fuel and very hazardous effect on environment fascinated the researchers towards economically feasible, eco-friendly plant based vegetable oil and animal fat based biodiesel as alternative renewable fuel to replace partially or completely the fossil fuel. Recently biodiesel produced from feedstock such as vegetable oil or animal fat using by the transesterification process has more attention. But some researchers revealed that edible vegetable oil based biodiesel may cause rise in food-product price and eventually trigger for food-crisis for future generations. On the other side, even though non-edible oil plants are cultivated in barren and uncultivated waste lands, the production cost of non-edible oil also increased due to heavy use of fertilizers and intense usage of pesticides. The best alternative to cut the price of biodiesel feed stock was identified animal fat and fish waste as feed stock. This is because in livestock and aqua industry that globally, over a million tons of animal fat and fish parts such as fins, viscera, tails, eyes etc., have been unused/underutilized and most of the time discarded as a waste. In this review paper, a comprehensive review has been conducted to study the different research accomplishments on fish and aqua waste as feed-stock of biodiesel in the production alternative bio-fuel for a diesel engine.

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Experimental study on NOx reduction in a grapeseed oil biodiesel-fueled CI engine using nanoemulsions and SCR retrofitment

Vedagiri

Martin

Varuvel

et al. 2019

Environ Sci Pollut Res

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Comparative Study on Performance and Emission Characteristics of Fish Oil Biodiesel and Mahua Oil Biodiesel Blend with Diesel and Diesel Fuel in a Medium Capacity Compression Ignition Employing Urea-SCR with Cu-ZSM5

Cited by 9 publications

References 45 publications

A comparative study of ultrasonic and conventional methods of biodiesel production from mahua oil

A comparative study of ultrasonic and conventional methods of biodiesel production from mahua oil

A Comprehensive Review on Waste Fish Oil as Feed-Stock of Biodiesel

Experimental study on NOx reduction in a grapeseed oil biodiesel-fueled CI engine using nanoemulsions and SCR retrofitment

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