The role of fatty acid of Morinda citrifolia oil as surface-active chemicals on the deinking process of waste paper

Nanlohy, Hendry Y.; Trismawati,

doi:10.1016/j.mtla.2022.101436

Cited by 6 publications

(6 citation statements)

References 26 publications

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“…Which is caused by the density between fuel molecules becoming closer so that there is potential for attractive forces to occur between fuel molecules are intensive. This analysis is very reasonable because it follows several previous studies discussed in other perspectives [36].…”

Section: Resultssupporting

confidence: 85%

Characterizing of Nano Activated Bio-Carbon of Sago Waste as a Homogeneous Combustion Catalyst

Nanlohy,

Riupassa,

Setiyo

2024

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Alternative fuels were developed by blending crude coconut oil and bio-carbon nanoparticles. Bio-carbon, derived from sago waste via pyrolysis and ground using a ball mill, underwent FTIR testing to assess its energy absorption capabilities. SEM analysis was conducted to examine the surface morphology of bio-catalyst with and without crude coconut oil. The findings indicate that incorporating bio-catalyst can enhance mechanical properties, facilitating rapid heat absorption, as evidenced by reduced flashpoint and viscosity. In addition, the results show an increase in fuel mass, broadening of molecular contacts, increased reactivity, and increased heat absorption for easier ignition. This phenomenon indicates that bio-carbon of sago waste have great potential for biofuel use as a homogeneous combustion catalyst.

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Section: Resultssupporting

confidence: 85%

Characterizing of Nano Activated Bio-Carbon of Sago Waste as a Homogeneous Combustion Catalyst

Nanlohy,

Riupassa,

Setiyo

2024

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“…1) to become reactive and combustible. This phenomenon is similar with previous studies with described in different perspective [13], [14].…”

Section: Introductionsupporting

confidence: 93%

Enhance the Heat and Flame Characteristics of Sago Briquettes With and Without Adjusters

Suyatno,

Riupassa

2023

RTR

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Experimental investigations were conducted to assess the impact of an adjuster on the heating efficiency and flame stability of sago waste briquettes. The adjuster was introduced to maintain a consistent burning distance, thereby enhancing the combustion heat of the fuel. Infrared thermometry was employed to monitor the temperature evolution within the briquette and the combustion load, represented by water in a pan. The findings demonstrate that adding an effective adjuster significantly improves the performance of both the briquettes and the stove, resulting in enhanced effectiveness and efficiency. This is evident from the observed increase in combustion temperature and faster boiling time of the water. The consistent burning distance ensures a stable and uniform heat supply to the briquettes, facilitating more efficient fuel utilization as all parts of the fuel can undergo complete combustion and transfer heat to the pan. Molecular analysis reveals that the stability of the burning distance weakens the Van der Waals bonds within the carbon chain, thereby increasing the reactivity of the fuel molecules. Consequently, the fuel exhibits improved heat absorption capability and becomes highly combustible.

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“…A higher ignition rate signifies greater fuel power, implying the potential for improved engine performance [19], [20]. Moreover, the phenomenon aligns with previous studies [21]. Additionally, previous research has indicated that the length, position, and configuration of double bonds have minimal effects on fuel ignition properties [22].…”

Section: Figure 3 the Reaction Of Upo To Infrared (Ir)supporting

confidence: 86%

Impact of Nanoparticles as a Homogeneous Catalyst in Ignition Characteristics of Waste Plastic Oil

Suyatno

2023

RTR

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A novel approach was employed to develop alternative fuels by blending pyro-oil from used plastic with graphene, which acted as a combustion additive. The biofuels were produced through pyrolysis of high-density polyethylene (HDPE). When evaluating the fuel blends, the fuel properties were analyzed and compared to commercially available diesel fuel, while Fourier transform infrared (FTIR) spectrometry was employed to know the fuel character. The findings demonstrate that including graphene as a combustion additive significantly enhances the Fuel's performance. The phenomena suggest that graphene effectively weakens the dispersion forces among the triglyceride molecules. Consequently, the droplet is easier to burn. By incorporating graphene, the alternative fuels droplet exhibits improved ignition properties, offering potential benefits in terms of efficiency and performance. The additive plays a crucial part in modifying the molecular structure of the Fuel, resulting in enhanced reactivity and ignition characteristics. Furthermore, the analysis of physical properties and spectroscopic data provides valuable insights into alternative fuels' molecular composition and behavior.

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The role of fatty acid of Morinda citrifolia oil as surface-active chemicals on the deinking process of waste paper

Cited by 6 publications

References 26 publications

Characterizing of Nano Activated Bio-Carbon of Sago Waste as a Homogeneous Combustion Catalyst

Characterizing of Nano Activated Bio-Carbon of Sago Waste as a Homogeneous Combustion Catalyst

Enhance the Heat and Flame Characteristics of Sago Briquettes With and Without Adjusters

Impact of Nanoparticles as a Homogeneous Catalyst in Ignition Characteristics of Waste Plastic Oil

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