Perspectives of the Use of Rapeseed Oil for the Doping of Waste-Based Industrial Fuel

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5 Citations (Scopus)

Abstract

We have applied rapeseed oil to improve the industrial fuels based on waste-derived coal water slurry. This unifies the two modern trends of creation of the renewable and waste-derived fuels decreasing the consumption of combustible fossils. The fuel consisting of the filter cake of fiery coal (90 wt»%) and rapeseed oil shows an optimal ignition delay times (4 s) at 970 K, which is evidently better than that for coal water slurry doped by fuel oil. Simultaneously, it shows a stable combustion temperature exceeding that observed for composition with fuel oil. These results were compared with properties of the biofuel consisting of the rapeseed oil (65-70 wt»%) and biofiller made from dry straw. This composition shows good combustion properties at low temperatures. An optimal ignition delay (2 s) appears at T ≈ 825 K. The rapeseed oil itself shows the high fire safety during storage and less of the harmful exhaust gases than oil-processing wastes usually used within the waste-derived fuels.

Original languageEnglish
Pages (from-to)10116-10120
Number of pages5
JournalEnergy and Fuels
Volume31
Issue number9
DOIs
Publication statusPublished - 21 Sep 2017

Fingerprint

Coal
Fuel Oils
Doping (additives)
Fuel oils
Ignition
Biofuels
Water
Straw
Gas oils
Exhaust gases
Chemical analysis
Time delay
Fires
Temperature
rapeseed oil
Oils
Processing

ASJC Scopus subject areas

  • Chemical Engineering(all)
  • Fuel Technology
  • Energy Engineering and Power Technology

Cite this

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title = "Perspectives of the Use of Rapeseed Oil for the Doping of Waste-Based Industrial Fuel",
abstract = "We have applied rapeseed oil to improve the industrial fuels based on waste-derived coal water slurry. This unifies the two modern trends of creation of the renewable and waste-derived fuels decreasing the consumption of combustible fossils. The fuel consisting of the filter cake of fiery coal (90 wt»{\%}) and rapeseed oil shows an optimal ignition delay times (4 s) at 970 K, which is evidently better than that for coal water slurry doped by fuel oil. Simultaneously, it shows a stable combustion temperature exceeding that observed for composition with fuel oil. These results were compared with properties of the biofuel consisting of the rapeseed oil (65-70 wt»{\%}) and biofiller made from dry straw. This composition shows good combustion properties at low temperatures. An optimal ignition delay (2 s) appears at T ≈ 825 K. The rapeseed oil itself shows the high fire safety during storage and less of the harmful exhaust gases than oil-processing wastes usually used within the waste-derived fuels.",
author = "Valiullin, {Timur R.} and Egorov, {Roman I.} and Strizhak, {Pavel A.}",
year = "2017",
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journal = "Energy & Fuels",
issn = "0887-0624",
publisher = "American Chemical Society",
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T1 - Perspectives of the Use of Rapeseed Oil for the Doping of Waste-Based Industrial Fuel

AU - Valiullin, Timur R.

AU - Egorov, Roman I.

AU - Strizhak, Pavel A.

PY - 2017/9/21

Y1 - 2017/9/21

N2 - We have applied rapeseed oil to improve the industrial fuels based on waste-derived coal water slurry. This unifies the two modern trends of creation of the renewable and waste-derived fuels decreasing the consumption of combustible fossils. The fuel consisting of the filter cake of fiery coal (90 wt»%) and rapeseed oil shows an optimal ignition delay times (4 s) at 970 K, which is evidently better than that for coal water slurry doped by fuel oil. Simultaneously, it shows a stable combustion temperature exceeding that observed for composition with fuel oil. These results were compared with properties of the biofuel consisting of the rapeseed oil (65-70 wt»%) and biofiller made from dry straw. This composition shows good combustion properties at low temperatures. An optimal ignition delay (2 s) appears at T ≈ 825 K. The rapeseed oil itself shows the high fire safety during storage and less of the harmful exhaust gases than oil-processing wastes usually used within the waste-derived fuels.

AB - We have applied rapeseed oil to improve the industrial fuels based on waste-derived coal water slurry. This unifies the two modern trends of creation of the renewable and waste-derived fuels decreasing the consumption of combustible fossils. The fuel consisting of the filter cake of fiery coal (90 wt»%) and rapeseed oil shows an optimal ignition delay times (4 s) at 970 K, which is evidently better than that for coal water slurry doped by fuel oil. Simultaneously, it shows a stable combustion temperature exceeding that observed for composition with fuel oil. These results were compared with properties of the biofuel consisting of the rapeseed oil (65-70 wt»%) and biofiller made from dry straw. This composition shows good combustion properties at low temperatures. An optimal ignition delay (2 s) appears at T ≈ 825 K. The rapeseed oil itself shows the high fire safety during storage and less of the harmful exhaust gases than oil-processing wastes usually used within the waste-derived fuels.

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