Antimicrobial Potential of Bio-Oil for Use in Diesel Oil B10

Beker, Sabrina Anderson; Machado, Maria Elisabete; Maciel, Gabriela Pereira da Silva; Silva, Rosangela da; Cataluña, Ricardo Verza; Caramão, Elina Bastos; Bento, Fátima Menezes

doi:10.5935/0103-5053.20150252

Cited by 5 publications

(6 citation statements)

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“…Beberapa penelitian menunjukkan kegunaan senyawa fenolik yang terkandung dalam asap cair berasal dari lignin berguna sebagai agen antimikroba (menekan pertumbuhan bakteri) (Beker et al 2016). Senyawa fenol memiliki sifat antimikroba yaitu bersifat bakterisidal (membunuh bakteri), bakteristatik (menghambat pertumbuhan bakteri), fungisidal (membunuh jamur), fungistatik (menghambat pertumbuhan jamur).…”

Section: Karakteristik Biologis Biochar Dan Asap Cairunclassified

Utilization of Biochar and Liquid Smoke to Increase Livestock Performance

et al. 2019

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Biochar and liquid smoke may be utilized as feed additives that potentially used as substitutes for antibiotics. These products are derived from the pyrolysis process that utilizes agricultural, plantation and wood residues. This paper aims to review research results regarding the use of biochar and liquid smoke as feed additives in both non-ruminants and ruminants. Information on the use of of biochar and liquid smoke in livestock are available such as the use of 0.5-1 g bamboo charcoal/ kg goat feed increased growth; addition of 0.2-0.6% corn cobs char to chicken feed showed significant increase in body weight; the addition of 0.6% biochar/ kg feed to local cattle feed increased body weight; the use of activated charcoal containing wood vinegar liquid can reduce cryptosporidiosis in goats and cattle. The opportunity to use agricultural and plantation residues as raw materials for generating biochar and liquid smoke is one of the breakthroughs in realizing the concept of sustainable and environmentally friendly of bioindustrial agriculture. The use of biochar and liquid smoke from agricultural and plantation residues is expected to increase livestock productivity.

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Section: Karakteristik Biologis Biochar Dan Asap Cairunclassified

Utilization of Biochar and Liquid Smoke to Increase Livestock Performance

et al. 2019

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“…Bio-oil is referred by various terms for the liquid products presented in the literature including wood liquor (Oramahi et al, 2018), pyroligneous acid (Pimenta et al, 2018), pyrolysis distillate (Barbero-López et al, 2019), liquid smoke (Wagiman, Ardiansyah and Witjaksono, 2014;Lombok et al, 2014;Maryam, 2015;Budaraga, Marlida and Bulanin, 2016;Hadanu and Apituley, 2016;Tarawan et al, 2017;Kailaku et al, 2017;Abustam, Said and Yusuf, 2018;Aisyah et al, 2018;Sari, Samharinto and Langai, 2018;Ifa, Sabara, et al, 2018;Ifa, Yani, et al, 2018;Maulina and Silia, 2018;Qomariyah et al, 2019;Surboyo et al, 2019;Swastawati et al, 2019;Rakhmayeni, Yuniarti and Sukarno, 2020), bio-fuel oil, wood oil, wood refined, (Ozbay and Ayrilmis, 2017;Boer et al, 2020). The constituent material for liquid smoke is obtained from the thermal degradation reaction of cellulose, hemicellulose, and lignin (Beker et al, 2016;Hadanu and Apituley, 2016;Kailaku et al, 2017).…”

Section: Introductionmentioning

confidence: 99%

“…Several studies have shown the usefulness of liquid smoke, among others, as an antioxidant (Budaraga et al, 2016), as a pesticide (La Tima, Yopi and Ifa, 2016;Sari, Samharinto and Langai, 2018), as an insecticide against larvae(Prabowo, Martono and Witjaksono, 2016)or a substitute for silica (Simanjuntak et al, 2016),to reduce the content of Pb in soybean seeds (Hartati, Darmadji and Pranoto, 2015), as a flavoring and food preservative (Maryam, 2015),as an antimicrobial agent (supports bacterial growth) (Beker et al, 2016),as an insecticide (Mustafiah and Jafar, 2017), natural preservative in fresh fish (Anggraini and Yuniningsih, 2017), as a material for making varnishes (Ifa, Sabara, et al, 2018), an important role in healing oral trauma canker sores in people with diabetes mellitus (Surboyo et al, 2019;Ayuningtyas et al, 2020), to extract acetic acid (Siregar, Misran and Cahyadi, 2019), to suppress blood diseases in bananas and their effect on plant growth (Aisyah et al, 2018), for the durability of tilapia dumplings (Handayani, Swastawati and Rianingsih, 2019).…”

Section: Introductionmentioning

confidence: 99%

Techno Economic Study of Liquid Smoke From Cashew Nut Shell Waste

Ifa

2021

JIEM

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Liquid smoke has a very large use, it is a result of condensation or condensation of pyrolysis vapor, directly or indirectly from wood materials such as cashew nut shells. Cashew nut shell is an abundant biomass of cashew nut processing industry but its utilization is not optimal. The purpose of this study was to make liquid smoke from cashew nut shell waste (technological aspect) and conduct economic analysis (economic aspect) to determine economic feasibility. Liquid smoke is made by pyrolysis at a temperature of 150-450oC in a simple batch type reactor. The results obtained were analyzed for its chemical components using Gas Chromatography-Mass Spectroscopy (GC-MC) spectrophotometer analysis. The largest liquid smoke production was obtained at a temperature of 450oC and a time of 2.5 hours with a yield of 19.46%. The main chemical components contained in liquid smoke are phenol (36.310%), acid (12.947%) and carbonyl (16.715%) respectively. With a liquid smoke production capacity of 200 tons per year, liquid smoke products can be sold at a price of IDR 3,620,137,785/years. Total Production cost 2,572,976,800/years. Annual net profit 733,012,689. Investigation of the economic feasibility of liquid smoke production, seen from the Rate of Rate on Investment, is 15.65%, Pay Out Time is 2.99 years and Break Event Point is 49.05%

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“…Having a favorable carbon to nitrogen ratio after oil extraction, WCGs can be used as compost in the garden [6]. Beker et al explored the benefits of WCG biodiesel antimicrobial potential for use in diesel blend B10 [7].…”

Section: Introductionmentioning

confidence: 99%

From Coffee to Biodiesel—Deep Eutectic Solvents for Feedstock and Biodiesel Purification

Sander

Petračić

Vuković³

et al. 2020

Separations

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Over three billion cups of coffee are consumed daily, making waste coffee grounds readily available throughout the world. Containing approximately 10–15 wt% of oil, they have great potential for biodiesel production. The goal of this work was to produce high quality biodiesel from waste coffee grounds. One fresh and four different types of waste coffee grounds were collected. Oil was extracted by the Soxhlet method with n-hexane and then purified via extractive deacidification with a potassium carbonate-based deep eutectic solvent. Biodiesels were synthesized by means of alkali catalyzed transesterification at different catalyst:methanol:oil mass ratios and reaction times. Impurities present in crude biodiesels were extracted with a choline chloride-based deep eutectic solvent. All batch extraction experiments were performed at room conditions in a small scale extractor. Optimal conditions for synthesis and purification were defined in order to assure high quality of the produced biodiesel. Additionally, continuous column extraction with the choline chloride-based solvent was tested as a purification method for crude biodiesel. Stabilization time and optimal biodiesel to solvent mass ratio were determined. The potassium carbonate-based solvent efficiently reduced the total acid number of the feedstock (deacidification efficiency ranged from 86.18 to 94.15%), while the one based on choline chloride removed free glycerol and glycerides from crude biodiesels. After continuous purification, the purified biodiesel was of excellent quality with glycerol and glyceride contents below the EN 14214 limit.

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Antimicrobial Potential of Bio-Oil for Use in Diesel Oil B10

Cited by 5 publications

References 0 publications

Utilization of Biochar and Liquid Smoke to Increase Livestock Performance

Utilization of Biochar and Liquid Smoke to Increase Livestock Performance

Techno Economic Study of Liquid Smoke From Cashew Nut Shell Waste

From Coffee to Biodiesel—Deep Eutectic Solvents for Feedstock and Biodiesel Purification

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