Journal of Chemical Engineering and Applied Chemistry (JCEAC)—Open Access Journal

Journal of Chemical Engineering and Applied Chemistry (JCEAC) ISSN: (2235-9007) is an international, cross-disciplinary, scholarly, peer-reviewed and open-access journal which consists of Chemical Engineering and Applied Chemistry concepts. The Journal of Chemical Engineering and Applied Chemistry (JCEAC) provides an advanced forum for Chemical Engineering and Applied Chemistry development. Journal of Chemical Engineering and Applied Chemistry (JCEAC) publishes Bi-monthly (2 months/publications or 6 publications/year) online by SDIP PRESS.

  • Open Access free for readers, with article processing charges (APC) paid by authors or their institutions.
  • Rapid publication: manuscripts are peer-reviewed and a first decision provided to authors approximately 4-7 working days after submission; acceptance to publication is undertaken within 5 working days.

Impact Factor: 4.08 Gongcheng Kexue Yu Jishu/Advanced Engineering Science

Journal of Chemical Engineering and Applied Chemistry (JCEAC) - Latest Articles

Open Access Category: JCEAC Total View - 525
Primer Investigation of Anaerobic Assimilation Improvement by Bacterial Immobilization Media from Initiated Carbon and Common Zeolite Paper ID: JCEAC-01-10-2019-113
Abstract : Immobilization on the strong surface of anaerobic microorganism can improve biogas creation. An examination on the biogas creation and the investigation of biogas-delivering microscopic organisms in regular zeolite and actuated carbon-based media have been done. This examination was meant to discover the impact of strong media expansion and to recognize the species of the microscopic organisms associated with biogas generation under the anaerobic condition. The bacterial culture was completed in clump anaerobic digesters for a 35-day hatching period. Three distinctive arrangement of ring-molded pressing comprises of regular zeolite (Z), actuated carbon (K), and an equivalent blend of normal zeolite and initiated carbon (C) were included an anaerobic reactor. Biogas as the item was examined with GC-TCD. Every one of the microorganisms' DNA in the media at that point segregated, intensified and furthermore sanitized to discover the force of every DNA band. Sequencing procedure was led for each cleaned DNA microorganisms and the arrangement result at that point interpreted by BLASTn program in the quality bank NCBI. The most noteworthy methane centralization of 34.32% was acquired from the reactor with common zeolite media, at that point, the blended media included reactor gave biogas 26.31% methane and the last reactor with initiated carbon media demonstrated the littlest estimation of 20.77% of methane. Sequencing result demonstrates that Dictyoglomus thermophilum species was
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Open Access Category: JCEAC Total View - 458
Union and Characterization of Molecularly Imprinted Polymer for Prasugrel Drug Base on 2-Hydroxyethyl Methacrylate Monomer in Biological and Pharmaceutical Samples Paper ID: JCEAC-24-06-2019-20
Abstract : In this examination work, a molecularly engraved polymer (MIP) was integrated for Prasugrel. In this technique, a polymer was first orchestrated utilizing 2-hydroxyethyl methacrylate (HEMA) as a monomer, N, N'- methylenebisacrylamide as a crosslinker, and azobisisobutyronitrile (AIBN) as an initiator. The fruitful blend of the MIP was affirmed by essential investigation (CHN), Fourier-change infrared (FT-IR) spectroscopy and checking electron microscopy (SEM). At that point, the impacts of different parameters, for example, pH, temperature, MIP limit, selectivity, adsorption energy and adsorption isotherms were examined by UV-Vis spectroscopy. The adjustment bend was plotted for Prasugrel in these conditions and direct range, point of confinement of recognition (LOD) and cutoff of measurement (LOQ) were accounted for. At long last, the presentation of the combined MIP as an adsorbent was considered under upgraded conditions for the extraction and assurance of Prasugrel in tablet framework and natural liquids, for example, pee and plasma by superior fluid chromatography (HPLC).
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Open Access Category: JCEAC Total View - 791
Advancement of Food Waste Disposal Technology Using Sodium Hydroxide Paper ID: JCEAC-24-06-2019-17
Abstract : In this exploration, we concentrated on the reusing of sustenance waste utilizing sodium hydroxide (NaOH). Pyrolysis of rice, one of the real components of sustenance squander in Japan, was done to get carbon material with adsorption capacity, together with fuel gases (H2, CH4). Subsequently, it was conceivable to change over rice into carbon material while producing fuel gas. With expanding the NaOH expansion and temperature, the substance of CO and CO2 diminishes, those of H2 and CH4 expanded in the produced gas, and the mass of the buildup after pyrolysis with NaOH diminishes to one-tenth load of crude rice. The buildup after pyrolysis is a carbonaceous material with around 80% carbon content, and the buildup after pyrolysis with NaOH (rice test: NaOH = 1: 1) has smooth permeable surface with higher explicit surface territory (901 m2/g) than that after pyrolysis without NaOH (72 m2/g).
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