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Judul Artikel llmiah Phosphate recovery through struvlte-family crystals precipitated In the presence of citric acid mineralogical phase and morphology evaluation

Penulis Artikel llmiah ldentitas Jurnal llmlah

Perwitasari o S,Edahwati L, Sutiyono s, Muryanto s. Jamari, J.,Bavuseno AP a. Nama Jurnal : Environmental technology

b. Nomor/Volume/Hal : 22/38/-

c. Edisi (bulan/tahun) : -/2017

d. Penerbit : Taylor and Francis LTD

e. Jumlah halaman : 12

f. Ala mat web jurnal:https://www.tandfonline.com/dol/a bs/10/1080/09593330.2017.1

2787957journaICode=tent20 Kategori Publikasi Jurnal llmiah (beri ✓pada kategori yang tepat)

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Pembahasan sudah disajikan secara komprehensif. lsi artikel terkait tentang pemulihan fosfat melalui kristal struvite-familydlendapkan dengan asam sitrat, dilihat dariaspek mineralogisdan evaluasi morfologisnya.

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Phosphate recovery through struvite-family crystals precipitated in thepresence of citric acid: mineralogical phase and morphology evaluation (Article)

, , , , ,

Department of Chemical Engineering, Universitas Pembangunan Nasional ‘Veteran’ Jawa Timur, Surabaya, IndonesiaCenter for Waste Management, Department of Mechanical Engineering, Diponegoro University, Semarang,

IndonesiaDepartment of Chemical Engineering, UNTAG University, Semarang, Indonesia

AbstractPrecipitation strategy of struvite-family crystals is presented in this paper to recover phosphate and potassium from asynthetic wastewater in the presence of citric acid at elevated temperature. The crystal-forming solutions wereprepared from crystals of MgCl and NH H PO with a molar ratio of 1:1:1 for Mg , NH , and PO , and the citricacid (C H O ) was prepared (1.00 and 20.00 ppm) from citric acid crystals. The Rietveld analysis of X-ray powderdiffraction pattern confirmed a mixed product of struvite, struvite-(K), and newberyite crystallized at 30°C in theabsence of citric acid. In the presence of citric acid at 30° and 40°C, an abundance of struvite and struvite-(K) wereobserved. A minute impurity of sylvite and potassium peroxide was unexpectedly found in certain precipitates. Thecrystal solids have irregular flake-shaped morphology, as shown by scanning electron microscopy micrograph. Allparameters (citric acid, temperature, pH, Mg/P, and N/P) were deliberately arranged to control struvite-family crystalsprecipitation. © 2017 Informa UK Limited, trading as Taylor & Francis Group.

SciVal Topic Prominence

Topic:

Prominence percentile: 99.359

     

Author keywordscitric acid elevated temperature Precipitation struvite-family crystals XRPD Rietveld analysis

Indexed keywords

EMTREE drug terms: citric acid magnesium phosphate struvite citric acid magnesium derivative

magnesium phosphate phosphate potassium struvite

GEOBASE SubjectIndex:

chemical compound citric acid crystal structure high temperature phosphate

pollutant removal potassium precipitation (chemistry) recovery struvite

wastewater treatment X-ray diffraction X-ray spectroscopy

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Environmental Technology (United Kingdom)Volume 38, Issue 22, 17 November 2017, Pages 2844-2855

Perwitasari, D.S.a,b Edahwati, L.a,b Sutiyono, S.a,b Muryanto, S.b,c Jamari, J.b Bayuseno, A.P.b

a

b

c

View references (50)

2 4 2 4+2 +

4 4−3

6 8 7

Struvite | Phosphorus | Struvite crystallization

Chemistry database information

Substances

⤢

K

O O

2

⤢

K

⤢HO

HO

OOHO

OH

O

⤢

ammonium

PlumX MetricsUsage, Captures, Mentions,Social Media and Citationsbeyond Scopus.

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Cited by 4 documents

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(2019) Rasayan Journal ofChemistry

, (2019) Environmental Technology(United Kingdom)

, (2018) Journal of Crystal Growth

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Optimization of key parametersin struvite (K) production forphosphorus and potassiumrecovery using a batch crystallizer

Perwitasari, D.S. Muryanto, S.Tauviqirrahman, M.

Thermal decomposition ofstruvite in water: qualitative andquantitative mineralogy analysis

Bayuseno, A.P. Schmahl, W.W.

Hydrothermal synthesis ofstruvite and its phase transition:Impacts of pH, heating andsubsequent cooling methods

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Mineral speciation determinationand quantitative x-ray analysis ofstruvite family crystalsprecipitated in wastewater

Edahwati, L. Muryanto, S.Jamari, J.

References (50)

EMTREE medicalterms:

Article controlled study crystal crystal structure mineralogy pH precipitation

scanning electron microscopy temperature waste component removal waste water

X ray powder diffraction chemistry precipitation procedures sewage

MeSH: Chemical Precipitation Citric Acid Magnesium Compounds Phosphates Potassium

Struvite Waste Disposal, Fluid Waste Water

Chemicals and CAS Registry Numbers:citric acid, 126-44-3, 5949-29-1, 77-92-9, 8002-14-0; magnesium, 7439-95-4; phosphate, 14066-19-4, 14265-44-2;struvite, 13478-16-5, 15490-91-2, 21057-76-1, 7785-21-9; potassium, 7440-09-7;

Citric Acid; Magnesium Compounds; magnesium phosphate; Phosphates; Potassium; Struvite; Waste Water

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Mehta, C.M., Batstone, D.J.

(2013) Water Research, 47 (8), pp. 2890-2900.  .doi: 10.1016/j.watres.2013.03.007

ISSN: 09593330CODEN: ENVTESource Type: JournalOriginal language: English

DOI: 10.1080/09593330.2017.1278795PubMed ID: Document Type: ArticlePublisher: Taylor and Francis Ltd.

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8/5/2019 Environmental Technology

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Environmental Technology

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Managing Editor Peter Jarvis -  Cran�eld University, UK

Regional Editors Isik Kabdasli (Central Europe, Middle East & Africa) - Istanbul, TurkeyFu Sun (China) - Beijing, China

Leonardo Hoinaski (South America) - Itacorubi, Brazil Pierre LeCloirec  (Western Europe & UK) - Rennes, France Jan A. Oleszkiewicz (North America, Engineering) - Winnipeg, Canada Yoshihisa Shimizu (Japan) - Otsu, Japan Sonia M. Tiquia-Arashiro (North America, Science) - Michigan, USA Jonathan W.C. Wong (Asia & Australasia) - Kowloon, Hong Kong

Editorial Board

S. Selvam - Tirunelveli, India

T. Bond - Guildford, UK

J. Calabria de Araújo - Minas Gerais, Brazil K. Cheng - Perth, Australia J. DeLaat - Poitiers, France A. Dotson - Anchorage, USA

M.R. Gaterell - Birmingham, UK

Q. Huang - Hangzhou, China

T. Higuchi - Ube, Japan

C. Kennes - University of La Coruña, Spain H. Koshikawa - Otsu, Japan K. Lai - London, UK

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8/5/2019 Environmental Technology

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K. Lee - Mont Joli, Canada P. Lens - Delft, Netherlands

F. Liang - Qingdao, China

R. Mohee - Réduit, Mauritius

M. R. Mormile - Missouri, USA C. Motar - Minas Gerais, Brazil K. Murugesan - Salem, India

B. Ni - Sydney, Australia

N.E.S. Nudelman - Buenos Aires, Argentina Y. S. Ok - Seoul, Korea

S. Okabe - Sapporo, Japan J.M. Pacyna - Krakow, Poland

S. W. Rhee - Seoul, Korea

M.D. Scrimshaw - Uxbridge, UK

K.Y. Show - Malaysia T.R. Sreekrishnan - New Delhi, India M. Takashima - Fukui, Japan O. Thomas - Ales, France P. T. Williams - Leeds, UK K. Vijayaraghavan - Chennai, IndiaQ. Wang - Sydney, AustraliaS. Xu - Shanghai, China

H.Q. Yu - Hefei, China J. Q. Yu - Brisbane, Australia M. Yoneda - Kyoto, Japan Q. Yuan - Winnipeg, Canada L. Zhang - Hangzhou, China

G. Zheng - Nanjing, China

Y. Zhou - Changsha, China

Founding Editor J.N. Lester †

8/5/2019 Environmental Technology: Vol 38, No 22

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Environmental Technology2018 Impact Factor1.918

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8/5/2019 Environmental Technology: Vol 38, No 22

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Influence of Mn valence state and characteristic of TiO on the performance of Mn–Ti catalysts in ozonedecomposition

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8/5/2019 Environmental Technology: Vol 38, No 22

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A novel poly ligand exchanger – Cu(II)-loaded chelating resin for the removal of ammonia-nitrogen in aqueoussolutions

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Phosphate recovery through struvite-family crystals precipitated in the presence of citric acid: mineralogical phaseand morphology evaluation

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Effect of intermittent aeration strategies on treatment performance and microbial community of an IFAS reactortreating municipal waste water

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Published online: 31 Jan 2017

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Removal of copper from aqueous solutions by rhizofiltration using genetically modified hairy roots expressing abacterial Cu-binding protein

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Pages: 2877-2888

Published online: 31 Jan 2017

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8/5/2019 Environmental Technology: Vol 38, No 22

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Pyrolysis–catalysis of waste plastic using a nickel–stainless-steel mesh catalyst for high-value carbon products

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Correlation between acute toxicity for Daphnia magna, Aliivibrio fischeri and physicochemical variables of theleachate produced in landfill simulator reactors

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Investigation and improvement of a novel double-working-electrode electrochemical system for organic mattertreatment from high-salinity wastewater

Han Yu, Min Zhao, Linus Zhang, Heng Dong, Hongbing Yu & Ze Chen

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Tailoring the properties of a zero-valent iron-based composite by mechanochemistry for nitrophenols degradation inwastewaters

Giovanni Cagnetta, Jun Huang, Igor O. Lomovskiy & Gang Yu

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8/5/2019 Environmental Technology: Vol 38, No 22

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