scientific journal
  • ISSN 2072-8158
  • -
  • Rospechat: 48626
  • Russian Press: 44722

Materials for water conditioning

Publications in category:
Adeeva L.N., Didenko T.A., Platonova D.S.
Using of carbon-mineral sorbent in the reagent-sorption purification of underground water
// Water: chemistry and ecology. — 2016. — № 11. — c. 66-71


Ivanova V.T., Garina E.O., Nikolaeva T.N., Suetina I.A., Trushakova S.V., Mezenceva M.V., Burceva E.I., Sapurina I.Yu., Stejskal Ya., Pronin A.V.
Sorption of pathogenic microorganisms on the composites of polypyrrole and polyaniline
// Water: chemistry and ecology. — 2016. — № 10. — c. 71-81


Melnikov I.O., Rodionova S.A., Maslennikova A.S., Podobedov R.E.
Application of synthetic ion-exchange materials and activated carbons for removing of chromium (VI) from aqueous solutions
// Water: chemistry and ecology. — 2016. — № 09. — c. 30-38


Tymchuk S.N., Larin V.E., Ahapkina E.N.
Biological quality control of membrane filters: new parameters
// Water: chemistry and ecology. — 2016. — № 08. — c. 60-64


Demahin A.G., Akchurin S.V., Kuznecov N.N., Palagin A.Yu., Kurskov S.N.
Improvement of the existing industrial methods of water purification from arsenic compounds
// Water: chemistry and ecology. — 2016. — № 07. — c. 57-63


Sanzhanova S.S., Zonhoeva E.L.
Cleaning of mine waters using natural sorbents
// Water: chemistry and ecology. — 2016. — № 06. — c. 58-63


Kamalieva A.R., Sorokina, Dresvyannikov A.F.
Comprehensive assessment of quality of coagulants for the treatment of industrial wastewater using a geometric model
// Water: chemistry and ecology. — 2016. — № 05. — c. 52-61


Somin V.A., Komarova L.F., Betc S.A.
Using of crop waste in the purification of water from phenol
// Water: chemistry and ecology. — 2016. — № 04. — c. 48-53


Perlova O.V., Sazonova V.F., Perlova N.A., Polikarpov A.P.
Sorption of uranium (VI) compounds by fibrous cation exchanger FIBAN K-1 from acidic media
// Water: chemistry and ecology. — 2016. — № 03. — c. 53-59


Borodkin S.A., Pahomova O.V., Efimova S.A.
Studying of the possibility of using a clay flask as a sorbent of copper (II) ions
// Water: chemistry and ecology. — 2016. — № 02. — c. 59-63


Stepanova S.V., Shajmardanova A.Sh., Shajhiev I.G,
Physical and chemical bases of removing iron ions from model solutions by birch litter
// Water: chemistry and ecology. — 2016. — № 01. — c. 53-59


Mitrakova T.N., Lozinskaya E.F., Hoang Kim Bong, Temkin O.N.
Using of sorbents from plant wastes for sewage treatment from ions of copper (II)
// Water: chemistry and ecology. — 2015. — № 12. — c. 56-63


Zemskova L.A., Shlyk D.H., Vojt A.V.
Artificial manganese oxides within the composites with a carbon fiber for removal of arsenic (V) from solution
// Water: chemistry and ecology. — 2015. — № 11. — c. 60-66


Smirnova N.N., Nebukina I.A., Platonov K.N., Kornilova N.V., Povorov A.A.
Ammonium-ions’ kinetics and sorption equilibrium on synthetic ion-exchange resins Purolite C100E and Dowex 50wx8
// Water: chemistry and ecology. — 2015. — № 10. — c. 54-61


Ergozhin E.E., Chalov T.K., Hakimbolatova K.H., Nikitina A.I.
Selective complexing anionite for the sorption of heavy metal ions
// Water: chemistry and ecology. — 2015. — № 9. — c. 58-63


Dremicheva E.S., Laptedulche N.K.
Peat as a sorbent for industrial wastewater treatment
// Water: chemistry and ecology. — 2015. — № 8. — c. 63-68


Chan Hoan Kuok, Chan Zien Dyk, Le Oan Kieu
Using of biosorbent based on Nannochloropsis oculata for Cu2+ and Fe3+ treatment from water
// Water: chemistry and ecology. — 2015. — № 7. — c. 57-61


Farberova E.A., Tingaeva E.A., Kobeleva A.R.
Slurry waters treatment with the use of wastes of wood activated carbons production
// Water: chemistry and ecology. — 2015. — № 6. — c. 49-52


Soldatkina L.M., Nepomyaschaya L.S.
Synthesis of the composites "vegetable waste - polyaniline" and their adsorption properties against the anionic dyes
// Water: chemistry and ecology. — 2015. — № 4. — c. 64-71


Kara-sal B.K., Sapelkina T.V., Chuldum K.K.
The capabilities of applying of the zeolite-containing rocks in tuva at the wastewater treatment in heat electropower stations
// Water: chemistry and ecology. — 2015. — № 3. — c. 52-55


Ergozhin E.E., Chalov T.K., Tshaj A.A., Kovrigina T.V., Alkenova G.T.
Industrial wastewater and desalination of saline water using electrodialysis
// Water: chemistry and ecology. — 2015. — № 2. — c. 59-64


Noskova T.V., Spirenkova O.V., Papina T.S.
2-chlorophenol adsorption on active coals
// Water: chemistry and ecology. — 2015. — № 1. — c. 73-75


Isahanova A.T., Dzhalaeva N.A.
Studying of arsenic sorption using silicate sorbents
// Water: chemistry and ecology. — . — . — c. 89-91


Filatova E.G., Pozhidaev Yu.N., Pomazkina O.I.
Using of natural zeolites in wastewater treatment technology
// Water: chemistry and ecology. — 2014. — № 11. — c. 83-88


Katkova S.V., Zhamskaya N.N., Apanasenko O.A., Shapkin N.P., Halchenko I.G., Byankina L.S.
Sorbents based on rice husk for water flows of different nature treatment
// Water: chemistry and ecology. — 2014. — № 12. — c. 72-75


Somin V.A., Osokin V.M., Komarova L.F.
Extraction of copper ions from water using sorbents based on vegetable wastes
// Water: chemistry and ecology. — 2014. — № 10. — c. 81-86


Svarovskaya L.I., Elchaninova E.A.
Indicators of petroleum hydrocarbons oxidation by florula of Vakh fluid accumulation reservoir deep water
// Water: chemistry and ecology. — . — . — c. 75-80


Krasnova T.A., Tymoschuk I.V., Kirsanov M.P.
The adsorption kinetics of organic compound mixtures from aqueous solutions by activated carbons
// Water: chemistry and ecology. — 2014. — № 7. — c. 69-74


Chiganova M.A., Safonova A.S., Barenbojm G.M.
Applying of the information technologies for organic xenobiotics’ toxicity analysis from an international list of the Baltic Sea pollutants
// Water: chemistry and ecology. — . — . — c. 78-85


Zorina E.I., Velikij E.M., Farberova E.A., E.A. Tingaeva, Maksimov A.S.
Technological and economic aspects of the used granular activated carbons the regeneration process after water treatment
// Water: chemistry and ecology. — 2014. — № 9. — c. 73-77


N.T. Kahramanov, Gadzhieva R.Sh.
Sorbate particular qualities of polymeric foam sorbents obtained from a mixture of polyvinyl chloride, nitrile rubber and acrylonitrile-butadiene- styrene rubber
// Water: chemistry and ecology. — 2014. — № 8. — c. 68-74


Shajhiev I.G,, Yusupova A.I.
Removal of iron ions (III) by extracts from oak leaves/ bark and study of morphology/ kinetics of settling sedimentation
// Water: chemistry and ecology. — 2014. — № 3. — c. 76-83


Sorokina, Dresvyannikov A.F., Kamalieva A.R.
An integrated evaluation of water treatment coagulant quality using a geometrical model
// Water: chemistry and ecology. — 2014. — № 2. — c. 78-84


Melnikov I.O., Rodionova S.A., Podobedov R.E., Sergeeva S.E., Obukhova E.I.
Selective recovery of arsenic from water solutions using hybrid adsorbents
// Water: chemistry and ecology. — 2013. — № 12. — c. 72-78


Kovalenko K.A., Bochkarev G.R., Pushkareva G.I.
Manganese ores as perspective sorbent for arsenic compound removal from underground waters
// Water: chemistry and ecology. — 2013. — № 10. — c. 80-84


Galiulin R.V., Bashkin V.N., Galiulina R.A.
Biochemical testing of neutralization effectiveness of methanol water produced in gas industry
// Water: chemistry and ecology. — 2013. — № 9. — c. 73-77


Yudina N.V., Ivanov A.A.
Adsorbtion of organic compounders on peat using modified method of mechanoactivation
// Water: chemistry and ecology. — 2013. — № 8. — c. 81-85


Ergozhin E.E., Muhitdinova B.A., Nikitina A.I., Bajkonurova A.O., Usolceva G.A.
USE OF REDOXS-POLYMERS FOR waste-water TREATMENT
// Water: chemistry and ecology. — 2013. — № 7. — c. 88-92


Khramova I.A., Shulaev M.V.
Application of close-packed fibrous materials for neutralization of industrial liquid wastes of used coolant-cutting fluids
// Water: chemistry and ecology. — 2013. — № 6. — c. 74-79


Osipov V.M., Kolodnickaya N.V., Zheltobryuhov V.F., A.V. Karpov, Makarov O.A., Lobacheva G.K., Makarov O.A.
Study of adaptation of foreign-made flocculents for industrial waste water treatment in Russian refineries
// Water: chemistry and ecology. — 2013. — № 5. — c. 81-86


Hobotova E.B., Grajvoronskaya I.V., Vlasenko A.S.
An aromatic compound adsorption by metallurgical dross
// Water: chemistry and ecology. — 2013. — № 4. — c. 71-76


Kahramanly Yu.N.
New approaches and methodological principles in computing an oil sorbent quantity required for water surface treatment after an accidental spill
// Water: chemistry and ecology. — 2013. — № 3. — c. 81-87


Bannova E.A., Zaloznaya E.P., Kitaeva N.K., Muchkina M.V., Merkov S.M., Chaban A.Yu., Alekseev A.V.

// Water: chemistry and ecology. — 2012. — № 11. — c. 73-78


Ergozhin E.E., Chalov T.K., Kovrigina T.V., Begenova B.E., Ostafejchuk N.V.
Nitrogen-containing sorbents using for waste water purification
// Water: chemistry and ecology. — 2012. — № 10. — c. 73-77


Melnikov I.O., Rodionova S.A., Podobedov R.E., Zajceva N.V.
Microstructure and sorption properties of sorbents for selective removal of arsenic from drinking water
// Water: chemistry and ecology. — . — . — c. 70-75


Derbisher E.V., Ovdienko E.V., Derbisher V.E., Chertkova M.V., Kireeva T.P.
Fine cleaning of water from pollutants by bifunctional sorbents
// Water: chemistry and ecology. — 2012. — № 9. — c. 64-69


Nikolaeva L.A., Nedzvetskaya R.Ya.
Water treatment sludge disposal TPP as a sorbent for biological wastewater treatment industry
// Water: chemistry and ecology. — . — . — c. 80-84


Ergozhin E.E., Chalov T.K., Hakimbolatova K.H., Melnikov E.A., Nikitina A.I.
Cu2+ and Ni2+ sorption by anion exchange resins based on epoxide derivates of aromatic amines and polyethyleneimines
// Water: chemistry and ecology. — 2012. — № 8. — c. 74-79


Dregulo A.M.
Calcium materials for intensification of biological treatment plants
// Water: chemistry and ecology. — . — . — c. 72-75


Yarovaya O.V., Kalmykov A.G., Anisimova M.S., Nazarov V.V.
Preparation of catalytically active membranes based on copper oxide (II) sol-gel method
// Water: chemistry and ecology. — 2012. — № 7. — c. 63-71


Zueva S.B., Matyuschenko I.N., Nozdrina E.O.
Coagulation wastewater treatment of dairy industry using filter sediments of sugar beet production
// Water: chemistry and ecology. — . — . — c. 76-79


Anurov S.A., Anurova T.V., Suare M.A., Seku Bungara
Adsorption kinetics of automobile fluids from water by clay materials
// Water: chemistry and ecology. — 2012. — № 6. — c. 70-75


Krasnova T.A., Belyaeva O.V., Golubeva N.S.
Thermally oxidized activated carbons: investigation of surface
// Water: chemistry and ecology. — . — . — c. 81-84


Brings Burkhard
Radionuclide removal by ion exchange resins
// Water: chemistry and ecology. — . — . — c. 76-80


Kahramanly Yu.N.
Petroleum products sorption by polymer foam based on a blend of polyethylene and acrylonitrilebutadiene- styrene
// Water: chemistry and ecology. — 2012. — № 5. — c. 70-75


Alekseev E.V.
Pollutants as reagents for wastewater treatment
// Water: chemistry and ecology. — . — . — c. 82-87


Konkova T.V., Liberman E.Yu., Alekhina M.B., Sadykov T.F., Mikhaylichenko A.I.
Bentonite clay modification for catalytic purification of waste waters
// Water: chemistry and ecology. — 2012. — № 4. — c. 77-81


Artemov A.V., Bobrov D.A., Medvedev A.G., Zhubrikov A.V., Mikhaylov A.A., Prikhodchenko P.V.
Promising method for assessing stability of solid forms of hydrogen peroxide
// Water: chemistry and ecology. — 2012. — № 3. — c. 65-68


Eremeev D.N.
Slime waters clarification and flotation thickening of waste coal slurries by polymeric flocculants
// Water: chemistry and ecology. — 2012. — № 2. — c. 63-66


Kahramanly Yu.N.
Oil-product sorption by foam-polymer sorbents based on polyethylene and acrylonitrile-butadiene-styrene
// Water: chemistry and ecology. — 2012. — № 1. — c. 65-70


Tereschenko N.N., Lushnikov S.V., Russkikh I.V., Pisarchuk A.D.
Oil water purification by hydrocarbon oxidizing microbic cultures absorbed on zeolites
// Water: chemistry and ecology. — . — . — c. 67-71


Lebedeva O.E., Solovyova A.A.
Heterogeneous systems for oxidation-destructive wastewater purification containing phenol nitro derivatives
// Water: chemistry and ecology. — 2011. — № 12. — c. 63-66


Baygozin D.V., Sitnikova Yu.A., Mitilineos A.G.
Study of heavy metal sorption in the presence of competing ions on the three ion-exchange resins and ion-exchange fibrous material
// Water: chemistry and ecology. — 2011. — № 11. — c. 64-70


Nikolaeva L.A., Golubchikov M.A.
Hydrophobizator effect on sorption capacity of heat power plant sludges
// Water: chemistry and ecology. — 2011. — № 10. — c. 54-57


Volovicheva N.A., Vezentsev A.I., Korolkova S.V., Ponomareva N.F.
Montmorillonite clay for heavy metal water purification by adsorption
// Water: chemistry and ecology. — 2011. — № 9. — c. 60-66


Svarovskaya L. I., Altunina L.K.
Oil water purification by biological products
// Water: chemistry and ecology. — . — . — c. 55-60


Melnikov I.O., Tripolskaya T.A., Rodionova S.A., Artemov A.V.
Earth metal peroxides for water disinfection and surface water hydrochemical characteristic improvement
// Water: chemistry and ecology. — . — . — c. 61-65


Budykina T.A., Gandurina L.V.
Aluminum-containing coagulants for suspended and dissolved contaminant removing from water. Part 2. Removing of anionic organic impurities
// Water: chemistry and ecology. — 2011. — № 8. — c. 48-54


Kulikova I.Yu.
Bioagent based on hydrocarbon-oxidizing strain Phyllobacterium myrsinacearum DKS-1 for oil polluted areas purification
// Water: chemistry and ecology. — 2011. — № 7. — c. 59-64


Kahramanly Yu.N., Alieva N.T.
Polyamide foam adsorbent for water surface purification from oils
// Water: chemistry and ecology. — . — . — c. 70-75


Provorotov M.V., Bobyleva E.V.
Low-ash adsorptive carbon filters
// Water: chemistry and ecology. — 2011. — № 6. — c. 65-69


Linnikov O.D., Rodina I.V., Shevchenko V.G., Ermakov A.A., Medvedeva I.V., Mysik A.A., Uymin M.A., Schegoleva N.N., Platonov V.V., Osipov V.V.
Chromium VI adsorption from water solution by nanosized magnetite
// Water: chemistry and ecology. — 2011. — № 5. — c. 68-75


Moskvicheva E.V., Kuznetsova O.N.
Aluminium waste product sorbent for heavy metal water purification
// Water: chemistry and ecology. — 2011. — № 4. — c. 54-57


Tarnopolskaya M.G., Soloveva E.A.
Comparison of the sorbent MIU-S with. different active carbons with quick method of monitoring methylene blue
// Water: chemistry and ecology. — 2011. — № 3. — c. 52-57


Derbisher E.V., Ovdienko E.V., Derbisher V.E.
Modified sorbent application for storm waste water purification
// Water: chemistry and ecology. — . — . — c. 48-53


Filatov D.A., Svarovskaya L. I., Altunina L.K.
Oil-slime wash off by surface-active substances with subsequent oil biodegradation in spent solution 
// Water: chemistry and ecology. — 2011. — № 2. — c. 41-46


Budykina T.A., Gandurina L.V.
Aluminium coagulants as agents for water purification from suspended and dissolved substances. Part 1. Coagulation purification of muddy waters
// Water: chemistry and ecology. — 2011. — № 1. — c. 39-43


Artemov A.V., Tripolskaya T.A., Shabalova I.V.
Effective, ecology-friendly disinfectants. Paracetic acid: synthesis, properties and applications
// Water: chemistry and ecology. — 2008. — № 3. — c. 36-42


Nikolaev Yu.A., Kolbasov G.A., Kazakova E.A., Dorofeev A.G., Aseeva V.G.
The method to determine mechanical strength of floccules and granules of active sludge
// Water: chemistry and ecology. — 2009. — № 2. — c. 22-27


Makarevich N.A., Bojcova T.A., Brovko O.S., Palamarchuk I.A.
Polyelectrolyte complexes based on lignosulfonates and chitosan to treat effluents generated by pulp and paper plants
// Water: chemistry and ecology. — 2009. — № 7. — c. 23-29


Kravchenko T.A., Krysanov V.A., Kalinichev A.I., Polyanskij L.N.
Deep recovery of molecular oxygen from water using metal ion-exchange nanocomposites
// Water: chemistry and ecology. — 2009. — № 8. — c. 7-12


Sorokina I.D., Dresvyannikov A.F.
Production, physical-chemical and operational properties of iron-aluminum coagulant to treat natural and waste water
// Water: chemistry and ecology. — 2009. — № 9. — c. 16-21


Melnikov I.O., Rodionova S.A.
Iodine-containing anion exchange resins and alkaline-earth metal peroxides. Investigation of bactericidal properties and prospects of application in the process of water treatment
// Water: chemistry and ecology. — . — . — c. 17-23


Martynov P.N., Podzorova E.A., Chaban A.Yu., Anisimov V.S., Ratnikov A.N., Petrov K.V.
Investigation of sorption and ion-exchange properties of terra silicea and its chemically modified product
// Water: chemistry and ecology. — 2009. — № 10. — c. 11-16


Shilina A.S., Milinchuk V.K., Martynov P.N., Podzorova E.A., Chaban A.Yu.
Water purification by tripoli – natural adsorbent of Zikeevskij occurrence
// Water: chemistry and ecology. — 2009. — № 11. — c. 25-29


Sorokina I.D., Dresvyannikov A.F.
Complex reagent for water purification based on Fe(II) Fe(III) Al(III), Cl-–H2O–OH- system
// Water: chemistry and ecology. — 2010. — № 5. — c. 38-43


Makarevich N.A., Bojtsova T.A., Brovko O.S., Palamarchuk I.A.
Dependence between adsorption properties and swelling degree for lignosulphonates, chitosan, polyethylenepolyamine and polycomplexes based on them
// Water: chemistry and ecology. — 2010. — № 6. — c. 22-28


Svarovskaya L. I., Terekhova O. G., Filatov D.A.
Nanosized SnO2 and CoFe2O4 for water purification obtained from microorganisms and organic pollutants
// Water: chemistry and ecology. — 2010. — № 7. — c. 36-39


Sergeeva E.S., Laptedul'che N.K.
Investigation of adsorption capacity for oil spill response sorbents
// Water: chemistry and ecology. — 2010. — № 8. — c. 32-36


Vointseva I.I., Skorokhodova O.N., Kazennov I.V., Dobrokhotskij O.N., Negrij N.V., Mazanov A.L.
Interpolymer coating based on рolyhexamethyleneguanidine for water disinfection
// Water: chemistry and ecology. — 2010. — № 9. — c. 40-45


Kahramanly Yu.N.
New foam based polymer sorbents for oil spill elimination
// Water: chemistry and ecology. — 2010. — № 12. — c. 35-40