· Polysaccharides Used in Biosorbents Preparation for Organic Dyes Retaining from Aqueous Media. ...
However, at present there is no reliable information about the attitude of Russian citizens to eating insects. The adult population has a more traditional view of nutrition, preferring proven types of food in their consumer basket. As a result of the study, it was found that women are 50% more likely to express concerns about the safety of edible insects compared to men and, in .
Mycelia of the industrial steroid transforming fungi Rhizopus and Absidia are excellent biosorbents for lead, cadmium, copper, zinc, and uranium and also bind other heavy metals up to 25% of the biomass dry weight.
· The maximum adsorption quantity of biosorbent was mg g −1 at 303 K, which calculated by Langmuir model. The pseudofirstorder kinetic model, pseudosecondorder kinetic model and intraparticle diffusion model were used to explain adsorption process.
Biosorbents are usually used in raw or processed forms such as activated carbon (AC), biobar (BC), and charcoal (CC) for removal of pharmaceuticals, pesticides, organics, inorganics, mycotoxins, etc. from aqueous systems. Besides classical sorption of the pollutants, biosorbents have prospect of appliions as electrodes in the microbial fuel cells, green packaging .
· CHEMTEX GLOBAL CORPORATION ("CGC") is a Technology and Engineering company. In early 2018, CHEMTEX Global Corporation took over the technology and engineering business of CHEMTEX International, Inc. ("CII", a subsidiary of the M G Chemicals). CHEMTEX Global Corporation does not have financial or legal relationships with CII and its ...
preparation of biosorbents for removal of copper ions from diluted water solutions. Small sample doses ( g/100ml) of the biosorbents prepared from alga and moss enabled more than 90 % removal of Cu (II) ions from diluted water solutions (520 mg/l). The sample from birch wood was less effective. The maximum sorption capacities (Xm) determined from the experimental .
The global petroleum sorbents market is expected to grow at a CAGR of % from 2018 to 2028.
· Smirnova NV,, Platov SouthRussian State Polytechnic University (NPI) Kravchenko OA, X; Ananikov VP, X, Zelinsky Institute of Organic Chemistry RAS; Chemistry (Weinheim an der Bergstrasse, Germany), 29 Oct 2020, DOI: / PMID: . Share this article .
· In recent years, various biosorbents have been investigated intensively for adsorption of wastewater due to its low cost, easy access and ecofriendly . Orange peel [ 16 ], garlic peel [ 17 ], banana peel [ 18 ], potato peel [ 19 ] and pomelo peel were researched as biosorbents to adsorb different containments from wastewaters.
· The efficiency of appliion of biosorbents produced on the basis of the shungite support in water treatment to remove heavy metals and oil was studied. Physicochemical and sorption properties of a nonactivated shungite sorbent were studied. The immobilization of yeast cells of Kluveramyces sp. (strain 11 K) and Candida sp. (strain 10 K) and cells of oiloxidizing .
· Biosorption is a subegory of adsorption, where the sorbent is a biological matrix. Biosorption is a process of rapid and reversible binding of ions from aqueous solutions onto functional groups that are present on the surface of biomass. This process is independent on cellular metabolism [ 3 ].
About the Journal. The journal "Nature Environment and Pollution Technology" is a quarterly scientific research journal, devoted to broader aspects of the environment, and published in March, June, September and December in a year. It was initially published with the title of "Journal of Environment Pollution" (ISSN: ) from 1994 to 2001. Its name was later .
· Cactusbased biosorbents were prepared using various methods including heat and chemical treatments. The obtained materials (untreated, sundried, thermally and chemically treated materials) were tested for decolorization and metal removal. The removal efficiency and biosorption capacity were controlled by various factors including the preparation methods, the .
· improved strains of filamentous fungi are widely used in the biotechnology industry for recycling of secondary raw materials [ 1, 2, 3] as biosorbents [ 4 ], in fermentation of cheese [ 5 ], wine [ 6, 7 ], and other food products [ 8, 9 ], as well as for the production of enzymes [ 10, 11, 12, 13 ], organic acids [ 14, 15 ], secondary metabolites .
The use of microbial cells as heavy metal biosorbents is a potential alternative for the existing methods of the environment treatment for pollution by these metals. Yeast may be successfully used in the metals sorption. An agarplate screening method was used for rapid isolation of metalaccumulating strains of yeast and preliminary estimation of their biosorption capacity. The .
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