Slurry phase biological treatment
Webb4 nov. 2024 · The aim of this investigation was to determine the physical and acoustical properties of compacts made from composted pig slurry solid fraction (SF) in order to assess the potential to recycle this agricultural waste as a sound absorber. The compacts were obtained by compression. The physical parameters investigated were bulk density, … Webb17 mars 2012 · Scope of treatment application • Wastewater treatment is the most widely used application of biological treatment eg for industries such as paper manufacture and recycling, food processing, tanneries and the pharmaceutical industry, and for landfill leachate • Also: • In-situ bio-remediation of contaminated soil • Slurry-phase treatment ...
Slurry phase biological treatment
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WebbSeveral biological treatment technologies are available for the treat-ment of soils contaminated with or-ganic wastes. The technologies include in-situ bioremediation, composting, soil tillage, and slurry-phase treatment. The slurry-phase treatment is considered very good for treatment of soils con-taining high concentrations of organic ... Webb6 juni 2000 · Slurry-Phase Biological Treatment of 2,4-Dinitrotoluene and 2,6-Dinitrotoluene: Role of Bioaugmentation and Effects of High Dinitrotoluene …
Webb1 okt. 1995 · A biological treatment system consisting of slurrying followed by aeration in solid phase bioreactors was developed and tested in the laboratory using a silty clay loam contaminated with diesel fuel. WebbA bioslurry reactor was designed and used to treat loamy clay soil polluted with polycyclic aromatic hydrocarbons (PAHs). To this end, biostimulation alone, or combined with bioaugmentation with two bacterial strains ( Rhodocccus erythropolis and Pseudomonas stuzeri) previously isolated from the polluted site, was applied.
Webb18 juni 2010 · Slurry-phase biotreatment of the contaminated soil resulted in an 88% reduction in oil concentration after 2 months. The resulting reactor product, containing … Webb11 dec. 2024 · Various processes that have been successfully developed for wastewater treatment (treatment of industrial wastes/effluents) have been surveyed with special reference to biological treatment including design of bioreactors. Limitations of each process, design and performance characteristics of different kinds of bioreactors …
WebbSlurry-phase biological treatment is also applicable but is less widely used. Biodegradation uses indigenous or inoculated microorganisms (e.g., fungi, bacteria, and other microbes) …
WebbCombined slurry and solid-phase bioremediation of diesel contaminated soils. @article{Nano2003CombinedSA, title={Combined slurry and solid-phase bioremediation of diesel contaminated soils.}, author={Giuseppe Nano and A. Borroni and Renato Rota}, journal={Journal of hazardous materials}, year={2003} ... trysam agenciesWebbA bioslurry reactor was designed and used to treat loamy clay soil polluted with polycyclic aromatic hydrocarbons (PAHs). To this end, biostimulation alone, or combined with … try sam\u0027s clubWebbSlurry-phase biological treatment and bioslurry reactor are alternative names of slurry-phase bioreactor. It is an effective technology for in situ and ex situ conditions that can … trys american snacksWebb31 dec. 1995 · Biological treatment of soil contaminated with TNT in a slurry reactor a pilot/field scale demonstration phillip philbeck printsWebbSlurry bioreactors with a 750,000-liter operating capacity were used to treat a 20-percent slurry. The results were mixed with 82 to 99 percent remediation of the three- to four … try same keywords or try searching on googleWebbslurry phase conditions Received: 21 June 1999 / Received revision: 9 September 1999 /Accepted: 10 September 1999 Abstract The biotreatability of a xenobiotic contami-nated soil is frequently determined through a bioslurry treatment usually performed in lab-scale shaken ba‡ed flasks. In this study, a 3-l unconventional stirred tank phillip philbeck paintingsWebb25 nov. 2013 · This process includes preparation of treatment beds, biotreatment cells, and soil piles or composting. Moisture, heat, nutrients, oxygen, and pH can be controlled to enhance biodegradation. These technologies differ from landfarming since the treatment processes are often enclosed to control off-gases. trys and tries