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Main activities
of BIOBASIC
Environnement are following :


Thanks to great
analytical capacities (chromatography, spectroscopy...) BIOBASIC Environnement achieves numerous
environmental analyses as well on site as in laboratory. BIOBASIC Environnement sets up a global quality
processes and guarantees the reliability of its analytic results.
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> measurement
of global parameters (TOC, COD, BOD...), |
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> physicochemical
measurements (pH, temperature, redox potential,
dissolved oxygen...), |
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> qualitative
and quantitative detection of various pollutants : |
¤ petroleum products (hydrocarbons, solvents...)
¤ heavy metals
¤ ...
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> analyses
of liquid, solid, or gas samples. |
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The first objective
of BIOBASIC
Environnement
consists in providing its clients with effective and personalised
solutions at the lower cost. For that purpose, BIOBASIC Environnement develops innovative
treatment processes by using biotechnologies.
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> pollutants
biodegradability evaluation in liquid, solid or gas phase, |
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> selection
of highly efficient purifier bacterial strains, |
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> culture and
acclimatisation of various micro-organisms, |
> determinations of degradation and growth kinetics of
micro-organisms
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> measurement
and control of physicochemical conditions connected
to the biodegradation steps, |
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> metabolic
study of bioconversions and biodegradations, |
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> conceptual
design of specific bioremediation processes run in situ
or ex situ, |
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> combination
of biologic and physicochemical treatment methods, |
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> development
of bio-indicators and applied bio-systems for soil cleanup. |
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In a general
way, every case of contamination is absolutely specific and requires
the settling of a specific and adapted treatment system. In front
of this problem, BIOBASIC
Environnement
sets up global engineering which afford to define personalised
solutions that provide substantial cost savings.
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> problem definition
:_____________________________________ |
¤ historical and documentary studies,
¤ soil & groundwater sampling and analyses,
¤ site investigation and characterisation.
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> risk assessment
:_______________________________________ |
¤ simplified risk assessment (sra),
¤ detailed risk assessment (dra).
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> technical
evaluation :___________________________________ |
¤ technical evaluation of various treatment methods,
¤ specific design of remediation processes,
¤ laboratory scale testing,
¤ pilot scale demonstrations,
¤ analytical modeling,
¤ feasibility studies,
¤ economic analysis.
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> site remediation
:______________________________________ |
¤ treatment plant setup,
¤ system operation and maintenance,
¤ soil & groundwater monitoring,
¤ residual risk assessment after treatment,
¤ post cleanup analyses.
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> environmental
audit, |
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> environmental
management, |
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> regulatory
analysis, |
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> information,
communication, |
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> continuing
education, staff training. |
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