Principe

The BIOSYNERGIE methodology consists:

. studying the pollution problem
. applying the product directly on the affected site
. using patented technology ® .
All our solutions are developed through close collaboration with scientists from a wide range

of disciplines.

For example, Biosynergie has been involved in:

. A consortium agreement within the BIOSED French project – bringing together Voies Navigables de France (VNF),

France Nature Environnement (FNE)

and University of the Littoral – Côte d’opale (ULCO)

. Research and collaboration contracts

with the University of Montpellier & the CNRS (France), resulting in scientific publications

. A presentation at the Massachussets Institute

of Technology (MIT) during a conference

at the Oceanographic Institute

of Monaco in 2010.

. An official partnership since 2016

with the Northern Department (France)

and IMT, France's leading Institute of Technology

Any organic waste

(animal waste, household waste, green waste, sludge, etc.) has its natural counterpart in the environment:

micro-organisms (bacteria, algae, fungi, etc.), capable of degrading it.

The problem today

is that we are producing

xenobiotic molecules,

in quantites far greater

than nature can assimilate.

As a result, we are forced to store them

and build expensive, complex treatment systems.

Based on this simple observation, we custom-select class 1 micro-organisms from nature which are harmless to humans and the environment.

(European Federation
of Biotechnologies - CR 12894:1997).
These micro-organisms are authorized for use without prior approval from a competent authority in accordance with European directive 2000/54/CE1

of 18 September 2000, depending on the type

of pollution to be treated.
We then cultivate, concentrate these micro-organisms
(up to 100 million colonies per gram of product)
and combine them with minerals, nutrients,

vitamins and trace elements.
The "Finished products" provides faster and more effective biological solutions for the treatment and degradation of organic and refactory pollutants

in natural, industrial and urban environments.