The objec­tive of the Master’s degree spe­cial­ty Pro­cesses for Valo­ri­sa­tion of Rene­wable Resources (PV2R) is to pro­vide solid bases for new indus­tries in assess­ment and deve­lop­ment of rene­wable resources, based on clean, green pro­cesses, i.e., that are eco­no­mi­cal in reac­tive agents and ener­gy, and com­pliant with envi­ron­men­tal constraints). In par­ti­cu­lar focus is on pro­duc­tion of bio-ener­gies or high added value mole­cules, by-pro­ducts, bio­mass, least waste poli­cies and CO2 cap­ture and sequestration.

Pedagogy

The PV2R spe­cial­ty is taught at two sites (M1S1 at UPJV and M1S2 and M2 at UTC).

PV2R trai­ning leads to acqui­re­ment of expert skills in phy­si­cal pro­cesses (extraction/ sepa­ra­tion tech­niques), in ther­mo-che­mi­cal pro­cesses (pyro­ly­sis, gasi­fi­ca­tion) and bio­tech­no­lo­gy inten­sive pro­cesses appli­cable to rene­wable resources.

The course contents cover control of eco-desi­gn and eco-effi­cien­cy, new pro­duct constraints, alter­na­tive or impro­ved pro­ducts and pro­cesses (ultra­so­nics, micro­waves, pul­sed fields, extru­sion …) to pro­cesses nee­ded for bio-refi­ning tech­no­lo­gies, valo­ri­sa­tion of by-pro­ducts and waste.

Trai­ning is orga­ni­zed two main blocks:

• phy­si­cal, che­mi­cal and bio­lo­gi­cal aspects of raw mate­rial trans­for­ma­tion (bio-trans­for­ma­tions, extrac­tion, sepa­ra­tion and puri­fi­ca­tion of bio-mole­cules, solid-state reac­tives, sha­ping divi­ded solids);
• Imple­men­ta­tion of clean, green pro­cesses used in trans­for­ma­tions, conser­va­tion and treat­ments, eco-tech­no­lo­gies and waste mana­ge­ment (emergent pro­cesses, trans­for­ma­tion of agro-resources into bio-fuels, ener­gy use valo­ri­sa­tion of bio­mass and mini­mal waste policies).

Professional openings

The pro­fes­sio­nal ope­nings are to be found in agro-indus­tries, ener­gy sec­tors and envi­ron­ment pre­ser­va­tion, where new inno­va­tive pro­cesses tech­no­lo­gies are dis­co­ve­red, deve­lo­ped and imple­men­ted (agro-indus­tries, bio-refi­ne­ries, che­mi­cal industries …).

Contact and documentation

Res­pon­sable mas­ter

San­drine Moran­dat

 +33 (0)3 44 23 44 23

master@utc.fr

Res­pon­sable du par­cours

Nadia Bous­set­ta

 +33 (0)3 44 23 50 20

nadia.boussetta@utc.fr

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