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Chemicals Manufacturing Logistic & SourcingProducts FormulationRegulatory Advisor

Procurement--»Negotiating Raw Materials Prices with National Chemical Suppliers--»Implement Strategic Import Sourcing for Niche Chemicals--»Chemicals Needs Assesment and Forecasts--»Chemicals Inventory ManagementRegulatory--»CCCR Labels Review--»VOC Compliancy Supervision (Industrial & Consumer Products)--»TDG Compliancy Supervision (Train Employees & Packaging Review)--»WHIMS 2015 Compliancy Supervision (Train Employees & SDS Review)Car Care Product Development (Formulation)--»Yearly R&D Planning with Major Clients--»Private Label Products Testing--»Technical Meeting Account Managers (Suppliers)--»Sourcing New ChemicalsQuality Controls & Operations Support--»Technologies & Knowledge Transfer between Plants--»Troubleshooting Batches--»Providing CoAsContinuous Improvement Project Leader

-Formulation of HE liquid laundry detergent; liquid fabric softner; liquid hand dish detergent and all purpose cleaners.-Scale-up assistance-New raw material investigation and validation.-Panel Tests

Will follow soon

-Optimisation of current formulations.-Responsible of research projects & innovations.-Assist Production's department to fix batches' issues.-Review and creation of products' SDS (WHMIS 2015).

ACS Grade Analyses Compliancy SupervisionLaboratory Technicians Management Batches CoA ValidationQuality Investigation Reporting

CoAs validation of Petroleum products_CGSB 3.512 & 3.23-2013; 3.0 142.0-2014:D56 & D3828: FPD86: Dist. at Atm. Press.D130: Corr. by Cu Strip TestD381: Gum Content in Fuels by Jet Evap.D445: Kin. ViscosityD1298: Density, R. Density or API Gravity by HydrometerD1319: HC Types by Fluo. Indicator AdsorptionD1322: Smoke Point of Kerosene & ATFD1840: Napht. HC in ATF by UVD2276, D5452: Part. in AFD2386, D5972, D7153: FzP of AFD2622: Sulfur by Dispersive X-ray Fluo.D2624: Elect. Cond. of AF & Distillate FuelsD2699: ROND2700: MOND2887: Boiling Range by GCD3227: Sulfur in Gas, Kerosene, Aviation Turbine, & Distillate FuelsD3241: Thermal Oxi. Stab. of ATFD3242: Acidity in ATFD3338, D4529: Est. of Net Heat of Combustion of AFD3948, D8073: H2O Separation of ATFD4052: Density, R. Density, & API Gravity of Liq.D4171, D5006: Fuel System Icing Inhibitors +(Ether Type) in AFD4176: H2O & Particulate in Distillate FuelsD4294: Sulfur by X-ray Fluo.D4809: Heat of Combustion of Liq. HC Fuels by Bomb CalorimeterD4952: Active Sulfur in Fuels & Solvents (Doctor Test)D5001: Lubricity of ATF by the BOCLED5453: Total Sulfur in Light HC, Spark Ignition+Diesel Engine Fuel, & Engine Oil by UV Fluo.D6379`: Arom. HC Types in AF & Petroleum Distillates─HPLCD6732: Cu in Jet Fuels by Graphite Furnace Atomic AbsorptionD6751: Spec. for Biodiesel Fuel Blend Stock (B100) for Middle Distillate FuelsD7039: Sulfur in Gas, Diesel, Jet Fuel, Kerosine, Biodiesel+Blends, & Gas-EtOH Blends by Dispersive X-ray Fluo.D7042: Dyn. Viscosity and Density of Liq. by Stabinger ViscometerD7224: H2O Separation of Kerosene-Type ATF Containing AdditivesD7345: Dist. of Petroleum Products and Liq. Fuels at Atm. Press.D7566: Spec. for ATF Containing Synthesized HCD7797: F.A.M.E. Content of ATF Using Flow Analysis by FTIRD7945: Dyn. Viscosity and Derived Kin, Viscosity of Liq. by Const. Press. ViscometerD8267: Total Arom., Monoarom. & Diarom. Content of ATF by GC-VUV

-Adjoint to CEO*Supervision of daily production.-Research and development director*Development of new water-based ink and varnishes formulations for the field of commercial printing and packaging.*Assess the technical feasibility, cost of production and the production safety of to develop new products.*Supervise and support technicians in technical analysis*Report, TDS and MSDS writin.-Consultant From customers for innovation of their products.*Followed with customers on different samples developed for Beta phases.-Quality control manager. *Supervision of the production of analyzes and report compliance with the quality standards of different production batches.

Courses teached:CHM 1950: Introduction aux bioanalyses

Conception de switch électrochimiques à base d'ADN pour le diagnostique médical.

Courses teached:Analyses électrométriques (210-145-AH);Analyses avancées (210-144-AH);Analyses volumétriques de base et gravimétrique (210-117-AH);Analyses électrochimiques (210-119-AH);Chimie Générale et des solutions (202-108-AH);Introduction aux techniques de laboratoires (210-100-AH);Chimie Organique (202-109-AH);Chimie Générale : La matière (202-NYA-05);Chimie mise à niveau pour chimie Sec V (202-001-50);Chimie mise à niveau sciences et technologies de l’environnement Sec IV (982-003-50)

Fabrication, characterization and electrochemical study of conducting microcapsules containing amino carbazole derivatives for Biofuel Cell design.The overall objective of this thesis was to develop a platform for enzymes immobilization by mean of microencapsulation enabling effective electron transfert between the microcapsules and the electrode for biofuel cell application in fuel cells. The poly (aminocarbazole) and their derivatives was used for the design of these microcapsules. These polymers have their repeat units (mono- or di-amino) primary amines which are available at an interfacial polymerization with a crosslinking agent such as a acid chloride. In addition, the monomers (repeat units) forming the different polymers have electrochemical properties desired for an efficient electron transfer between the enzyme and the electrode. One of the most important aspects of the project was to develop a synthetic route to obtain the 1,8-diaminocarbazole and the 3,6-dibromo-1-nitro-carbazole scale. The latter proved to be the key monomer for the synthesis of co-conducting polymer, namely poly [(9H-octylcarbazol-3,6-diyl)-alt-co-(2-amino-9H-carbazol-3,6-diyl)], used in the manufacture of conductive microcapsules. Finally, we demonstrated that it is possible to encapsulate Laccase and preserve its activity partillay so it may play the role of immobilized biocatalyst on electrode surface.

Mémoire:STUDY OF NEW PHOSPHORUS YLIDES OR PHOSPHINE WITH THEIR PHOSPHONIUM SALTS BASED ELECTROLYTE MIXTURES FOR SOLAR CELL APPLICATION.Laboratory of Pr. Benoît Marsan/ UQÀMDuring my master, electrolytic mix constituted of phosphorus ylide (Ph3PCHCN, Me3PCHCN et Et3PCHCN) and their phosphonium salts have been studied et and compared to electrolytic mix constituted of phosphines (Ph3P and Ph2PCN) and their corresponding phosphonium too. After their synthesis realised, many ratio of mix ylide/salt and phosphine/salt in different organic solvant and in 1-ethyl-3-methylimidazolium bis((trifluoromethyl) sulfonyl)imide (EMITFSI) have been prepared. Thesesystems have been studied by electrochemistry to evaluate their suitability for electrochemical photovoltaic cell (EPCs) and dye-sensitized solar cells known as «Grätzel type».Hypertext link: http://www.archipel.uqam.ca/3189/1/M9793.pdf (French manuscript)

For 2 years, I was an intern undergraduate part-time during the school year and full-time summer in the laboratory of Pr. Gary S. Hanan. The main part of the project was to optimize the various protocols of different synthetic ligand terpyridine functionalized developed within the research group. Thereafter, once the complex polypyridil Ru (II) obtained with these ligands, their study under Grätzel type solar cell was made.

Analyses in quality control:-CO2 pressure of differents size bottles-pH of beverages taken-total hardness of water-Sugar concentration monitoring on sample and production line