Being involved in various domestic and abroad audits and delivery projects that Metso Outotec has been carried out in hydrometallurgy for metal recovery.

04/2019 – 09/2020 Metso Outotec (formerly Outotec) Process Engineer Providing process advisory services for ramp-up and debottlenecking on the Metal Recovery Plant of Eti Bakır Mardin Mazıdağı Fertilizer Complex where various metals are produced and bringing the recovery and throughput values above the design numbers. 09/2020 – 03/2022 Metso Outotec (formerly Outotec) Process Commissioning Engineer - Commissioning of POX Plant Terrafame Oy Battery… Show more 04/2019 – 09/2020 Metso Outotec (formerly Outotec) Process Engineer Providing process advisory services for ramp-up and debottlenecking on the Metal Recovery Plant of Eti Bakır Mardin Mazıdağı Fertilizer Complex where various metals are produced and bringing the recovery and throughput values above the design numbers. 09/2020 – 03/2022 Metso Outotec (formerly Outotec) Process Commissioning Engineer - Commissioning of POX Plant Terrafame Oy Battery Chemicals Production Plant located at Sotkamo/Finland Terrafame Oy is to upgrade nickel and cobalt containing mixed sulphide precipitate (MSP) product into nickel and cobalt sulphates. Nickel and cobalt sulphates are mainly used in battery production for EVs (Electrical Vehicles) and the demand of those chemicals is expected to grow significantly in the future. grade nickel sulphate and battery grade cobalt sulphate. Fertilizer grade ammonium sulphate is also produced as by-product. Show less

Commissioning of the POX Process, majorly focusing on the Autoclave Trains

Ongoing EPCM project with various engineering and construction groups including Outotec Finland, Outotec Germany, SNC Lavalin, Haldor Topsoe, Mitsubishi, Thyssenkrupp and INCRO. Investment is on a new fertilizer and calcine leaching facility via pressure leaching, solvent extraction and electrowinning to produce 540,000 tpa DAP, 750,000 tpa NPK together with sulphuric acid, poshporic acid, ammonia and various metals- Overall project documentation of Leaching Plant- Technical bid… Show more Ongoing EPCM project with various engineering and construction groups including Outotec Finland, Outotec Germany, SNC Lavalin, Haldor Topsoe, Mitsubishi, Thyssenkrupp and INCRO. Investment is on a new fertilizer and calcine leaching facility via pressure leaching, solvent extraction and electrowinning to produce 540,000 tpa DAP, 750,000 tpa NPK together with sulphuric acid, poshporic acid, ammonia and various metals- Overall project documentation of Leaching Plant- Technical bid evaluations for various process equipment, instruments, valves, construction and piping materials, technical assistance during the procurement phase of the project to make sure that engineering standards and specifications are met- Attending to Factory Acceptance Tests (FATs) and inspections- Expediting the production, delivery and construction / installation of the procured equipment, keeping the track of items in terms of their priorities to ensure smooth flow of the construction- Engaging with the licensing firm, construction supervisors and vendors in every technical aspects of the project- Organization of the commissioning phase and operational readiness Show less

Coordination of Management of Change structure and evaluation of Design Change Requests Preparation of optimization projectsEquipment and process selectionR&D studies on REE and high value end products

Shift superintendent

Start-up and rump-up of the plantTraining of the crewOverall process monitoring and trainings specific to control room operatorsDesign review and justifications for Design Change Requests

Commissioning of the overall plant including High Pressure Acid Leaching Area

EPC Project with SNC Lavalin for a High Pressure Acid Leaching (HPAL) Process Plant for the production of 10,000 TPA Nickel and 750 TPA Cobalt equivalent of MHP (Nickel-Cobalt Mixed Hydroxide Precipitate) cake, processing 1.7 MTPA lateritic nickel ore

Management of a Family Workshop Producing Plastic Irrigation Pipes

Optimization of the Biodegradation Parameters of the Biological Treatment Unit