Per il proprio Dipartimento di Strumentazione e Automazione presso gli uffici di Milano, SIMECO S.p.A. sta cercando una figura di EXPERT INSTRUMENTATION & CONTROL ENGINEER con minimo tre anni di esperienza in ambito Oil & Gas / Petrolchimica.
Per il proprio Dipartimento di Strumentazione e Automazione presso gli uffici di Milano, SIMECO S.p.A. sta cercando una figura di EXPERT INSTRUMENTATION & CONTROL ENGINEER con minimo tre anni di esperienza in ambito Oil & Gas / Petrolchimica.
The Water Injection Plant (275,000 BWPD) consists of:
The GOSP at Burun Oil Field had some trouble operations, i.e. sand carry over, clogging of filters by paraffines contained in the crude oil and HSE issues.
SOW was to carry out, on a very tight schedule, a review of the existing BDP developed by the previous Owner of the Oil Field in order to solve the operating problems.
Amoca WHP 2 and Tecoalli are two oil platforms to be located in the Gulf Of Mexico, that are presently under construction by Construcciones Mecanicas Monclova S.A. (COMMSA) at their yard in Tampico (Mexico).
Project scope was the development of the process design package and the execution of the Front-End Engineering Design for a new plant - based on Eni’s proprietary W2F - producing Bio-Oil (LHV = 35 MJ/kg) by thermo-liquefaction of 150 ktpy of organic fraction of Municipal Solid Wastes (FORSU) (dry matter 35% wt.).
Bio-Oil target yield is approx. 40% on dry matter.
Residual solid LHV is 22 MJ/kg, therefore it can be used as a fuel for production of electricity.
W2F technology has been extensively tested by Eni on a demo plant at Gela Refinery.
The Study analysed a 10 MW electrolysis plant producing 2000 Nm3/h of Green Hydrogen to be loaded on tube trailers for further distribution to hydrogen refuelling stations.
The electrolyser is connected to a 30 MW PV plant, to a 60 MWh Electricity Storage System (BESS) and to the national grid.
Scope of the study is the analysis of the available technologies for production of SAF (Sustainable Aviation Fuel) from green H2 and CO2. The study compares the Fischer-Tropsch to Jet route vs. the Methanol to Jet route, in terms of technology readiness level, energy efficiency, CAPEX and OPEX.
The feasibility study considers three different green hydrogen capacities: 1 MW (pilot plant), 10 MW (demo-plant), 100 MW (commercial demonstration plant).
Hybla Project aims to deep decarbonization of some production processes at Sasol Italy and Sonatrach industrial sites at Augusta (Sicily, Italy).
The Project include the following units: production of green H2 by water electrolysis, CO2 capture unit (40.000 tons/year), production of green CO by CO2 electrolysis, H2 storage and loading bays for truck trailers for further distribution of H2 for mobility.
The Hydrogen Valley will consist of a photovoltaic plant of approx. 6 MW, owned by Herambiente, which will power a green hydrogen production plant, owned by SNAM, with a capacity of 2.5 MW which will allow a maximum annual production of 395 t of green hydrogen with an estimated maximum water use of approx. 8200 t/year.