Geneva, Geneva, Switzerland
- Devised and executed an asset-light trading strategy around Futures Delivery system - Successfully launched a distribution business in ARAG - Rented and managed two strategic storages in Ghent for 80k MT/m - Built New Partnerships in Black Sea - Rapeseed Oil Paper Trading - SND Market Analysis and Tools - Coordination of PNL Optimization for our Global Logistic Assets Around the World - Soybeans Marketing to Asia and MENA - Business Development to MENA, ASIA and Pakistan -
- Created and Implemented the new option Valuation system to monitor the Greeks in our Treatment Charges - Developed a VBA application to calculate the daily global position - Executed proprietary and hedging strategies LME, LBMA based - Optimized Spread Trading Business for Copper and Zinc concentrates global flows using linear optimization models in VBA
- Portfolio hedging of Refined Products and Crude oil for 18 M BBL/ Month with direct Trade execution in ICE - Daily MTM reporting and P&L reconciliations - Created a VBA Tool to price Gasoline components in the MED - Risk assessment on Crack Spreads and Arbs for Light Distillates
https://patents.google.com/patent/EP2818258A2/en?oq=EP2818258a2 The present invention provides a state-of-the-art, modular waste valorization ecosystem engineered for the synergistic processing of heterogeneous municipal solid waste streams, encompassing both the biodegradable organic matrix and the non-biodegradable residual fraction. This system is architected to achieve maximized resource circularity and energy recovery within a zero-waste paradigm. Central to the invention is the proprietary r-TMB (Refined Thermomechanical-Biological Matrix) technology, a decentralized, in-situ pretreatment platform that integrates advanced mechanochemical comminution, dynamic particle fractionation, and controlled biostabilization. Deployed at the primary waste accumulation locus, the r-TMB system executes real-time refinement of the waste feedstock, transforming it into a uniform, high-enthalpy substrate optimized for downstream energy conversion processes, such as anaerobic digestion or thermochemical valorization. This approach ensures enhanced exergetic efficiency, minimizes logistical entropy, and establishes a scalable framework for sustainable waste-to-energy integration.