Progetti UE

Accordo del 17 dicembre 2021. concluso con NCBiR

Accordo per il cofinanziamento di progetti nell'ambito del Programma Operativo Crescita Intelligente.

Accordo n.: POIR.01.01.01-00-0185 / 21-00

Titolo del progetto: GreenSpace produzione di carburante ecologico mediante osmosi inversa.

Nell'ambito della sottomisura 1.1.1 del Programma Operativo Sviluppo Intelligente 2014-2020 cofinanziato dal Fondo Europeo di Sviluppo Regionale.

L'accordo è stato concluso a Varsavia il 17 dicembre 2021 Tra: Centro nazionale per la ricerca e lo sviluppo, con sede a Varsavia, in ul. Nowogrodzka 47a, rappresentato da Ilona Hibner, Direttore del dipartimento di selezione dei progetti e Jakusz SpaceTech Sp. z oo, con sede a Szymbark, in ul. Długa 41, rappresentata da Natalia Okroj, presidente del consiglio di amministrazione.

Technology for producing purified hydrogen peroxide GREEN SPACE using reverse osmosis and fractional vacuum distillation in continuous mode

The aim of the project was to develop a new product—GreenSpace fuel—with a formulation based on highly concentrated hydrogen peroxide. During the industrial phase, membranes compatible with hydrogen peroxide were selected, enabling a low level of heavy metal content, and optimal operating parameters were chosen for the feedstock purification installation using reverse osmosis (RO). A pilot-scale installation was built, incorporating selected modular membranes and a concentration station for the purified product, utilizing rotary evaporators with fractional distillation under vacuum. The concentration process parameters were optimized to achieve the desired efficiency and evaporation system concentration capability.

Research also identified a new stabilizing mixture and its concentration, ensuring the stability of hydrogen peroxide. As a result of industrial and developmental research, a technology for producing stable GreenSpace fuel was developed using membrane-based reverse osmosis (RO) and fractional vacuum distillation, achieving the required purity (metal content at 0.3 ppm) and a production rate of 6 kg/h.