Exploring the Benefits of Biochar and Hydrochar from Black Soldier Fly Frass. We are honored to be part of the Black Soldier Fly (BSF) research consortium led by the Israel Innovation Authority. This collaborative effort brings together scientists and commercial companies, working in synergy to advance the use… Continue Reading Biochar and Hydrochar from Black Soldier Fly Frass

Double celebration in the lab: Itamar successfully defended his thesis and welcomed a baby boy! It was the perfect excuse to gather for a joint lunch in the Technion’s ecological garden. Congratulations, Itamar! Well done!

Congratulations to Orr Meromi for receiving the Israeli Dairy Board scholarship for excellent graduate students. Orr’s research aims to better understand the resilience of constructed wetland plant species to wastewater, specifically to high salinity and high dissolved organic carbon. Her success will contribute to the development of sustainable… Continue Reading Congrats Orr!!!

We were happy to be part of a special symposium held in Neve Ya’ar Research Center on “Chromatography and Sensory-Based Approaches in Agriculture, Food, and Environmental Research.” In his talk, Roy demonstrated the use of chromatographic tools to characterize the decomposition mechanisms of lignocellulose waste.  

At last! only 323 days after the original date but with the last year we had. The Israeli Black Soldier Fly (BSF) community met, mingled, and listened to some fascinating discussions at the annual meeting, held at the historic Mikve Israel in the Netter Center. For project website… Continue Reading Friviliged to be a part of the Black Soldier Fly Community

We are happy to be a part of the NPP-SOL project as the Isaeli partners and case study. The NPP-SOL project, funded by PRIMA Programme, aims at preventing surface and ground-water bodies from agricultural nonpoint source pollution under Mediterranean conditions using modelling and technological tools. For project website click… Continue Reading NPP-SOL website

Mixed polymer plastics cannot undergo mechanical recycling, resulting in heterogeneous low-quality recycled products. This work indicates that the hydrothermal platform can valorize landfill-designated mixed polymer plastics and should be considered as a beneficial alternative for a circular plastic economy. For full paper click HERE

Exciting News! The Waste-to-Resource (W2R) lab is relocating to the Faculty of Civil and Environmental Engineering at the Technion. I extend my gratitude to my colleagues at the Volcani Institute for the past seven years. Stay tuned for impactful projects and innovations in waste management!