A Complete Transformation PAth for C-C backboned plastic wastes to high-value Chemicals and materials
EXPLORE
the untapped potential of assimilating GNSS (Galileo) derived, drone-derived, Copernicus EO-derived datasets, and in-situ weather sensors
DEVELOP
high-resolution and short-range numerical weather forecasts and hydrological models for irrigation performance and water accounting
DEVELOP
high-resolution and short-range numerical weather forecasts and hydrological models for irrigation performance and water accounting
PROVIDE
valuable information about severe weather and irrigation operations directly to farmers and agricultural operators
Our Project Objectives
DEVELOP
new catalysts for the deconstruction of polyethylene (PE) to enable the production of value-added, biologically utilizable chemicals at reduced costs.
ENGINEER
enzymes and microbial cell systems that can produce value-added biochemicals for use in the chemical industry from biologically utilizable chemicals.
CONSTRUCT
engineered non-pathogenic yeast systems that can transform biologically utilizable chemicals into value-added biochemicals for use in the chemical industry.
DEFINE
efficient chemical routes and develop catalysts to convert value-added biochemicals into new breakthrough, biodegradable polyesters for various applications.
CREATE
a completely novel biobased polyester that has similar or better properties as polyesters, but is fully biodegradable and recyclable.
DEMONSTRATE
the improved environmental and economic performances of the value-added chemicals, and alternative polyesters developed in the project and achieve zero-waste management.
BOOST
the awareness on the project outcomes through communication and dissemination activities and engage main actors of the value chain as well as young professionals and early career investigators.
Our Project Partners
