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PRODIGIO
The solar energy conversion into biogas by increasing the performance of microalgae production systems and anaerobic digestion systems thanks to the development of early-warning signals for improved systems monitoring and control.
A communication and dissemination plan for the next generation of renewable energy by exploiting microalgae capabilities
The COP26 world summit was recently held in Glasgow with the aim of reaching a global agreement on greenhouse gas emissions and alleviating the problem of global warming.
Progress and challenges in microalgal large-scale production
Microalgae have been proposed as an alternative to conventional processes for the supply of foods and feeds, biomaterials and biofuels, and including for wastewater treatment and capture of CO2 from flue gases.
Read how PRODIGIO project is ready to contribute to net-zero emission target by 2050
There is a long way before the world fully adopts, if possible, to net-zero emission. The International Energy Agency (IEA) recently published its report (click here to view the report or download from the link below) of a pathway to reach net-zero emissions by 2050, no matter how narrow the path, it is expected to bring huge benefits.
Manipulation of the anaerobic fermentation process to produce carboxylates and biogas
Energy in the form of biogas can be obtained via anaerobic degradation of organic wastes. This process is carried out by a mixture of microorganisms that work synergistically.
Earth Day!
We, at Prodigio, are doing our part to contribute to the fight against climate change and the health of our environment. So should you! Let’s work together to give the future generation a clean and healthy future.
SPEAD 1.0 Simulating Plankton Evolution
SPEAD 1.0 – Simulating Plankton Evolution with Adaptive Dynamics in a two-trait continuous fitness landscape applied to the Sargasso Sea.
An EU-funded project about increasing microalgae biomass production is underway
We are pleased to announce the start of an EU-funded project where its goal is to develop new technologies (or knowledge) to increase microalgae biomass production; hence advance the research for more sustainable bio-fuels.
La UAL participa en el proyecto PRODIGIO para mejorar y estabilizar la producción industrial de microalgas
En enero de este año ha comenzado el proyecto europeo PRODIGIO, en el que participa la Universidad de Almería, que en los próximos tres años espera dar un impulso a la producción de microalgas a escala industrial.
La UAL participa en el proyecto PRODIGIO de mejora de la producción industrial de microalgas
En enero comenzó la iniciativa en la que participa la Universidad de Almería y que en los próximos tres años espera dar un impulso a la producción de microalgas a escala industrial.
