From Biowaste to Single Cell Proteins in the era of circular bioeconomy

We unlock the value of biowaste by producing sustainable proteins that support a circular and resilient bioeconomy.

in-a-compost-bin_640_690jpg
~1/3
Food Waste Share

One third of all food produced annually ends up as waste.

170k
Food Waste Emissions

170k tons CO₂ are annually emitted from EU food waste production and disposal

173kg
Food Waste / Person

88 thousand tons, or 173 kg per person, of food are discarded every year in the EU.

methodology_website
The project

Our Purpose: Turning Biowaste into High-Value Resources

Science-Driven Sustainable Innovation

We combine advanced bioprocessing, sustainability principles, and industrial scalability to deliver reliable solutions for circular waste valorisation and alternative protein production.

Our goal is to provide a novel technological bioprocess platform for the transformation of source separated organic fraction of household wastes (biowastes) into high market value products, such as pigments, substrate for anaerobic digesters and mainly feed ingredients (proteins), addressing two major global challenges of the future; sustainable waste management and lack of proteins for the growing global population.
1
Partner
5
Work Packages
17
Deliverables
3
International Experts
Work Packages

Work Package Plan

Develop a reliable biogas reactor methodology to maximize biowaste degradation and biomethanisation while using early warning indicators to prevent process imbalances.

Identify optimal algal strains and conditions to maximize nutrient recovery, biomass value, and phototrophic CO₂ fixation.

Develop an efficient system for second-generation Single Cell Protein production using upgraded biogas and Methane Oxidazing Bacteria.

Evaluate the impacts of BioPro on environment and socio-economics through a holistic sustainability analysis.

Ensure effective project management, compliance, and resource optimization while maximizing dissemination, communication, and impact of BioPro innovations.

Coordinated Research Framework

Work packages delivering scalable circular bioeconomy solutions

Impact

Key Impacts of an Integrated Circular Bioprocess Platform

Resource
Efficiency

Optimised bioprocesses reduce water, energy, nutrients and harmful inhibitors in biowaste treatment.

Sustainable
Proteins

Circular production of alternative proteins reduces agricultural impacts and supply chain costs.

Circular Biowaste Management

Integrated bioprocesses create industrial symbiosis with improved environmental and economic performance.

Scientific
Innovation

Advancing interdisciplinary research in environmental biotechnology and bioprocess engineering.

BioPro Team
Meet Our Team

Meet the Scientific Experts Behind
BioPro Innovation

Kougias
Panagiotis
Kougias

Principal Investigator

Anagnostopoulou
Chrysa Anagnostopoulou

Post-Doc Researcher

Despina
Lazaridou

PhD Candidate

gaspari
Maria
Gaspari

Post-Doc Researcher

mitraka
Christina
Mitraka

Post-Doc Researcher

kontogiannopoulos
Konstantinos
Kontogiannopoulos

Permanent Researcher
(non-remunarated)

angelidaki
Irini
Angelidaki

Professor DTU
(non-remunerated)

treu
Laura
Treu

Assoc. Professor UNIPD
(non-remunerated)

campanaro
Stefano
Campanaro

Assoc. Professor UNIPD
(non-remunerated

News

BioPro_logo-full-color
News

Kick Off meeting

On 15 November 2025, the kick-off meeting of the BioPro project was successfully held, marking the official start of the initiative focused on developing an innovative bioprocess platform for the valorisation of source-separated biowaste into high-value products within the circular bioeconomy. During the meeting, the overall project concept, objectives, work

Read more »
Scroll to Top