Circular Systemic Solutions

At the heart of the CircSyst project are our Circular Systemic Solutions (CSS), which represent a bold leap towards a more sustainable and resilient future. CSS are innovative, holistic approaches designed to transform traditional linear models into dynamic, circular systems. By focusing on the three key value chains of the European Commission’s Circular Economy Action Plan—Water Management, Biowaste, and Plastics and Packaging—our CSS aim to enhance sustainability at local and regional levels across Europe.

The true power of our Circular Systemic Solutions lies in their ability to work together synergistically. By integrating different CSS across value chains and regions, we create a network of circular practices that not only address specific challenges but also enhance overall system resilience. Our approach involves collaboration among diverse stakeholders, including industry leaders, policymakers, and local communities, to ensure that our solutions are scalable, replicable, and impactful.

Through the CircSyst project, we are demonstrating how innovative circular models can drive systemic change, improve resource efficiency, and contribute to a more sustainable and equitable economy. Our CSS are designed to not only tackle current challenges but also pave the way for a future where circularity is the norm, not the exception.

1. Water circular strategies in urban and peri-urban contexts:

CSS1 focuses on implementing circular water strategies in urban and peri-urban contexts, integrating industry, agriculture, and municipal water systems. It aims to optimise water reuse through smart management solutions, symbiosis models, and advanced treatment processes. The goal is to demonstrate the feasibility of reclaimed water for industrial, agricultural, and municipal use while ensuring environmental sustainability and water resource efficiency.

2. Bio-Waste CSS and Symbiosis:

CSS2 addresses circular solutions for biowaste, transforming organic waste from food processing, wastewater treatment, and public services into valuable bioproducts. By leveraging bio-refinery approaches, it aims to extract biopolymers, nutrients, and energy, enhancing the circular economy potential of bio-waste streams. The objective is to create a replicable model that maximises resource recovery and reduces environmental impact.

3. Food Packaging Waste CSS:

CSS3 focuses on developing circular systems for plastics and food packaging waste. It aims to improve recyclability through innovative eco-design, optimised collection strategies, and upcycling technologies. By integrating mechanical recycling, biodegradable alternatives, and consumer engagement, this solution seeks to reduce waste generation and promote sustainable packaging systems aligned with circular economy principles.