Webinar on Advanced filtration technologies for recovery and later conversion of relevant fractions from wastewater. Register here: https://afterlife-project.eu/webinar/
Food processing plants generate large amount of mostly biodegradable liquid and solid waste which require separation. Large amount of wastewater is produced in these facilities due to the intensive use of water in food and beverage processing. These residual streams are usually treated in-situ and/or discharged to the grid for their treatment in a municipal wastewater treatment plant. However, they have an important potential for the conversion of the present biodegradable compounds and the valorisation as bio-based products. In AFTERLIFE project, researchers are optimizing membrane filtration systems that will separate different components in the wastewater. The recovered concentrates will be treated to obtain high-pure extracts and metabolites and are converted into value- added biopolymers through innovative extraction and purification techniques. This webinar will focus on various extraction and concentration techniques that will lead to the valorization of wastewater. You will also hear some of these techniques that currently used by the Bio Base Europe Pilot Plant and Celabor.
AFTERLIFE, a 4 million € EU project focused on finding an integrated solution for the recovery and conversion of relevant fractions from wastewater, was officially launched Monday September 11. Led by EggPlant Srl, the project consortium is comprised of 15 partners from 7 European countries.
On September 11th and 12th the official kick-off was held for the Afterlife project in Bari, Italy. Scientists at companies and research institutes will be cooperating for the next four years to find an integrated solution for the recovery and conversion of relevant fractions from wastewater. AFTERLIFE is a European collaborative project framed on the Bio-based Industries (BBI) call. 15 partners (Idener, Austep, BBEU, Celabor, Lurederra, Mi-Plast, nova-Institut, VTT, CSIC, CTC, Nova-id-FCT, Jake, Heritage 1466, Citromil) from 7 European countries (Belgium, Germany, Finland, Croatia, Italy, Spain and Portugal) participate in this European 4 million € project.
The CIRC-PACK project will create, test and validate alternative bio-based and recyclable plastics, and new types of multilayer and multimaterial packaging.
Rijeka, July 30, 2017 - A new EU-funded initiative aims to transform plastic waste into a resource by developing a more sustainable, re-usable form of packaging. Launched in May, the project will support market uptake of the new packaging, promoting a transition to a circular economy.
CIRC-PACK (Towards circular economy in the plastic packaging value chain) will create, test and validate alternative bio-based and recyclable (including biodegradable or compostable) plastics for the manufacturing of trays, bottles, coffee capsules, jars, films and pallets, and new types of multilayer and multimaterial packaging. It is also expected to improve the recycling rates of the automotive and hygiene product industries, and increase the amount of recycled materials in products such as car parts, sanitary towels and nappies.
A 22-partner consortium led by the Zaragoza-based Research Centre for Energy Resources and Consumption (CIRCE) will carry out three large-scale demonstrations through an eco-innovative approach that will involve actors across the whole value chain, including consumers, plastic suppliers, converters and retailers, as well as those responsible for waste recovery.
Grant agreements have been signed for three new projects (Afterlife, RefuCoat and CIRC-PACK) funded through the EU program Horizon 2020, where Mi-plast will realize its partner role. Horizon 2020 is the EU program which contributes to accomplishment of goals stated in the key strategic documents of the European Union related to research, technological development and innovation. The guiding idea of the new framework program is to provide solutions and responses to the economic crisis, investing in future business and development, addressing EU citizens' concerns about their material security, general security and the environment, as well as strengthening the EU's global position in research, innovation and technology. Horizon 2020’s structure is based on three main priorities: Excellent Science, Industrial Leadership and Societal Challenges.
On the 21st of March 2017, in Zagreb, LIFE INFO day was held, presenting information on the Life Program and the possibilities of co-funding. LIFE program has been supporting different sectors for 25 years through co-funding of more than 4300 projects, granting over 3 billion Euros. The objective of LIFE projects is to ensure development and implementation of innovative responses to environment and climate change related challenges.
The INFO day gave information on the types of projects co-funded through LIFE, thematic priorities, co-funding rates, how to submit project proposals etc.
On March 16th 2017, Bio-Based Industries Joint Technology Initiative informative day was held at the BIOCenter on Borongaj, which brought together the representatives of academia, the real and the public sector. Head organizers of this event were the BIOCenter and the Agency for mobility and EU programs.
BBI JTI initiative operates under the auspices of the Horizon 2020, EU program for research and innovations, with the goal of making the European bio industry globally competitive, reducing its dependence on fossil based fuels and ultimately leading to sustainable and ecologically friendly growth.
Mi-plast participates in the project Res Urbis (RESOURCES FROM URBAN BIO-WASTE), which began on January 1st.
This project is coordinated by the University of La Sapienza in Rome and it is based on the development of an innovative technological sector for the integrated treatment of various urban solid wastes (such as municipal waste and municipal sewage sludge). In order to achieve its ambitious objectives, a consortium formed by 21 entities from 8 European countries. This program is based on research and development with a dual objective: to minimize the amount of waste that is unused and disposed of and to obtain new environmental-friendly bioproducts using the same waste as a renewable alternative to petroleum resources.