WASTEMAN - Integrated Sustainable Waste Management Systems decreasing pollution discharges in the South Baltic area
What changes with WASTEMAN?
WASTEMAN changes linear waste management systems in the South Baltic area towards sustainable, circular waste management systems. Municipalities and citizens are contributing to the creation process in "living labs", in order to create the best possible solutions for all regional stakeholders.
What was the challenge?
There is a change needed in the Municipal Solid Waste Management (MSWM) sector in the South Baltic area: From a linear to a circular system. The main objective of the project is to implement Integrated Sustainable Waste Management (ISWM) systems that will decrease the pollution from the waste management sector and at the same time ensure the effective recycling of municipal waste resources.
What is the project creating?
WASTEMAN is creating a Design Manual for co-design of Integrated Sustainable Waste Management (ISWM) systems to build design strategies in the South Baltic area.
Next to the Design Manual, WASTEMAN creates User Applications for integrated, sustainable recycling of municipal waste fractions:
- integrating the value chain of collection,
- treatment and
- utilization of waste resources.
WASTEMAN furthermore creates a Management Toolbox which comprises management guidelines and case stories, to provide a framework for implementation and dissemination of the ISWM model.
Project Website
Find the WASTEMAN Project Website here.
Project Outputs
WASTEMAN Poster
WASTEMAN Design Manual
Full Project description
The project addresses the needed change of the Municipal Solid Waste Management (MSWM) sector in the South Baltic from a linear to a circular system. The main objective of the project is to implement Integrated Sustainable Waste Management (ISWM) systems that will decrease the pollution from the waste management sector and at the same time ensure the effective recycling of municipal waste resources. The project implements ISWM systems in the MSWM sector through three main outputs that address the three basic objectives of the ISWM system:
- working together with multiple stakeholders,
- building a stable service value chain,
- enabling sustainable value aspects.
The first output is a Design Manual for co-design of ISWM systems which supports the building of design strategies in cooperation with the municipal stakeholders of the South Baltic area. The second output is a comprehensive package of innovative User Applications for integrated, sustainable recycling of municipal waste fractions. The User Applications represents user oriented innovative solutions, integrating the value chain of collection, treatment and utilization of waste resources. The third output is a Management Toolbox which comprises management guidelines and casestories, which represents a framework for implemetation and dissemination of the ISWM model. The complete ISWM systems will be produced in a cross border cooperation ensuring a circular change in the South Baltic area. The technology and management system exchange provides added value from the partners through the cross-border cooperation.
1 511 550,00 EUR
1 228 636,00 EUR
01 Jul 2018
30 Jun 2022
Name: Institute of Fluid-Flow Machinery Polish Academy of Sciences
www.imp.gda.pl
Address: Fiszera 14, 80–231 Gdańsk
Region/Subregion: Pomorskie
Country: Poland
Address: Respublikos 2, LT-72255 Tauragė
Region/Subregion: Taurages apskritis
Country: Lithuania
Address: Kościerska 9, 83-404 Nowa Karczma
Region/Subregion: Gdański
Country: Poland
Address: Almegaardsvej 8, 3700 Rønne
Region/Subregion: Bornholm
Country: Denmark
Address: A C Meyers Vænge 15, 2450 Copenhagen SV
Region/Spubregion: Copenhagen
Country: Denmark
Address: Łężyce, Al. Parku Krajobrazowego 99, 84-207 Koleczkowo
Region/Spubregion: Gdański
Country: Poland