The PREPSOIL Business Model Canvas (BMC) for Living Labs (LLs) & Lighthouses (LHs) in the Mission Soil is a tailor-made tool that considers the specificities of Soil LLs and LHs to support and inspire these initiatives to find a strategy for their long-term sustainability.  []

To achieve this, the PREPSOIL BMC offers practical examples based on different exercises conducted in the PREPSOIL project. These examples can be found below and can be filtered according to different soil uses (agriculture, forestry, (post-)industrial, and (peri-)urban), as well as different elements, and spheres of intervention within each of the elements.

These examples are to serve as guidance and inspiration for the design of Business Models for Soil LLs, acknowledging the uniqueness of each of them in terms of the ambition, capacities, and context in which the LL operates.

For more information on the BMC methodology please see PREPSOIL Report on LL/LH business model plans (D4.2)

For a step-by-step guide on how to use the BMC see Business Model Canvas for Soil Living Labs and Lighthouses: A guide for users

Download your working copy of the BMC here

PREPSOIL BMC

Support community-led activities for a greening transition

Collaborations & Partnerships
(Post-)Industrial land use type

Create the occasions to grasp emerging demands on land use interventions, guiding both formal and informal practices

Collaborations & Partnerships
(Post-)Industrial land use type

Brownfield land is extremely important for environmental and ecosystem quality and human health. Involving citizens, municipal administration, planners, land developers, researchers, and environmetal officers in the LL co-creation processses might help to optimize the re-use of land in a way that involves soil information, soil ecosystem services, and risk management in the planning

(Post-)Industrial land use type
Public Value

In many (post-) industrial regions, a substantial part of the land is still used as arable land. Elevated soil contaminants might pose a risk of food contamination. Therefore, alternative agricultural production and soil management practices must be proposed to farmers. They can be effectively developed only in a co-creation process with farmers and advisors to address environmental and socio-economic barriers the transformation might face

(Post-)Industrial land use type
Public Value

Green remediation expertise

(Post-)Industrial land use type
HHRR & Expertise

Number of hectares restored

(Post-)Industrial land use type
Environmental

Tons of polluted soil cleaned-up

(Post-)Industrial land use type
Environmental

Increased agricultural productivity and potential cost savings from sustainable soil management

(Post-)Industrial land use type
Economic

Informing and shaping policies that promote sustainable industrial and soil management practices

(Post-)Industrial land use type
Economic

Adoption of environmentally friendly industrial practices, reducing future soil degradation

(Post-)Industrial land use type
Social

Reduced exposure to soil contaminants, leading to improved public health outcomes

(Post-)Industrial land use type
Social

Spatial planners

(Post-)Industrial land use type
Public Sector