NEWS | Rustica >

A typology of sustainable circular business models

As an approach to sustainable development, circular business models are increasingly being developed. However, many circular business models focus on environmental or technological contributions to sustainability rather than considering all dimensions of sustainability simultaneously.

IDConsortium

Based on the well-known Sustainable Business Model Archetypes by Nancy Bocken and colleagues (2014), a hierarchical business model typology can be developed that allows a stepwise exploration of sustainable business model innovation opportunities incorporating an environmental, social and economic dimension. This typology allows for a distinction of 6 types of business models within each category of technological innovation: scaled-up sufficiency, purposeful sufficiency, scaled-up functionality, purposeful functionality, scaled-up stewardship and purposeful stewardship.

What do these business models entail? Sufficiency business models reduce consumption and production or provide high-quality durable products. Functionality business models, however, satisfy user needs without users having to own products. Finally, stewardship business models intend to proactively engage with stakeholders to ensure their long-term health and wellbeing. The distinction between scaled-up and purposeful business models is as follows: scaled-up businesses aim to scale up sustainability solutions to maximize benefits for society and the environment, while a purposeful business prioritizes the delivery of social and environmental benefits (for example by being embedded in the community). 

Figure 3. Meeting held at UAL on the 25th of November

This is, of course, only a general definition of different types of sustainable and circular business models. It merely provides a direction or a pathway for sustainable business model innovation. We can, however, link this typology to value chains within the bioeconomy. This gives us some insight in the roles of value chain actors within each sustainable circular business model. For example, we can link the social dimension of sufficiency, functionality or stewardship to the owner of the conversion technology: it can be an end-user (sufficiency), a third party (functionality) or a stakeholder group (stewardship). Additionally, we can associate the organizational level to the land use and biomass production: is it scaled-up or not? The figure below provides a decision tree as practical guidance in the development of sustainable and circular business models based on value chain elements.

This typology will be elaborated upon in the soon to be published working paper “A typology of Sustainable Circular Business Models based on a hierarchical model and applications in the Bio-economy”.

Figure 2. Outdoor raceways

References:

Bocken, N. M. P., Short, S. W., Rana, P., & Evans, S. (2014). A literature and practice review to develop sustainable business model archetypes. Journal of Cleaner Production, 65, 42–56. https://doi.org/10.1016/j.jclepro.2013.11.039

More news about this project:

IDConsortium News Rustica multi actor project background 01
Why is RUSTICA a multi-actor project? What is the sense of all these efforts in stakeholder engagement?

Why is RUSTICA a multi-actor project? What is the sense of all these efforts in stakeholder engagement?

RUSTICA project is designed to systematically engage with the regional stakeholders. This engagement is formalized in a series of regional workshops planned every six months starting from month 12 of the project. Knowing that the project is addressing five regions and the duration is about 4 years, 30 workshops in total are planned.

Read More

IDConsortium News Rustica organic residues recycling agriculture background 01
Organic residues recycling in agriculture

Organic residues recycling in agriculture

Soil organic matter (SOM) is one of the most important components of soil as it influences virtually all the properties of soil that control agricultural and environmental functions. Soil organic matter is difficult to measure directly, so laboratories usually measure and report its largest component, the soil organic carbon (SOC).

Read More