System innovation for a more sustainable leather chemistry

In short:

  • In order to change the global leather supply chains a system view is necessary.
  • A multi-stakeholder scenario process with industry, NGOs and academia resulted in a scenario story  creating a shared positive vision for leather chemistry in 2035.
  • Strategy workshops and a “Theory of Change” facilitated identification of specific steps to take in order to move towards the described scenario.

When it comes to achieving a "more sustainable chemistry" in the leather supply chains, the industry faces complex challenges. To overcome them, technical innovations - e.g. new bio-based tanning chemicals, optimized process flows - alone are not sufficient. The incentive situation of the actors in the global context must be analysed in order to apply these technologies. In addition, questions regarding the management of supply chains are crucial. This shows that forcing and, for example, contractual obligations only have a limited effect in ensuring that suppliers use chemicals defined by the customer in accordance with specific lists of requirements.

Innovative forms of collaboration along the supply chain seem to be essential.  A certain degree of formalization of the new rules is required as well, whether through private governance initiatives by the industry or standardization or legislative activities. This triad of technical, social or organisational and institutional innovations shows the different relevant perspectives of a "system innovation". A systemic approach is also required for the transformation towards a more sustainable chemistry in the leather supply chains. The leather project of the Darmstadt University of Applied Sciences is based on this fundamental understanding. The project works at the current state of scientific research in the context of transformation research.

System view and vision development with the scenario technique

On the road to system innovation, a shared understanding of the challenges we face and, from this, the development of a common vision is essential. In October 2018, a workshop was held in Darmstadt with representatives along the leather supply chain (chemicals, tanning companies, processing industry, trade) and other stakeholders such as NGOs and political consultants (including Südwind, Gesellschaft für Internationale Zusammenarbeit/GIZ). The actors decided to use the Geschka scenario technique for this purpose, originally conceived as a method of strategic corporate planning. The university has already successfully applied this method in a similar project with the textile industry. A scenario team consisting of actors from the leather industry and other stakeholders was created, supported by the University of Applied Sciences Darmstadt, the project partner Schader Foundation and the management consultancy Geschka & Partner.

Between March and June 2019, the team developed future scenarios on "Leather 2035" with regard to the use and handling of chemicals in global supply chains. They first identified the 16 most important influencing factors (e.g. legal framework, transparency, process innovation) for the topic and evaluated their impact relationships. In the next step projections were developed, i.e. development perspectives for the influencing factors (e.g. in 2035 the legal framework for leather production will be more harmonised internationally), and to assess whether the projections are consistent with each other (i.e. do projected developments exclude each other, do they support each other etc.). In a further step, supported by a specialised analysis software, existing projections were compiled into "Leather 2035" scenarios based on this data. As a result of the scenario process two contrasting, yet consistent, scenario stories: "Muddling through" (scenario A) and "Boldly ahead" (scenario B) were developed.

Scenario A

Under the given global conditions, i.e. a growing demand for affordable leather, which under the existing cost pressure allows only a standardized, cost-optimized mass product, the leather industry in 2035 will be dominated by homogeneous "cheap" mass products, which at the same time have low requirements regarding functionality and quality of the leather.

Scenario B

By 2035, process innovations have led to the production of high-quality leather everywhere in a way that saves natural resources. The markets for leather produced in this way are stable. The risks of chemicals in processes and products have largely been eliminated or are under control.

Developing strategies with representatives of the entire supply chain

The members of the scenario team decided together to act appropriately to ensure that the developments described in scenario B take place. The h_da supports this implementation phase. In September and November 2019, strategy workshops were organized in Darmstadt and Frankfurt with the actors from the Scenario Team and other representatives from industry, trade, political consultancy and NGOs. The initial question of the workshop in September was which strategies and specific measures are necessary to initiate positive developments according to scenario story B ("Boldly ahead"). In working groups, the participants discussed the central questions raised by the scenario story, for example: How can transparency and traceability be implemented under competitive conditions? How can standards (working conditions, chemicals management etc.) be harmonised, controlled, sanctioned and implemented?  The participants developed strategic approaches to these and two other questions in the context of "roadmaps": With the perspective up to 2035, consideringthe short-term perspective (up to 2022), they identified milestones that must be reached, formulated specific activities for each milestone and nominated actors for implementation. A second workshop in November was held to discuss the roadmaps again with other practitioners. The activities formulated in the roadmaps, individually or as a whole, already produced feasible ideas for sub-projects on the way to the scenario story.

Strategy for system innovation

The method of "Theory of Change" is a valuable tool for the design ("roadmap") and monitoring of system innovations. It makes it possible to capture individual steps and sub-measures and to examine them in a structured manner, taking into account the respective impact relationships. In the Theory of Change (ToC), activities and expected effects can be assigned to different spheres. Thus, the sphere of the direct project framework can be defined, as well as specific activities which take place within it (workshops, studies, etc.) and products created (technical innovations, policy advice, etc.). Only in this sphere, which is at the core of the ToC, the project participants have extensive control. The extent to which the field takes up these project results, i.e. actors adapt their behaviour in the direction of sustainable development, is the subject of further spheres around it. These are largely beyond the control of the project as the distance from the core increases. One of the reasons for this is that the intended impacts of a project often can only become apparent after its active duration and that the system is dependent on parallel developments that are not the subject of the project. Against this background, the ToC extends the perspective beyond the directly workable aspects of a project and includes parallel developments with a view to the overall goal orientation. In summary, the ToC takes on several functions, on the one hand by forming structures and pointing out systemic weaknesses in the project. The development of a ToC is based on an iterative process that reflects measures and projects relative to their effects and makes necessary upstream measures visible. On the other hand, it is suitable as a communication tool, as it clarifies complex transformation processes reduced to the essentials. Finally, it provides starting points for developing indicators for project performance. A theory of change for "more sustainable chemistry" in the leather supply chains is illustrated below (the ToC as PDF can be found here).

 

  • Subproject #1 - Harmonisation of standards

    Further harmonisation of standards concerning the production of leather and leather articles – with a particular focus on the chemicals in processes and products – shall reduce existing inequalities inherent to the frameworks in place worldwide, thus raising the overall quality standards and contributing to a level playing field.
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  • Subproject #2 - IT Tools and Governance for Traceability

    Establishing an industry-wide, IT-based exchange format to trace chemicals along the leather supply chains (traceability), embedded into a governance framework ensuring data quality, strengthens downstream users (such as brands and retailers) in their compliance and quality efforts and enables them to formulate demands more targeted in the direction of sustainable chemistry.
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  • Subproject #3 - Chemicals and process innovation

    The future of leather chemicals and their production should be based on a holistic approach which, based on life cycle assessment studies, gives preference to the scalable solution that causes the least harm to people and the environment.
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  • Subproject #4 - Design guidelines for Sustainable Development

    A "more sustainable leather chemistry" often has an effect on the leather material. Leather design guidelines provide orientation for the selection of leather types for different applications, as well as for their creative presentation as appealing products.
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