To make those abstract theories more vivid, I want to link my analysis to the INES project (Harbour of Rotterdam) and Fairfield project (eco-industrial park).
The eco-industrial park Kalundborg can be seen as the best example where industrial symbiosis took place. Industrial symbiosis can be defined as: “engaging traditionally separate industries in a collective approach to competitive advantage involving physical exchange of materials, energy, water, and by-products. The keys to industrial symbiosis are collaboration and the synergistic possibilities offered by geographic proximity” (Chertow, 2007, p. 12).
It is evident that this symbiosis will lead to more welfare. However, in practice it is risky to decide to be inter-dependent on each other. For example, Kalundborg actually realized this symbiosis after 25 years. So a fully implemented symbiosis will take a certain time period.
Boons & Spekkink (2012) state that a core insight in the analysis of industrial symbiosis is that technical and economic feasibility of production processes are not sufficient enough conditions for industrial symbiosis to occur. Boons & Spekkink (2012) mention that businesses have to cooperate and that trust to engage in exchanges and in each other is more essential for the occurrence of industrial symbiosis, which is the main focus of the social network theory. This means that inter-dependency must be affirmed and should not be seen as a risk. Otherwise the industrial symbiosis will not occur. So there will be no symbiosis if there is no inter-dependency and trust in relationships.
For industrial symbiosis to occur the following five factors are relevant (Boons & Howard-Grenville, 2009):
Note that the agglomeration and social network concepts are connoting in
1) the need for a learning process and a strategic vision;
2) issues related to the diversity of involved actors and its consequences for connectance and interdependency;
3) the requirement of trust and ways to foster it;
4) the presence of anchor tenants or coordinating bodies and the roles they can play in providing information, education and as a platform for communication;
5) the presence of an enabling context, which may be defined in terms of policies, regulations and other institutions but also in much broader terms such as cultural, structural, spatial and temporal embeddedness
From the above mentions factors the concept called ‘institutional capacity’ can be formed. This institutional capacity is highly related to the quality of the relationships between the inter-dependent businesses who share a property.
According to Boons & Spekkink (2012), the concept of ‘institutional capacity’ can be divided into three parts:
- Relational capacity is the ability of businesses to let a network of relationships that are based on trust and mutual understanding, emerge. The relational capacity enables businesses to work together in risk full transactions that would otherwise be too costly when there are no strong relationships and mutual trust. The opportunities of individual businesses will rise because of the relationships that are kept strong and are built on trust and responsibility (Boons & Spekkink, 2012).
- Knowledge capacity is the ability to acquire and use information that enables businesses and other related stakeholders to exchange resources, et cetera, in such a way that ecological impact is reduced (Boons & Spekkink, 2012).
- Mobilization capacity is the capacity of the stakeholders – e.g. the businesses- to activate relevant firms and other parties to develop symbiotic linkage (Boons & Spekkink, 2012).
With the above mentioned definition of ‘institutional capacity’, the division into the three inherent capacities and the five factors that are relevant according to Boons & Spekkink (2012), the INES and Fairfield projects can be analysed on the amount of industrial symbiosis that has or has not occurred.
Heeres, Vermeulen, & de Walle (2004) give an overview of initiatives that lacked or performed industrial symbiosis. From this overview the INES project in Rotterdam (Industrial Ecosystem project) is used as one of the two cases, because of the high industrial symbiosis that has occurred. The other case is the Fairfield Ecological industrial park in Fairfield. This case is used because of the lack of industrial symbiosis, mentioned by Heeres, et al. (2004). It is important to note that Heeres, et al. (2004) are not taking the institutional capacity aspect into account. I use this article for the sake of the arguments and information that it provides on industrial symbiosis.
The conclusion on the industrial symbiosis of the INES project and Fairfield project.
(Source Heeres, et al., 2004)
INES project.
Institutional capacity of the INES project:
The outcomes of the article of Heeres, et al. (2004) states that the INES project has:
- Active participation of companies
- Active participation of environmental management network
- Active participation of Europoort Employers’ Association
Relational capacity:
Heeres, et al. (2004) state that the well willingness of the businesses on a property forms the underlying basic criterion for the realization of industrial symbiosis. If businesses are not interested or if they stay passive, no relationships and dynamics will occur (Heeres, et al., 2004, p. 993).
When looked at the relational capacity it can be concluded that the businesses of the INES project fulfil the relational capacity. The active participation of companies which leads to an inter-dependent relationship that is based on trust, will give rise to advantages for the different businesses that are connected to the INES project. By doing this the companies are more linked to each other and the base for industrial symbiosis is made; relationships and trust is the most important part of inter-linkages.
Knowledge capacity:
When looked at the knowledge capacity it can be concluded that the environmental management network & the Europoort Employers’ Association, who provide a platform for communication, information sharing and education and is linked to the different businesses (Heeres, et al., 2004, p. 993) has a strong benefit for the knowledge capacity in the INES project. The environmental management network & the Europoort Employers’ Association mediate the knowledge sharing and form easy access to it for each linked business. This capacity gives rise to broadening of the industrial symbiosis. Mainly because of the fact that more information will lead to the possibility of more innovative solutions and processes.
Mobilization capacity:
When looked at the mobilization capacity it can be concluded that the active participation of all of the stakeholders, fulfil the criterion for the mobilization capacity. The fact that the businesses are working together shows the fruitful mobilization capacity of the INES project.
The overall conclusion is that the INES project has a high institutional capacity because of the interest of the businesses that are linked to the INES project. Their trust and well willingness to work together and the knowledge capacity that is fulfilled by the platforms that are linked to the INES project, makes the INES project a fruitful example of high industrial symbiosis via institutional capacity.
The Fairfield project.
Institutional capacity of Fairfield.
Heeres, et al. (2004) state that the factors that caused lack of industrial symbiosis are:
- The Baltimore and state politics.
- Lack of company interest.
- Absence of an entrepreneurs association that represents all Fairfield industries.
Relational capacity:
The businesses on the Fairfield industrial park are not interested in the industrial symbiosis because of the economic risks that arise with it. Heeres, et al. (2004) state the majority of the companies are also not well willing because of their distrust towards the local government. Their point is that the focus of the local government is on creating jobs by linking businesses to each other on the industrial park. (Heeres, et al., 2004, p. 993). The businesses actually want a focus on the economic symbiosis. This leads to distrust and not to building relationships and a cooperation between businesses. Therefore the conclusion will be that the Fairfield lacks a vast amount of relational capacity. The businesses are not interested in each other right now, due to the focus of the local politics. The thoughts that there will be economic risks and the distrust of the businesses will lead to a low relational capacity.
Knowledge capacity:
The knowledge capacity emerges when knowledge is shared, discussed and uses by the linked businesses (Boons & Spekkink, 2012). In the INES project a platform was created by the environmental management network and the Europoort Employers’ Association. This platform led to a fruitful growth of industrial symbiosis. As it is shown in the article of Heeres, et al., there is no platform or linkage between the businesses. Therefore Fairfield also lacks of knowledge capacity. This at the end negatively influences the industrial symbiosis. The conclusion then will be that the absence of an entrepreneurs association that represents all Fairfield industries and the therefore the absence of a platform which functions as a medium, will lead to negative knowledge capacity, and in the end to a lack on industrial symbiosis.
Mobilization capacity.
Because there is no mobilization, due to the lack on interested businesses and stakeholders, the mobilaziton capacity will not grow. The companies stay passive because of the distrust in companies and the absence of relationships.
It can therefore be concluded that the Fairfield industrial park has the disadvantage that the companies are not interested and that there is no motivator or ‘mobilazator’ in the linkages between the companies. This leads to a less efficient knowledge capacity and also no mobilization capacity will emerge. Also the absence of a network of relationships between the businesses shows that the lack of institutional capacity leads to a failure in industrial symbiosis.
References:
Boons, F.A.
and Howard-Grenville, J. (2009). The social embeddedness of industrial ecology.
Cheltenham: Edward Elgar
Chertow, M. R. (2007), “Uncovering” Industrial Symbiosis. Journal of Industrial Ecology, 11: 11–30.
Heeres, R.R., Vermeulen, W.J.V. and de Walle, F.B. (2004), Eco-industrial park initiatives in the USA and the Netherlands: first lessons. Journal of Cleaner Productio,12: 985-995.
