Systematic Review - Network for Business Sustainability
Systematic Review - Network for Business Sustainability
Systematic Review - Network for Business Sustainability
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The literature has traditionally distinguished between<br />
eco-efficiency and eco-effectiveness, and these<br />
concepts map well onto the first two categories we<br />
propose. However, we prefer the labels Operational<br />
Optimization and Organizational Trans<strong>for</strong>mation,<br />
which acknowledge both the social and environmental<br />
dimensions of sustainability.<br />
In Operational Optimization, firms seek to diminish<br />
the harmful consequences of their business activities.<br />
For example, the focus on technological innovations<br />
may reduce emissions generated during processing<br />
or manufacturing, minimize the use of non-renewable<br />
materials or replace toxic components with either<br />
renewable or more benign alternatives.<br />
At the other end of the SOI scale, Systems Building<br />
recognizes that simply reducing elements of<br />
unsustainability will continue to deplete resources,<br />
degrade the environment and emit pollutants — only<br />
less rapidly. For example, the global economy is<br />
arguably locked into a “carbon model” that constrains<br />
innovation into fossil fuel-dependency: incremental<br />
changes in engine efficiency or manufacturing<br />
processes, while laudable, will not lead to sustainability.<br />
Systems Building describes, instead, a strategy of<br />
seeking to become increasingly sustainable rather<br />
than less unsustainable, in line with the ambition in<br />
the Brundtland Report (WCED, 1987, paragraph 49),<br />
to conduct business operations in ways that “meet<br />
the needs and aspirations of the present without<br />
compromising the ability to meet those of the future.”<br />
Both types of innovation orientation are arguably<br />
important. Still, reducing unsustainability, despite<br />
delivering substantial improvements, is insufficient: its<br />
gains are often offset by increased consumption or<br />
production (Machiba, 2010). This mode of innovation<br />
may be a stepping stone toward greater sustainability.<br />
The leading edge of SOI, however, is characterized by<br />
Systems Builders, firms experimenting with changes to<br />
their business models, wider institutional change and<br />
alternative delivery of products and services.<br />
The shift between Operational Optimization and<br />
Systems Building is complex, marked by a phase<br />
of Organizational Trans<strong>for</strong>mation. During this phase,<br />
firms shift from a focus on reducing harmful impacts<br />
toward delivering social, environmental and economic<br />
benefits both <strong>for</strong> themselves and the wider society.<br />
During Organizational Trans<strong>for</strong>mation, firms’ innovation<br />
activities become increasingly systemic, integrated<br />
and socio-technical. On the basis of this analysis, it is<br />
possible to further map the SOI landscape.<br />
Dimension 1: Insular/Systemic: This dimension reflects<br />
how the firm sees itself within a wider system. Does the<br />
firm see itself as part of society or as standing apart<br />
from society?<br />
More progressive SOI firms look beyond their<br />
boundaries to address the SOI challenge, paying<br />
attention to wider systemic considerations. Their<br />
innovation initiatives engage with and facilitate change<br />
in wider systems. These ef<strong>for</strong>ts may include influencing<br />
value chains or engaging with wider communities and<br />
<strong>for</strong>ming coalitions with stakeholders such as NGOs,<br />
lobby groups and governments.<br />
Innovating <strong>for</strong> <strong>Sustainability</strong> 18