The materiality of an issue is another way of asking ‘how relevant and important is it?’. This is considered from two perspectives, those of the broader stakeholders (internal and external) and those of the company itself.
Materiality is used to decide which actions to take and what to report. It considers the needs of both the company and other stakeholders. Materiality scans the potential issues from these two viewpoints and rates all potential issues/actions on a relevance scale of ‘low’, ‘medium’ or ‘high’. These two sets of ratings can be combined to select the actions that are most relevant to the two groups.
Actions that are ranked ‘high’ by both groups are highly relevant but it is also acceptable to select actions that are ranked high by only one group.
An initial materiality scan should consider all the potential issues but those that are not considered ‘material’ to the company’s operations by both the stakeholders and the company can excluded from ranking. The important thing is to consider it, even if it is later excluded.
Note: Legal requirements are an absolute essential and have the highest priority but are the minimum requirement.
Assessing materiality prompts a company to think broadly about sustainability and how it affects the wider community. This informs decisions on projects and actions but does not remove the need for management to manage the business and to take decisions. Materiality is an aid to management and not a substitute for it.
Simply carrying out the materiality scan will lead to an improved understanding of the stakeholder perceptions and taking these into account in decision making will inevitably lead to improved stakeholder relations.
Review:
Dr. Robin Kent is the author of ‘Sustainability Management in Plastics Processing’, published by the British Plastics Federation and Managing Director of Tangram Technology Ltd. (www.tangram.co.uk), consulting engineers for energy and sustainability management in plastics processing.
Also read:
Mechatronics technology (MT) and improved machine learning (ML) algorithms improve rubber and plastic manufacturing temperature…
Researchers at ANTEC® 2025 showed that foamed multilayer blown films can achieve densities compatible with…
Numerical simulations enhance the reliability and efficiency of epoxy potting processes in electronics.
Automotive plastics pose one of today’s biggest recycling challenges and hold the key to tomorrow’s…
A data-driven approach can promote adaptability by predicting market demand and recycling rate uncertainty.
ANTEC® 2025 research reveals critical insights about when and why carbon fiber reinforcement succeeds or…