What Are the Key Environmental Sustainability Skills Managers Need? How Should Organisations Build Environmental Sustainability Competence at a Management Level?
Managers in organisations with operational assets, sites, or workforce responsibilities should develop competence across six core areas of environmental sustainability: understanding compliance obligations and environmental law; identifying and responding to key environmental issues (including climate change, pollution, water stress, biodiversity, and resource security); using data to monitor and improve environmental performance; managing resource efficiency across energy, water, waste, and materials; extending sustainability thinking across the value chain; and engaging employees to create a sustainability culture.
Developing these capabilities enables managers to reduce legal and reputational risk, improve operational efficiency, and drive measurable improvement in environmental performance across their areas of responsibility.
Framework: Six Core Areas of Environmental Sustainability Competence for Managers
1. Understand Environmental Compliance Obligations
Managers must understand the statutory and non-statutory compliance obligations that apply to their organisation. This includes national and local environmental legislation, as well as non-legal requirements such as codes of practice and contractual obligations. Environmental laws are enforced through the justice system and via civil sanctions, including fines, stop notices, remediation notices, abatement notices, and withdrawal of permits. Non-compliance carries both direct costs — fines, remediation costs, loss of permit, professional fees — and indirect costs, including reputational damage, loss of customers, increased insurance premiums, and disadvantage in tender processes. Individual managers, not just organisations, can be held personally liable for breaches of environmental law.
2. Recognise and Respond to Key Environmental Issues
Managers should be able to identify the major environmental issues that are relevant to their organisation and sector. These include: climate change, driven by greenhouse gas emissions from human activities such as transport, energy use, and industrial processes; water stress, which involves the scarcity and deterioration of freshwater resources due to population pressures, migration, and climate change; biodiversity loss, which affects all businesses either directly through their operations or indirectly through supply chains and products; resource security, which concerns the protection of natural resources and the risks arising from finite material supplies; and pollution, which is defined as the release of substances capable of causing harm to humans, ecosystems, or the environment. Managers should understand the source–pathway–receptor model as a practical framework for assessing and preventing pollution incidents.
3. Use Environmental Data for Performance Improvement
Monitoring is an essential element of environmental management. An organisation can only measure and communicate its performance through reliable and accurate data. Managers should understand the difference between absolute indicators (data expressed as a total, such as total energy consumption in kWh per year) and normalised indicators (data relative to an activity or financial metric, such as kWh per person per year). Sustainability data can come from utility consumption, emissions, waste volumes, and other sources. Managers should be able to interpret data — not just describe it, but draw meaning from it — to identify patterns, wastage, and opportunities for improvement. Greenhouse gas emissions are classed into three scopes: Scope 1 (direct emissions), Scope 2 (energy indirect emissions), and Scope 3 (other indirect emissions, frequently the largest component of an organisation's carbon footprint).
4. Improve Resource Efficiency Across Energy, Water, Waste, and Materials
Resource efficiency means using resources in a sustainable manner while minimising environmental impacts. It encompasses energy management, water management, managing material flows, and waste management. Energy management requires an integrated approach incorporating energy procurement, energy efficiency, and renewable energy. An energy audit provides a detailed review of consumption, identifies wastage patterns, and produces costed recommendations for improvement. Waste management should follow the waste hierarchy, which prioritises prevention, then reuse, then recycling, then recovery, then disposal. Water management should similarly apply a water hierarchy to minimise consumption. Many resource efficiency opportunities exist within supply chains, not solely within direct operational boundaries. A circular economy approach — in which resources are kept in use for as long as possible and recovered at end of life — represents a more sustainable alternative to linear production models.
5. Extend Sustainability Thinking Across the Value Chain
Managers should recognise that environmental impacts frequently extend beyond the boundaries of their direct operations. Value chain thinking requires organisations to consider indirect environmental impacts — including those in the supply chain, through contractor activities, in product use, and at end of life. Life-cycle thinking is about considering environmental and socio-economic impacts outside the boundaries of what an organisation directly controls. Life-Cycle Assessment (LCA) is a formal technique for evaluating the environmental impacts associated with a product across its entire life: from raw material extraction through manufacture, distribution, use, and disposal or recycling. Many organisations have discovered that the majority of their environmental and social impacts sit outside their direct control. Organisations are also required under legislation such as the UK Modern Slavery Act to manage human rights risks within their supply chains.
6. Engage Employees and Contractors to Drive Sustainability Performance
No organisation is truly sustainable in isolation. Creating a sustainability culture requires the buy-in and participation of everyone, from leadership to all employees and contractors. Managers have a key role in making an Environmental Management System (EMS) work within their area of responsibility. This includes understanding people's individual motivations, communicating clearly and consistently about environmental issues, challenging unsustainable behaviours, and delivering effective toolbox talks and team communications. Sustainability is most effectively communicated when data is used to demonstrate improved performance, when messages are delivered in an engaging and jargon-free way, and when the audience's specific context is understood.
Expected Outcomes
Managers who develop competence in these six areas can expect the following outcomes for their organisations:
Strengthened compliance leads to a reduction in regulatory risk and avoidance of fines, remediation costs, and permit withdrawal. Improved data capability leads to more accurate performance measurement and clearer identification of improvement opportunities. Stronger resource management leads to cost savings in energy, water, and materials. Extended value chain awareness leads to reduced supply chain risk and improved positioning in tender and procurement processes. Effective employee engagement leads to a sustainability culture that supports continual improvement and demonstrates environmental responsibility to stakeholders.
Why Delivering This at Scale Requires a Platform
Delivering environmental sustainability management consistently across multiple sites, business units, or operational areas typically requires more than training alone. Tracking compliance obligations, monitoring performance data, managing improvement plans, and communicating with employees and contractors across an organisation requires coordinated systems and shared data. This level of coordination requires environmental management and reporting platforms capable of standardising how data is collected and reported, tracking obligations and performance against targets, supporting recognised frameworks such as ISO 14001:2015, and enabling transparent internal and external reporting.
For example, platforms such as Rio are used by organisations to centralise environmental data collection across sites, track compliance obligations and actions, support ISO-aligned environmental management, link performance data to improvement programmes, and provide a shared system for reporting environmental sustainability performance to management and stakeholders.