ISO 20121:2024 sustainable events in life sciences
What Minnac’s ISO 20121:2024 certification really means
Sustainability claims in life sciences are facing closer scrutiny than ever. Healthcare is responsible for an estimated 4–5% of global greenhouse gas emissions, and pharmaceutical companies are under pressure to demonstrate measurable progress towards net zero.
Events form part of that responsibility. Conferences, exhibition stands, commercial kick-off tours, user group meetings, advisory boards and investor meetings place corporate commitments in front of scientists, researchers, regulators and investors.
That visibility increases expectations and environmental claims made in this setting must withstand examination. Sustainability at events must be planned, measured and documented in the same way as other operational risks.
Minnac has been recertified to ISO 20121:2024, the updated international standard for sustainable event management systems. We were originally accredited under the 2012 version and have now transitioned to the 2024 framework following a full audit of our processes and delivery practices.
For organisations delivering sustainable events in life sciences, ISO 20121:2024 certification provides documented systems, defined accountability and continuous improvement.
What is ISO 20121:2024?
ISO 20121:2024 is the revised international standard for sustainable event management systems. It replaces the 2012 version and strengthens requirements around leadership, risk assessment and climate considerations.
The standard requires organisations to identify environmental and social impacts, set measurable objectives, define responsibilities and demonstrate continuous improvement. It is built around documented processes and verified evidence.
For life sciences events, this level of structure is important. Scientific and pharmaceutical audiences expect substantiated claims and documented practice.
Why sustainable events matter in life sciences
The Life sciences sector is working to reduce emissions across manufacturing, research and supply chains. Within that broader effort, event delivery represents one area where operational changes can be implemented directly and assessed consistently.
- Planning decisions influence:
- Travel and freight emissions
- Temporary build materials and waste
- Energy use on site
- Food production and disposal
- Printed materials and promotional items
Managing these factors systematically is central to delivering ISO 20121:2024 sustainable events in life sciences.
What Minnac’s ISO 20121:2024 recertification means for your events
Recertification involved a full-day audit of our policies, supplier management, sourcing decisions and delivery documentation. Assessors reviewed how sustainability is built into project planning and how performance is tracked over time.
For our life sciences clients, that structure shapes how events are planned and delivered. For example, here are just a few of the sustainability measures we put on place:
Sustainability is addressed at the planning stage
Environmental impact is considered from the outset. Supplier credentials are reviewed, material specifications are challenged, build approaches are assessed for reuse and modular design. These early decisions carry most of the environmental impact.
Catering and procurement are managed carefully
Procurement is structured to limit unnecessary travel and resource use. Catering taste testing, for example, is restricted to two finalists. Standards remain high without repeated site visits or excess sample production. Where feasible, local sourcing is prioritised and waste handling arrangements are agreed before delivery.
Print and digital materials are balanced deliberately
Event apps replace printed programmes and delegate packs where appropriate. When print is required, quantities are controlled and formats are specified carefully. Materials are produced to fulfil a clear requirement.
Merchandise is selected with restraint
Reusable items are chosen over single-use products. Distribution is controlled, and delegates are encouraged to take items only if they will use them. This results in lower production volumes, reducing waste and material use.
Temporary builds are designed for reuse
Structures and graphics are specified with lifecycle in mind. Modular systems allow elements to be redeployed across multiple events. Over time, this reduces disposal and improves material efficiency.
Sustainable event management systems require evidence
ISO 20121:2024 certification requires documented responsibilities, measurable objectives and ongoing review. Sustainability performance is recorded, evaluated and used to inform future delivery.
For life sciences organisations with ESG reporting obligations, working with an ISO 20121:2024 certified sustainable events partner strengthens supply chain oversight and risk management.
Delivering ISO 20121:2024 sustainable events in life sciences
For organisations planning Commercial Kick-Off series, User Group Meetings, Conference and Exhibition attendance, sustainability is increasingly examined as part of due diligence. Event delivery is no longer assessed solely on logistics and production quality. Environmental management forms part of the evaluation.
Questions focus on governance. Is sustainability managed through a recognised standard such as ISO 20121:2024? Are supplier credentials reviewed formally? Is material reuse designed into builds? Is performance recorded and reviewed?
ISO 20121:2024 sustainable events in life sciences rely on structured systems rather than informal practice. Defined accountability, documented processes and measurable improvement provide the consistency required in a sector where claims are scrutinised.
Our recertification reflects the work of the team who have embedded these standards into daily practice. That structure benefits our clients by strengthening governance, reducing environmental impact and supporting credible reporting. In a sector under pressure to demonstrate measurable progress, disciplined event delivery contributes to wider environmental responsibility.