June 2026: Essential New Standards for Environmental Protection and Safety

Staying ahead of regulatory requirements is crucial in the rapidly evolving field of environmental protection and safety. The International Organization for Standardization (ISO) has released five pivotal standards in June 2026. Covering everything from human-centred system design and marine membrane technology to human vibration exposure and environmental claims, these updates set new benchmarks for best practices and compliance. Whether you're a compliance officer, engineer, procurement specialist, or quality manager, understanding these new standards ensures that your organization remains competitive, compliant, and committed to best practices in environmental safety.

Overview

Environmental protection and safety extend well beyond compliance—they are central to organizational reputation, sustainable operations, and innovation in product development. ISO standards in this field offer robust frameworks and tools to:

• Enhance employee and occupant well-being
• Ensure objective environmental claims and transparent product information
• Mitigate operational and reputational risks
• Improve product and process sustainability

This article details five new ISO standards published in June 2026, offering practical context, implementation guidance, and insights into their industry impacts. You'll discover:

• Key requirements and technical highlights
• Who should comply and why
• Strategic and operational implications
• Actionable recommendations for implementation

Detailed Standards Coverage

ISO 9241-222:2026 – Self-Assessment of Human-Centred Design Approach

Ergonomics of human-system interaction — Part 222: Self-assessment of human-centred design approach

This standard provides organizations with an accessible, structured self-assessment framework to evaluate their internal practices and maturity levels in applying human-centred design (HCD) to interactive systems (hardware and software). It serves as a critical entry point for organizations new to HCD, facilitating the identification of improvement areas in usability, accessibility, and employee/user satisfaction.

Organizations can use the survey tools and assessment matrices to:

• Evaluate alignment with HCD principles
• Benchmark against best practices from ISO 9241-200 series
• Support process improvement and conformance claims

Key requirements and features:

• Self-assessment surveys for both organizational and project levels
• Focus areas include business strategy integration, normal practice adoption, resource allocation, governance, and project management
• Guidance on using assessment matrices to visualize and report results
• Accessibility for organizations of various sizes/maturity levels

Who needs to comply: Stakeholders involved in the design, management, and evaluation of interactive systems—including managers, UX professionals, and engineers—benefit from aligning with this standard. SMEs and large enterprises alike will find this entry-level HCD assessment valuable.

Practical implications: Implementing ISO 9241-222:2026 drives continuous improvement in ergonomics and usability, enhancing product/service quality and user satisfaction. Although not a substitute for more detailed assessments (covered by later ISO standards), it sets a robust foundation and helps organizations progress toward full HCD maturity.

Key highlights:

• Includes practical self-assessment tools and matrices
• Facilitates gap analysis and improvement planning
• Supports both standalone evaluation and integration with broader ISO 9241 efforts

Access the full standard:View ISO 9241-222:2026 on iTeh Standards

ISO 25175:2026 – Test Methods for RO and NF Membrane Elements

Marine technology — Standard test methods for performance of reverse osmosis (RO) and nanofiltration (NF) membrane elements

This comprehensive standard addresses the need for consistent, fair, and repeatable test methods for evaluating the air tightness and filtration performance of RO and NF membranes widely used in water treatment and seawater desalination.

Scope and requirements:

• Defines test protocols for membrane element tightness and separation efficiency (permeation and salt rejection)
• Specifies apparatus requirements, including vacuum decay testing (VDT)
• Covers various membrane types: seawater RO, brackish water RO, low-pressure RO, and nanofiltration, with details for spiral wound and hollow fibre configurations
• Includes standardized test procedures, calculation methods (water production rates, salt rejection averages), and documentation requirements

Who should comply: Marine technology suppliers, water treatment facility operators, membrane manufacturers, and R&D laboratories benefit directly. This standard is especially valuable for technical evaluators and procurement professionals who need reliable, comparable performance data.

Implementation insights: Instituting these test methods improves quality control, product comparison, and buyer confidence—while reducing risks associated with varied or outdated testing practices.

Key highlights:

• Introduces unified testing for air tightness and filtration performance
• Facilitates reliable product comparison and procurement
• Enhances technical communication between suppliers and buyers

Access the full standard:View ISO 25175:2026 on iTeh Standards

ISO 2631-2:2026 – Evaluation of Human Exposure to Whole-Body Vibration in Buildings

Mechanical vibration and shock — Evaluation of human exposure to whole-body vibration — Part 2: Vibration in buildings (1 Hz to 80 Hz)

This third edition offers a science-based methodology for evaluating whole-body vibration exposure and its impacts on comfort and annoyance among building occupants. The scope includes continuous, intermittent, and isolated vibration events (such as those from rail, traffic, construction, or blasting sources).

Requirements and features:

• Provides guidance on measurement directions (all three axes) and locations
• Specifies frequency weighting and vibration evaluation metrics for comfort and annoyance assessments
• Offers methodologies for using exposure-response curves (Annex C) based on latest research data
• Addresses both field measurements and simulation methods for new or inaccessible buildings

Target audience: Professionals in facility and building management, construction project evaluators, acoustics and vibration analysts, and regulatory authorities will find prescriptive tools and assessment guidelines here. The standard is indispensable for safety and compliance managers, especially when planning new infrastructure near vibration sources.

Implementation notes: Adhering to ISO 2631-2 reduces the risk of occupant complaints, optimizes building design for comfort, and supports compliance with national and regional guidelines. It complements standards focused on structural damage and broader health impacts (outside the scope of this document).

Key highlights:

• Practical exposure-response curves for comfort/annoyance estimation
• Standardized vibration measurement and reporting protocols
• Applicability throughout a building's design and operational stages

Access the full standard:View ISO 2631-2:2026 on iTeh Standards

ISO 14021:2026 – Self-Declared Environmental Claims

Environmental statements and programmes for products — Self-declared environmental claims

As environmental marketing and sustainability reporting proliferate, ISO 14021:2026 steps forward to ensure that self-declared environmental claims (such as “biodegradable”, “recyclable”, or “eco-friendly”) are clear, verifiable, and non-misleading.

Scope and requirements:

• Specifies requirements for wording, substantiation, and documentation of self-declared environmental claims
• Covers all forms of claims, including textual, symbolic, and graphic representations in product literature, packaging, and digital media
• Defines key terminology and provides detailed guidance for the use of common environmental assertions (e.g., recycled content, renewable energy, designed for disassembly)
• Outlines programme operator responsibilities, quantification methods, and data quality requirements

Who benefits: Manufacturers, marketers, sustainability managers, auditors, and product designers will benefit from clear rules for responsible self-declared claims. The standard is crucial for anyone making or evaluating environmental statements in advertising, procurement, or regulatory submissions.

Implementation impact: Following ISO 14021:2026 boosts marketplace trust, minimizes legal risks, and aligns with global expectations for transparency—helping companies navigate green marketing with credibility and integrity.

Key highlights:

• Restricts vague or non-specific claims
• Mandates supporting evidence and explanatory information
• Provides methods for assessing claims like “recycled content” or “free-of”

Access the full standard:View ISO 14021:2026 on iTeh Standards

ISO 14025:2026 – Environmental Product Declarations (EPDs)

Environmental statements and programmes for products — Environmental product declarations (EPDs)

ISO 14025:2026 sets forth the principles and detailed requirements for Environmental Product Declaration (EPD) programmes—a cornerstone of product transparency and life cycle-based environmental management.

Scope and requirements:

• Specifies how to develop, verify, and publish EPDs and manage EPD programmes
• Mandates the use of ISO 14040 and ISO 14044 for life cycle assessment (LCA)
• Requires quantifiable, verified data over the product life cycle, grounded in transparent methodology
• Details content, reporting formats, revision procedures, and third-party verification processes
• Encourages additional sustainability reporting (social, economic) beyond core environmental impact data

Target audience: Organizations developing, certifying, or relying on EPDs—especially manufacturers in construction, consumer goods, and B2B supply chains—will benefit. EPD programme operators and procurement teams sourcing sustainable products rely on these clear, comparable declarations.

Implementation implications: Adhering to ISO 14025:2026 fosters international acceptance, supports customer and stakeholder trust, and fulfills contractual/compliance requirements for verified environmental data in product labeling.

Key highlights:

• Ensures robust, verified life cycle environmental data
• Integrates smoothly with global EPD and LCA frameworks
• Enhances comparability and transparency for stakeholders

Access the full standard:View ISO 14025:2026 on iTeh Standards

Industry Impact & Compliance

The 2026 updates in environmental protection and safety standards drive best practices and competitive advantage. Here’s how they affect businesses:

• Risk reduction: Clear guidance and harmonized protocols lower risks associated with non-compliance, faulty claims, or employee discomfort.
• Reputation and trust: Verified environmental claims (ISO 14021, ISO 14025) and high standards for worker and occupant safety (ISO 9241-222, ISO 2631-2) help organizations build and maintain customer trust.
• Global competitiveness: Standardized test methods and EPDs support smoother market access, especially where procurement decisions hinge on verified, transparent disclosures.
• Operational improvement: Self-assessment and analytics tools streamline quality improvement cycles in design processes and water treatment.

Compliance considerations: Organizations must review existing processes, labels, and reporting protocols to ensure alignment with new requirements. Timelines for transitioning to these standards depend on jurisdictional adoption and industry-specific guidance, but immediate action is recommended to stay ahead of the curve.

Benefits of adoption:

• Improved operational efficiency and product quality
• Mitigated regulatory, legal, and reputational risks
• Enhanced marketability through credible environmental performance claims

Risks of non-compliance:

• Fines and legal challenges for misleading claims or inadequate reporting
• Loss of customer and partner trust
• Increased operational costs due to inefficient or outdated practices

Technical Insights

Several technical themes emerge across these standards:

Common Requirements

• Comprehensive documentation: Each standard insists on detailed record-keeping, traceability, and transparency
• Objective measurement and verification: Whether air tightness in marine membranes, vibration magnitudes in buildings, or LCA data in EPDs, objective, repeatable methods are central
• Stakeholder involvement: From project staff in HCD self-assessment to interested parties in environmental statement programmes, engagement and communication are crucial

Best Practices for Implementation

1. Assess current procedures against relevant ISO requirements, using self-assessment tools or gap analyses where available.
2. Train relevant teams—from product designers and marketing teams to HSE managers—on standard requirements and implementation processes.
3. Document all aspects of compliance—test results, claims substantiation, user feedback, LCA studies, etc.—to support audits and external reviews.
4. Engage third-party experts for verification where needed (e.g., for EPDs or formal HCD process assessments).
5. Integrate new standards into procurement specifications and supplier management systems.

Testing and Certification Considerations

• Regular performance testing: Use the defined apparatus and procedures for technical product assessments
• External verification: For EPD programmes and potentially for in-depth HCD maturity assessments
• Continuous review: Keep abreast of further parts/releases in the standard series for updates or clarifications

Conclusion and Next Steps

With the publication of these new ISO standards, organizations committed to environmental protection, product safety, and transparent reporting are equipped with actionable tools and frameworks. Taking prompt action to adopt and implement these updates will:

• Ensure compliance and future-proof your operations
• Enhance your product and process quality
• Strengthen stakeholder and market trust

Recommendations:

• Review and update internal processes, labels, and documentation to align with the revised standards
• Engage with relevant teams for awareness-building and training
• Leverage iTeh Standards (https://standards.iteh.ai) for access to full documents, updates, and additional guidance
• Monitor for future articles in this series, covering the remaining standards for June 2026 and beyond

Stay informed and explore more at iTeh Standards.