July 2026: New Standards Enhance Safety and Environmental Protection

The July 2026 standards release introduces five significant updates in the Environmental Protection, Health, and Safety sectors. These newly published international standards address essential areas from industrial machine safety to societal resilience, cash desk safety, fire suppression systems, and substantiated environmental claims. With increasing regulatory complexity and rising expectations for organizational responsibility, these standards offer structured approaches to compliance, risk reduction, and sustainable operations.

Overview / Introduction

The field of Environmental Protection, Health, and Safety is pivotal for safeguarding people, protecting assets, and enabling sustainable growth across sectors. From workplace safety to ecological claims, standards set recognized benchmarks for performance, accountability, and continual improvement.

This article delves into five newly published standards from July 2026, each introducing updates that will shape compliance strategies and operational best practices. Readers—including industry professionals, compliance officers, engineers, quality managers, and procurement specialists—will gain a clear understanding of each standard, its requirements, and actionable implementation pathways.

Detailed Standards Coverage

FprEN IEC 62046:2026 - Application of Protective Equipment for Machinery Safety

Safety of machinery – Application of protective equipment to detect the presence of persons

The FprEN IEC 62046:2026 standard specifies the requirements, selection, and application guidelines for protective equipment designed to detect human presence around machinery. Its aim is to enhance operator safety, especially in environments with moving machinery.

• Scope: Covers types of safety protective equipment (SPE), such as electro-sensitive protective devices (ESPEs), active optoelectronic protective devices (AOPDs), vision-based detection, pressure-sensitive mats, and more.
• Key Requirements:
  • Selection and Suitability: Mandates risk assessment based on machine characteristics, hazard zones, and human body dimensions to choose appropriate SPEs.
  • Separation Distance: Specifies calculation methods to determine minimum safe distances depending on application.
  • Operational Functions: Details requirements for trip, presence sensing, fault detection, start/restart interlocks, muting, and external device monitoring.
  • Integration and Testing: SPEs must be integrated into machine control systems with regular functional testing, initial commissioning, and periodic inspections.
• Target Audiences: Machinery manufacturers, OEMs, plant operators, system integrators, and safety engineers.
• Practical Implications: Adoption ensures reduced risk of injury, aligns with the latest regulatory directives, and supports machine CE marking compliance across the EU.
• Changes from Previous Editions: This edition includes clarified procedures for calculating separation distances, more precise guidance on muting and interlocks, and expanded annexes on new detection technologies.

Key highlights:

• Comprehensive requirements for presence detection and safeguarding.
• Updated calculation models for safety distances.
• Enhanced integration with safety-control systems and advanced detection devices.

Access the full standard:View FprEN IEC 62046:2026 on iTeh Standards

ISO 22354:2026 - Societal Resilience Guidelines

Security and resilience — Societal resilience — Guidelines to develop local resilience capability

ISO 22354:2026 is a comprehensive guideline aimed at developing local resilience to disruptions caused by emergencies, disasters, or crises. The standard provides an eight-stage process for designing, implementing, and improving a local resilience capability tailored to the unique needs of the community.

• Scope: Applies a whole-of-society approach, addressing local partnerships, co-design principles, risk identification, asset mapping, and priority group support.
• Key Requirements:
  • Eight-Stage Process: Planning (vision, resources, strategy), designing (team setup, business case, module design), implementation (partnering, module management, benefit delivery), and continual improvement (feedback and evaluation).
  • Stakeholder Engagement: Emphasizes the creation and nurturing of partnerships with civil society, NGOs, business, and public sector.
  • Focus on Priority Groups: Guides identification and prioritization of groups most vulnerable to disruptions.
  • Evaluation: Sets expectations for ongoing system review and continuous improvement based on feedback.
• Target Audiences: Local government agencies, emergency planners, crisis management teams, non-profits, and community resilience groups.
• Practical Implications: Implements effective planning and response mechanisms, helps communities anticipate, respond to, and recover from disruptions swiftly, and fosters social cohesion.
• Notable Features: Integrates lessons from previous events, supports module-based customization, and aligns with the rest of the ISO 22300 series.

Key highlights:

• Clear, actionable eight-stage roadmap for building local resilience.
• Emphasizes stakeholder engagement, co-design, and priority focus.
• Supports iterative evaluation and continual improvement of resilience systems.

Access the full standard:View ISO 22354:2026 on iTeh Standards

prEN 18111 - Cash Desk Safety in Retail Environments

Cash desk – Safety

prEN 18111 specifies the safety and ergonomic requirements for the design of checkout furniture in retail self-service stores, regardless of store size. It applies to all cash desks with or without powered conveyor belts and addresses risks to both operators and the public.

• Scope: Covers mechanical and electrical safety, electromagnetic compatibility (EMC), ergonomics, hygiene (for food contact and cleaning), recyclability, fire safety, and noise.
• Key Requirements:
  • Design Specifications: Eliminates sharp edges, harmful substances, and promotes safe, ergonomic workspaces in line with EN ISO 14738.
  • Conveyor Belt Safety: Includes belt control, shielding, emergency stops, and regular functional checks.
  • Electrical Safety: Outlines compliant wiring, motor safety, and cable management, referencing EN 60204-1 and EN ISO 12100 for general principles.
  • Ergonomics: Specifies workspace heights, reach zones, seating provisions, and accessibility, reducing stress and fatigue for cashiers.
  • Daily Inspections & Maintenance: Details required safety checks and documentation protocols.
• Target Audiences: Retailers, store designers, facility managers, and cash desk manufacturers.
• Practical Implications: Enhances worker and customer safety, reduces workplace injuries, promotes better service flow, and aligns with evolving EU regulatory requirements.
• Additional Guidance: Includes annexes on accessibility and environmental aspects for inclusive, sustainable design.

Key highlights:

• Ergonomics-driven safety for operators and public.
• Comprehensive approach to mechanical, electrical, and fire risks.
• Hygiene and recyclability integrated for modern retail environments.

Access the full standard:View prEN 18111 on iTeh Standards

EN 12259-12:2023+A1:2026 - Pumps for Firefighting Systems

Fixed firefighting systems – Components for sprinkler and water spray systems – Part 12: Pumps

EN 12259-12:2023+A1:2026 specifies the performance and testing requirements for centrifugal pumps used in fixed firefighting systems, covering both sprinkler and water spray installations.

• Scope: Applies to single-stage and multi-stage centrifugal pumps—end suction, split case, inline, ring section, submersible, and vertical turbine types—regardless of orientation.
• Key Requirements:
  • Pump Performance: Establishes criteria for flows, heads, efficiency, and power consumption, tested per EN ISO 9906.
  • Material and Construction: Mandates robust material selection, casing strength, and minimum leakage rates in line with EN 809 and EN 12162.
  • Testing Protocols: Details assessment methods for flow, performance curves, minimum flow conditions, and hydrostatic integrity.
  • Marking & Documentation: Requires clear marking for traceability and manufacturer’s documentation covering installation and maintenance.
• Target Audiences: Fire protection engineers, facility managers, system designers/installers, and pump manufacturers.
• Practical Implications: Ensures pumps meet stringent reliability and safety standards for fire suppression, supporting life safety and regulatory compliance in high-risk environments such as industrial sites and commercial buildings.
• Revision Notes: This amendment updates testing methods, adds requirements for new pump types, and ensures alignment with latest EU regulations.

Key highlights:

• Applies to a broad range of firefighting pump types and orientations.
• Rigorous testing for flow, material durability, and system integration.
• Updated marking and documentation for traceability and safety audits.

Access the full standard:View EN 12259-12:2023+A1:2026 on iTeh Standards

EN ISO 14021:2026 - Self-Declared Environmental Claims for Products

Environmental statements and programmes for products – Self-declared environmental claims (ISO 14021:2026)

EN ISO 14021:2026 delivers principles, requirements, and guidance for organizations making self-declared environmental claims. It covers terminology, documentation, assessment, and communication of Type II environmental declarations (those made by manufacturers without third-party certification).

• Scope: Applies to any self-declared environmental claim—words, symbols, graphics—appearing on product labels, technical literature, advertising, or digital media.
• Key Requirements:
  • Clarity and Accuracy: Sets out core requirements for transparency, verifiability, and clarity, prohibiting vague or misleading claims (e.g., “eco-friendly”, “all-natural” without substantiation).
  • Specific Claim Guidance: Provides detailed qualifications and assessment methods for terms like “recycled content,” “biodegradable,” “renewable,” and “carbon neutral.”
  • Documentation: Mandates full records of data sources, calculation methodologies, and bases of claims for audit purposes.
  • Programme Requirements: Details how environmental claim programs should be managed, including interested party involvement, conformity assessments, and format.
• Target Audiences: Product manufacturers, brand owners, marketing teams, quality assurance professionals, and those responsible for sustainability reporting.
• Practical Implications: Supports credible communication on environmental performance, mitigates greenwashing risk, and meets consumer demand for responsible marketing. Compliance builds market trust and ensures alignment with regulators’ scrutiny of environmental claims.
• Notable Updates: Expanded terms and definitions, updated requirements for digital communications, and rigorous assessment protocols.

Key highlights:

• Clear rules for substantiating and documenting environmental claims.
• Aligns with evolving global regulations on sustainability and product labeling.
• Guidance applicable to physical and digital product communications.

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

Industry Impact & Compliance

The July 2026 standards bring sweeping changes across multiple touchpoints for organizations:

• Risk Management: Enhanced machinery and retail equipment safety standards aim to lower accident rates and foster safer workplace environments.
• Societal Resilience: By standardizing a multi-stage approach, local communities and organizations are empowered to anticipate, plan for, and recover from disruptions more effectively.
• Fire Safety: Updated requirements for firefighting system components ensure more reliable, traceable, and high-performance fire protection in critical environments.
• Environmental Claims: Rigorously defined communication standards will reduce consumer misinformation and support manufacturers’ environmental stewardship.

Compliance Considerations & Timelines:

• Most standards carry an implementation grace period; early adoption is encouraged to streamline procurement and minimize regulatory risk.
• Documentation, inspection, and ongoing evaluation processes are essential to meet compliance requirements and facilitate third-party certification where applicable.
• Risks of non-compliance include penalties, operational disruptions, brand reputation loss, and increased liability in the case of safety deficiencies or unsubstantiated environmental claims.

Benefits of Adoption:

• Demonstrable commitment to safety, resilience, and sustainability.
• Improved operational efficiency and risk minimization.
• Enhanced stakeholder trust and market positioning.

Technical Insights

Across these new standards, several technical themes prevail:

• Risk Assessment as a Foundation: Whether for machinery, public-facing furniture, or community systems, effective risk identification and assessment are cornerstones of compliance.
• Functional Verification and Maintenance: Regular testing, inspections, and documentation are mandatory for safety-critical equipment (e.g., protective devices, pumps, and cash desks).
• Stakeholder Involvement: Both in societal resilience and environmental claims, success relies on transparent communication and inclusiveness of relevant parties.
• Measurability and Data Integrity: For environmental claims and system performance, sound calculation methods, clear documentation, and data transparency are non-negotiable.
• Digital Integration: With environmental claims now scrutinized across physical and digital platforms, organizations must ensure digital communications meet the same substantiation standards as printed materials.

Implementation Best Practices:

1. Conduct a gap analysis to assess current compliance status versus new requirements.
2. Train staff and stakeholders on updated protocols.
3. Review and update documentation, especially for safety checks, resilience processes, and substantiation of environmental claims.
4. Engage in stakeholder consultation for societal resilience planning and transparent environmental messaging.
5. Schedule regular audits and management reviews.

Testing and Certification Considerations:

• For pumps, machinery safety devices, and fire systems, third-party certification may aid in regulatory approval and market access.
• Environmental and resilience programs benefit from formalized management review and internal/external audit frameworks.

Conclusion / Next Steps

As regulatory frameworks become more demanding and interconnected, the July 2026 standards for Environmental Protection, Health, and Safety represent both a challenge and an opportunity. By adopting these new requirements, organizations not only ensure legal compliance but also drive continuous improvement, stakeholder confidence, and operational excellence.

Key takeaways:

• Safety standards for machinery and workplace environments are more comprehensive and demanding.
• Societal resilience and credible environmental claims are now formalized with clear, repeatable processes.
• Fire protection systems and sustainability messaging are held to higher technical and documentation standards.

Recommendations:

• Begin your compliance journey early by accessing the full standards through iTeh Standards.
• Engage cross-functional teams to ensure thorough understanding and implementation.
• Stay up-to-date with ongoing revisions and sector trends to maintain a proactive compliance posture.

Explore these July 2026 standards in detail and reinforce your organization’s commitment to safety, resilience, and responsible environmental stewardship at iTeh Standards.