How the BRICS Summit Could Shape Occupational and Environmental Health and Safety

BRICS cooperation could shape worker protection, industrial safety and environmental health across emerging economies.

• By Bernard L. Fontaine Jr.
• Sep 29, 2026

The rise of Brazil, Russia, India, China, and South Africa (BRICS) as a forum for cooperation among major emerging economies has important implications for occupational and environmental health and safety (OEHS). Its significance extends beyond diplomacy. BRICS cooperation can shape infrastructure investment, industrial development, energy systems, environmental governance, supply chains, and worker protection.

The 2026 BRICS Leaders' Summit in New Delhi, India, was held September 12–13 and brought together an expanded group of emerging and developing economies amid geopolitical tension, climate change, supply-chain disruption, and rapid industrial transformation. The participation of Chinese President Xi Jinping, Russian President Vladimir Putin, and Indian Prime Minister Narendra Modi highlights the importance of cooperation among major economic and industrial powers. The summit provided a timely opportunity to examine the socioeconomic relationship between geopolitical realignment and OEHS.

This conceptual policy paper develops a framework for understanding how BRICS cooperation could influence global industrial hygiene, occupational safety, environmental protection, chemical safety, climate resilience, and sustainable productivity. Drawing on international OEHS literature, we examined each of the five strategic dimensions: (1) worker health and industrial hygiene; (2) environmental protection and climate resilience; (3) safe industrialization and infrastructure; (4) occupational health capacity building; and (5) sustainable economic performance. We present several hypothetical case studies, based on a proposed BRICS OEHS Cooperation Index (BOCI), a comparative table, a conceptual causal model, and recommendations for international OEHS professionals.

These developments create meaningful opportunities for OEHS professionals to contribute to socioeconomic prosperity while fulfilling their country responsibilities to protect workers and communities, inspiring proactive engagement.

The BRICS cooperation mechanism represents one of the most significant institutional developments in this changing global order. The BRICS group took its current name in 2011. Its subsequent expansion has brought additional countries from Africa, Asia, the Middle East, and other regions into a broader platform for economic and political cooperation. The 2026 New Delhi summit is especially relevant to OEHS because its agenda includes sustainability, climate action, energy, health, infrastructure, and industrial development.

The summit's significance extends beyond its formal declarations. BRICS is a forum where countries with large populations, industrial bases, energy systems, and development needs can coordinate on socioeconomic and global governance issues. It also provides a setting to incorporate OEHS protection into broader development strategies.

Table 1. BRICS-Related Developments and Potential OEHS Relevance

The BRICS countries have distinct socioeconomic and geopolitical characteristics. In India, OEHS priorities include construction safety, manufacturing exposures, air pollution, informal employment, chemical safety, and occupational health capacity. China's OEHS priorities include industrial chemical exposures, occupational disease prevention, automation, mining, construction, and the environmental impacts of production. In Russia, OEHS priorities include occupational exposures in extractive and heavy industries, industrial emergencies, aging infrastructure, cold environments, and environmental contamination. Relevant foundations include:

• ILO occupational safety and health conventions and recommendations.
• WHO occupational health guidance.
• NIOSH industrial hygiene principles.
• ACGIH exposure assessment and occupational hygiene resources.
• ISO management system standards.
• National occupational health and environmental regulations.

The economic value of OEHS should not be understood as a guarantee of a fixed percentage increase in profit. Outcomes vary by industry, baseline conditions, investment quality, workforce characteristics, and implementation effectiveness. The hypothetical case studies are illustrative scenarios developed to demonstrate how BRICS cooperation could influence OEHS practice. They are not documented BRICS projects or actual company investigations.

In this first case study, a hypothetical infrastructure contractor in India performs large-scale concrete cutting, drilling, and demolition. Workers use powered equipment in partially enclosed environments. Visible dust is generated during dry cutting. Potential hazards include respirable crystalline silica, noise, hand-arm vibration, musculoskeletal stress, heat exposure, and falls and struck-by hazards. A BRICS-supported construction OEHS program could provide standardized, task-based exposure assessment; wet-cutting and local exhaust controls; respiratory protection programs; worker training and medical surveillance; independent exposure monitoring; and contractor performance reporting.

In another hypothetical BRICS-linked industrial case study, batteries and associated components for electric vehicles and energy storage are manufactured. Potential hazards include metals, solvents, fine particles, thermal hazards, ergonomic hazards, and waste. Solutions include OEHS cooperation and joint chemical risk-assessment protocols, shared industrial hygiene training, common exposure-monitoring methods, safer chemical-substitution research, battery-waste and recycling controls, and worker participation in process safety. Expected outcomes include a more sustainable energy transition in which reduced carbon emissions are not achieved at the expense of worker health.

A hypothetical mining case study in a BRICS member country involves extracting and processing mineral resources. Workers are exposed to toxic dust, noise, diesel exhaust, and metals. Nearby communities depend on local groundwater. A joint OEHS and environmental monitoring program could integrate personal exposure monitoring, area air monitoring, soil and groundwater sampling, worker health surveillance, environmental impact assessment, community communication, and corrective action tracking. The expected outcome would be improved identification of worker and community exposure pathways, more effective engineering controls, and better environmental stewardship.

In the last case study, a hypothetical BRICS technology initiative expands data centers and AI-related infrastructure. This work requires high-density computing, cooling systems, electrical distribution, and construction activities. Potential OEHS hazards include electrical hazards; noise from cooling and mechanical systems; heat exposure during maintenance; diesel exhaust from backup generators; battery and chemical exposures; ergonomic and psychosocial risks; and construction and confined-space hazards. The expected outcome is a safer digital economy that treats AI infrastructure as an industrial workplace requiring comprehensive OEHS management.

BRICS cooperation could strengthen OEHS in several ways. First, the scale of the participating economies creates opportunities for knowledge exchange, research, training, and common technical approaches. Second, industrial investment can incorporate OEHS requirements from the start, rather than trying to correct hazardous conditions after facilities are built. Third, collaboration could improve access to occupational health services and professional expertise in underserved regions. Fourth, environmental and climate cooperation can help integrate worker protection into sustainable development. Fifth, the expansion of BRICS creates opportunities for broader Global South participation in OEHS policy development.

The 2026 BRICS Summit in New Delhi demonstrated the growing importance of cooperation among major emerging and developing economies. The participation of India, China, Russia, and other BRICS members reflects a broader transformation in global socioeconomic and geopolitical governance. For OEHS, this transformation presents both an opportunity and a responsibility to workers, communities, and the environment. The opportunity is to integrate OEHS into industrial development, infrastructure, energy transition, climate resilience, and sustainable economic performance. The responsibility is clear: ensure that economic growth does not reproduce hazardous working conditions, environmental contamination, or preventable occupational disease. The proposed BRICS OEHS Cooperation Index provides a conceptual structure for measuring progress across stakeholder engagement, empirical research, and transparent validation, which should guide its development.

For all OEHS professionals working in this space, this is a unique opportunity to expand the role of industrial hygiene and occupational safety from compliance and hazard control to strategic leadership in sustainable productivity, resilience, and prosperity.