Director of Environmental, Health & Safety (EHS)

Role Overview
M2X Energy is seeking an experienced Director of Environmental, Health & Safety (EHS) to lead the development, implementation, and continuous improvement of the company's corporate EHS management systems.
M2X develops and operates modular technology that converts landfill gas and other methane-rich feedstocks into methanol. As the company expands its operations across multiple states, the EHS Director will establish scalable safety and environmental programs supporting site development, equipment installation, commissioning, chemical processing, methanol storage, and distribution.
The successful candidate will possess a strong background in chemical processing, industrial safety, environmental permitting, process safety management, and regulatory compliance.
This position requires a hands-on leader capable of establishing corporate standards while maintaining practical oversight of geographically dispersed operations.
Key Responsibilities
Corporate EHS Leadership & Management Systems
Develop, implement, and maintain a comprehensive corporate EHS management system.
Establish standardized EHS policies, procedures, operating requirements, and performance metrics.
Lead corporate EHS strategy and continuous improvement initiatives.
Establish site-level accountability for regulatory compliance and safe operations.
Develop and maintain corporate EHS risk registers and corrective action programs.
Support management reviews, internal audits, and executive-level EHS reporting.
Integrate EHS processes with operations, engineering, maintenance, and site development.
Regulatory Compliance & Environmental Management
Ensure compliance with applicable OSHA, EPA, DOT, state, and local regulatory requirements.
Oversee environmental permits and compliance obligations associated with air emissions, stormwater, wastewater, and chemical storage.
Support permitting and regulatory coordination for new facility installations and site modifications.
Manage hazardous waste identification, generator classifications, accumulation requirements,