Projects
EFEIA’s projects focus on reducing electromagnetic pollution, protecting health, and promoting environmental balance. From supporting EHS awareness to safeguarding bees and assessing EMF risks, each initiative drives research-based solutions for a healthier future.
EHS Global Census
The EHS Global Census is a worldwide initiative to identify and support individuals affected by Electrohypersensitivity (EHS). By gathering data through tools like the 25 Common EHS Symptoms Test, the project seeks to understand EHS prevalence, health impacts, and geographic and demographic trends. This initiative provides essential insights to inform public policies, support scientific research, and advocate for recognition and accommodations for those with EHS.
Apiary Protection Project
The Apiary Protection Project is dedicated to safeguarding bee populations and their habitats from the harmful effects of electromagnetic fields (EMFs). Since bees are crucial for pollination and ecological balance, this initiative promotes electromagnetically hygienic apiaries to reduce EMF exposure and protect bee colonies. Through collaboration with beekeepers, scientists, and environmental advocates, EFEIA supports biodiversity and ensures the long-term health of these vital pollinators.
Continuous Education About Youth Exposure
This initiative raises awareness about the combined risks of EMF exposure, excessive screen time, artificial light, and electronic device use among children and young people. As a particularly vulnerable group, youth face unique challenges. Through targeted educational programs, workshops, and resources, EFEIA empowers schools, parents, and communities to adopt electromagnetically hygienic and balanced practices. The project promotes practical solutions to reduce overexposure to electronics and screens while encouraging healthier habits in classrooms, homes, and recreational spaces for safer youth development.
Electromagnetic Risk Assessment Project
The Electromagnetic Risk Assessment Project is EFEIA’s ongoing effort to assess and analyze the latest scientific studies on electromagnetic fields (EMFs) and their impact on human health and the environment. By consolidating credible, evidence-based research, this project provides reliable insights into EMF risks and supports informed decision-making. The review serves as a foundation for advocacy, education, and the development of electromagnetically hygienic standards and solutions.
Automotive Research Project
The Automotive Research Project examines electromagnetic fields (EMFs) generated by modern vehicles, including electric and hybrid cars. By identifying EMF sources within automotive systems and assessing their impact on health, the project raises awareness about in-vehicle EMF exposure. It also works to promote electromagnetically hygienic vehicle designs, ensuring safer transportation options for drivers, passengers, and the environment.