Climate Resilient Infrastructure
Over the next several decades, natural events, from hurricanes to wildfires, are expected to disproportionately impact many low- and middle-income countries throughout the globe. Earthquake-prone areas also require consideration and planning. As a result, there is an increasing need for climate resilient infrastructure that responds to and withstand strong storm systems, flooding, power outages, and other weather-related challenges.
Responsive and Innovative Solutions
BHI’s team of architects, designers, engineers, and global health experts work to develop healthcare solutions to meet the unique needs of each community and their environment context. Innovation and creativity are the primary drivers of sustainable practices within these settings and lead to greener solutions.
Clean and Cost-Effective
Renewable Energy
Since the first project in Haiti, BHI has designed and implemented solar microgrid projects and high-quality battery efficiency storage systems that reduce dependency on unreliable electrical grids and often expensive diesel fuel.
Emergency Response
Disaster Preparedness
In areas with high seismic or wind activity, BHI designs facilities to respond to and withstand earthquakes or hurricanes, assuring that healthcare services remain accessible even after a natural event.
Infrastructure for Complex Settings
Environmentally-Responsive Design
From creative drainage systems that effectively re-route extensive water runoff to emphasis on natural ventilation and solar shading in some of the earth’s most heat-intensive areas, BHI projects are designed to respond to complex environmental challenges.
Supply Chain and Logistics
Innovative Material Sourcing
In addition to resourcing indigenous construction and building materials, BHI also repurposes in-kind contributions. Items such as biomedical equipment, construction materials, and furniture can equip projects throughout the globe, reducing waste and extending material shelf-life at the same time. Learn about supply chain and logistic operations.
"Amidst the challenges [with designing and building solar infrastructure], there is always something to learn when implementing these projects."
Jose Mataix
Electrical and Renewable Energy Systems Engineer