Modifications by SRI enhance function and durability of affordable purification material.
SRI's process produces pure hydrogen while capturing carbon dioxide and acid gases.
DIGS engages students in looking at real data about climate change to differentiate between possible greenhouse gas and urban heat island impacts.
DIGERS provided teachers with adaptable curricular exemplars about environmental restoration.
SRI provides user-friendly access to key types of Earth system data relevant to the study of climate, as well as background resources.
SRI’s hollow fiber membrane separates hydrogen from carbon dioxide at high temperatures and improves the economics of carbon capture from IGCC plants.
SRI is developing a new class of sorbents that can enable an efficient and cost-effective process for recovery of lithium from geothermal brines. The availability of additional revenue from lithium recovery and sales can expand the number of economically viable, green geothermal plants, with the...
SRI’s mixed salt process uses known solvents in a new way to dramatically improve the economics of carbon capture.
SRI developed a national strategy for Saudi Arabia's long-term science and technology plan.
SRI is developing the next generation of online learning tools to meet the needs of a changing workforce.
SRI is developing a system to manage a person's heating and cooling individually, saving energy by not overheating or overcooling areas within a building where the person is not present.
STATIC can harvest over two-thirds of the cold sky cooling power through direct radiative cooling of objects in full sun.
STORE uses Google Earth to help students investigate projected climate changes in their own areas.