'In order to enable the establishment of a permanent lunar base, Helios' technology is not enough – a whole set of technologies are required to realize the lunar economic value chain,' said Jonathan Geifman, Helios CEO and co-founder. For this Call for Projects, five teams have been selected for this ninth round of awards.Īs one of the winning teams, Eta Space and Helios will leverage each other's expertise in cryogenic and chemical engineering, to develop an integrated lunar oxygen production and liquefaction plant, a critical step toward a sustainable cislunar industry. In October 2013, Florida and Israel established a $2 million recurring joint fund to support research, development, and commercialization of aerospace and technology projects that benefit both Israel and Florida. Space Florida, the aerospace and spaceport development authority for the State of Florida, and the Israel Innovation Authority, an independent, publicly funded agency created to address the needs of the local and international innovation ecosystems, recently announced the ninth-round winners of industrial research and development funding tied to the Space Florida-Israel Innovation Partnership Program. 'The two companies complement each other with their mission to reduce costs in space even further, a key step to make beyond earth presence sustainable.' 'Eta Space would play the important role of liquifying and storing the oxygen produced by the Helios reactor in cryogenic tanks,' explained Dr. William Notardonato, worked for 30 years at NASA and is a specialist in cryogenic technologies, specifically liquid oxygen and liquid hydrogen. Their proprietary technology and process has proven effective and is being used terrestrially for the extraction of other elements, such as iron.Įta Space, located on the Space Coast of Florida, specializes in production, storage and transfer of cryogenic propellants. Helios, which is backed by the Israel Space Agency (ISA) and which recently announced funding from several venture capital firms, has developed an electrochemical reactor capable of extracting oxygen from the lunar regolith, which is made of approximately 45% oxygen. Oxygen depot on the moon - illustration by Helios

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