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Fastel Adhesives is a San Clemente, CA-based company in the Manufacturing sector.
9 million USD for Masten to build and launch a lander called XL-1 to take NASA and other customer payloads to the south pole of the Moon.
The New Terminal One (NTO) will reimagine the international passenger experience at John F. Kennedy International Airport while creating opportunities for local, minority and women-owned business enterprises (MWBE) and service-disabled veteran-owned businesses (SDVOB). NTO will serve as a global gateway to the New York metropolitan area and set a new standard for world-class design and service, aspiring to be among the top ten airport terminals in the world. NTO will be a 23-gate, state-of-the-art terminal. Sustainably designed and future focused, the terminal will feature expansive, naturally lit, public spaces, cutting edge technology, and an array of amenities, all designed to enhance the customer experience and compete with some of the highest-rated airport terminals in the world. With more than 300,000 square feet of dining, retail, lounges, and recreational space, NTO will offer passengers a uniquely New York sense of place, with a Queens flavor.
4M Carbon Fiber Corp. ("4M"), a Knoxville, Tennessee-based carbon-fiber technology company holds the exclusive rights to commercialize atmospheric plasma oxidation for the production of carbon fiber that was co-developed with Oak Ridge National Laboratory and RMX Technologies. 4M completed a reverse merger in 2017 with Woodland Holdings Corp., an SEC reporting company ("Woodland" or the "Company") to position itself as a public entity. 4M became a wholly-owned subsidiary of Woodland, through which Woodland will conduct its business operations. The company expects to complete a Reg A+ filing and be trading in 2018. 4M recently determined that the best way to extract the economic and technical value from the technology is to build production lines using the technology and sell fiber. The technology has been proven to use 75% less energy, produce a high-quality fiber, and use 1/3 footprint for the same production capacity. These claims have been validated by multiple international carbon fiber producers. The company is in discussions with several of the world`s largest carbon fiber makers and a billion dollar per year international energy savings performance company to build five production lines in the next 5 years using the technology. The use of this technology is expected to reduce the cost of carbon fiber by 20%. The use of this technology is expected to reduce the cost of carbon fiber by a conservative 25%. “The process is so efficient that it can reduce the processing time from 80 to 120 minutes to 20 to 30 minutes and uses 75% less energy than conventional oxidation ovens. In addition, plasma oxidation ovens are one-third the length of thermal ovens with the same throughput, which could enable smaller production facilities. Because of these advantages, plasma oxidation has the potential of reducing the cost of manufacturing carbon fiber by approximately 30%,” according to a recent article published by the US Department of Energy.