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Climate Tech Startups from the tariff to the recent reunion bill have jumped with rapidly changing landscapes. Brooklyn-based Startup Amogi has been able to avoid the turmoil of US politics by keeping its sights in a more committed foreign market.
Amonia-to-Power Tech and Asian Markets, including Japan, South Korea and Singapore, have helped to land a new $ 23 million fund. Round, which brings it to Most recent funds To $ 1 million, the company’s evaluation increased to $ 700 million, co-founder and CEO Cionghun Wu TechCrunch. The round was led by Korea Development Bank and KDB Silicon Valley LLC with the participation of Bonanzels Ventures Partners, JB Investment and Pathway Investment.
Amogi is basically based in the United States, but the startup has found the demand for its main technology in Japan and South Korea, countries that are looking for new ways to expand electricity generation.
UO says, “They do not have high quality solar, air and geological resources, and they are not really in the best position to create nuclear power.”
Ammonia is the most commonly used as a fertilizer material; It can also serve as experts as a hydrogen carrier. Generally, hydrogen is difficult to transport – it is burning and risky – but hydrogen carrier like ammonia makes it easier.
Asian countries have begun to burn ammonia to existing fossil fuel power plants in an attempt to reduce their carbon pollution. Generally, operators will replace some percentage of coal with ammonia.
Shipping companies have started the same work, replacing diesel with compounds. Ammonia found the fertile foundation in that industry because international maritime company, which controls marine shipping, is about to start collecting a carbon tax Started in 2027The
However, anywhere where ammonia is burned-be it a power plant or a sea vessel-at least some fossil fuels need to be burned. This makes the complete decoorbization impossible.
Amogi is developing a way to completely replace fossil fuels using ammonia as a fuel. First, the company cracks three hydrogen atoms from each nitrogen atom. It then transmits hydrogen into a fuel cell, which produces electricity and water vapor, when reveals pure nitrogen in the air.
Because there is no combustion, the company’s process does not reveal anyX Pollution, which can cause smoke and can be a cause Host health problemsThe
The startup had previously tested its technology on a tog boat and it was still on the way to set up a commercial scale system on a ship in a few years. However, Amogi is also developing a power plant that will supply land customers with data centers. UO said that the first one will begin to produce energy in the next few years.
The first systems will be in the small side, capable of producing 500 kW of one megawatt electricity, although customers can deploy several in parallel to produce more electricity.
Wu said that the transfer of Amogi to Japan and South Korea came at a time when countries began to develop their ammonia infrastructure. By the end of the decade, coal power plants in both countries are expected to use some ammonia in their operations.
Initially, ammonia will probably come from the United States and the Middle East, where the hydrogen -bound hydrogen is used to make the compound. Asian countries are Determination For how much carbon pollution can result from the production of ammonia. As a result, the manufacturers need to capture at least some carbon to be able to sell in this market.
But below the line, UO said that it is expected to be transferred to green sources of hydrogen to make ammonia. Asian countries said UO, “Look at Ammonia as the next LNG, but without carbon.”