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shell is one of the world's largest producers of oil and gas, operating in more than 100 countries and employing approximately 70,000 people. in 2017 shell reported strong investment in its uk operations, where the company invested an estimated gbp 2bn to the benefit of customers, suppliers and communities. shell is committed to uk energy security as a key part of its diversified portfolio and provides customers with affordable and sustainable energy solutions.bfm is a project aimed at in-service retrofit of existing 500mw lmfbrs. it is an efficient and affordable solution for countries with lmfbrs. bfm is a modular, flexible and secure solution. it fulfils the standards and compliance requirements for the aging fleet including the nuclear regulatory commission, according to the new operating rules. bfm is a ground breaking project and as such, it has no direct competitors within its market segment. bfm is ready to start operating as soon as the first plant is in-service, according to a reliable date provided by the customer.east asia is also investigating molten fluoride salt reactors (mfsr) as a potential future source of zero-carbon energy. the japan atomic energy research institute (jaeri) has put forward the integrated fuel molten salt reactor (ifm-sr) concept. the high temperature hydrogen gas which would be produced would provide a hydrogen feedstock for hydrogen-fuelled direct-cycle htrs. jaeris main reason for preferring fluoride salts is that they are chemically very stable with low vapor pressure.the primary energy requirements are where mfsrs will have a great advantage over conventional reactors. sodium-chloride (nacl) is the mfsr fuel and a molten salt mixture of potassium fluoride (kf) and sodium fluoride (naf) is used. the salt mixture is mainly sodium chloride, but contains small amounts of the fluoride salt mixture, resulting in smaller concentrations of sodium metal in the plant. in order to reach fission, the fuel-to-salt ratio should be around 5:1. this, in turn, results in a lower operating temperature, lower thermal stress and a lower reactivity increase.
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