A new, revolutionary process developed by the Swedish steel industry could be a viable and competitive way to use hydrogen to displace coal and other fossil fuels in steelmaking. It would lower the carbon footprint of 1 ton of steel from 1.8 tons of CO2 to 25 kilograms.
At the dawn of the new millennium, the shares of fuel cell companies had gone through the roof. Fuel cells were thought of as the next big breakthrough technology, and it seemed as if large, new growth markets were just waiting to be exploited. But shareholders were mistaken, celebrating too early. The industry’s leading businesses stumbled over the immense cost to develop and introduce new technologies. Likewise, a lot of them were spread too thin, trying to serve too many markets with too many products at once. Instead of concentrating research on a few promising segments, some allocated resources to several – regardless of their potential.
Looking at the share prices for fuel cell companies that are being traded on the stock exchange right now, one could be forgiven for thinking that a crash had just taken place. It is as if the technical breakthroughs in the further development of the fuel cells had never taken place, and as though the production, storage and use of hydrogen had zero chance of achieving any success. Yet in fact, the opposite is the case. Right now we are at the start of a new mega trend, and in 2015,
Hydrogenics (HYGS, US$9.50) already has that which Ballard is planning with Chinese firm CSR in the bag: the company is providing Alstom with FC technology for use in trains. Order value: minimum of US$50m. over a time frame of ten years.
In early May 2015, the company was also able to report a technological breakthrough with the presentation of the most powerful