Clean hydrogen is on the rise. In many areas, it’s one of the few, if not the only, viable solutions to reduce CO2 emissions. The areas of use are many and varied. Providing a complete list is impossible, as new applications are emerging almost daily. To give you a sense of how diverse the market is, this post describes the five key areas of hydrogen applications, first at a glance and then in more detail. The post ends with a selection of applications from the different areas.
Fertilizer production requires large amounts of hydrogen. Today, 95 percent of this hydrogen is produced from fossil fuels, leading to colossal greenhouse gas emissions of CO₂. To save the Earth from more than 2 °C of global warming, politicians are using economic incentives to get the fertilizer industry to switch from fossil hydrogen to clean hydrogen produced by electrolyzers. This makes the fertilizer industry one of the largest markets for electrolyzers. In this blog post, we take a closer look at this little-known market, which, given its size, is more interesting than many of the more well-known ones.
E-fuel is an umbrella term for fossil-free alternatives to gasoline, diesel, and other fossil fuels. These fuels are produced by converting fossil-free hydrogen and capturing carbon dioxide. They can be used in existing engines without increasing the amount of carbon dioxide (CO₂) in the atmosphere. Is this the silver bullet that allows us to drive cars and other vehicles with a clear conscience?
An ‘unfair advantage’ is a unique competitive advantage that others cannot match. Do you know what Smoltek's unfair advantage is? Carbon nanofibers? Think again. Or read this light-hearted column to find out what our real unfair advantage is.
Hydrogen can be produced in many different ways and from different feedstocks. The choice of method and feedstock gives rise to more or less greenhouse gas emissions. In the general discourse on hydrogen and climate change, it is essential to distinguish between different types of hydrogen. As a result, systems have emerged to classify hydrogen, the most commonly known and used being colors. However, the European Commission has introduced one that focuses more on emissions. This tech brief explains the two systems.
During the festive season, there is time for longreads. We, therefore, want to offer a text that goes beyond what we usually write here on the blog but is not entirely unrelated to what Smoltek does. This is the story of the origin of the capacitor. Happy reading!
How does Smoltek's hydrogen business division compare with other PEM electrolyzer players? Smoltek Hydrogen’s president, Ellinor Ehrnberg, attended the 244th ECS meeting in Gothenburg and has the answer. In this interview, she also talks about the challenges of the industry and ways to deal with them.
The Swedish Tax Agency has ordered Smoltek to repay two years of research deduction from the employer contribution. The tax agency believes that Smoltek does not conduct sufficiently qualified research and development, which is untrue. This blog post explains the research deduction and why it is so difficult to obtain.
Smoltek’s business division for the semiconductor industry, Smoltek Semi, focuses one hundred percent on capacitors. Why? After all, a capacitor is not a semiconductor. And what is the endgame for this venture? These are questions we address in this blog post.
Smolek has created a glossary of terms and abbreviations that may appear in the company's communication. Although everyone who writes for Smoltek does their best to explain in layman's words, technical terms inevitably creep into the text and make it difficult to read. This is due to a cognitive bias known as the Curse of Knowledge. This is the subject of this column, published on the spookiest day of them all – Halloween.
Håkan Persson, CEO of Smoltek, talked at the one-day conference Aktiedagen Lund organized by Aktiespararna (the Swedish Shareholders’ Association). His presentation offered some news and insights that are worth exploring further. So, let’s follow up with some questions for Håkan.
In March 2022, we told the world we had ordered a machine. In October 2023, we announced that it is ready for delivery. But what kind of machine is it? What does it do? Why has it taken so long? Where will it be located? How will it be used? You will find the answers here.