PRESS RELEASE
Hydrogen producer Hycamite introduces low-carbon footprint graphite for EV batteries.
Hycamite, a leader in emissions-free methane-splitting technology, announces the launch of graphite production with a very low carbon footprint.
https://t.co/rP8e9tXI8Z
"Meet the Decarbonizers" is our new video series that highlights the passionate individuals behind our mission to create a sustainable future. In this series, we delve into the personal journeys, inspirations, and innovative ideas of our dedicated team members.
Our founder and CoB Matti Malkamäki was interviewed in our new video series, "Meet the Decarbonizers," in which he shares more about himself and his thoughts on how the industry will look like in 2050.
https://t.co/Z1hnbDaSK6
#hycamite#decarbonizingindustry#decarbonizers
High-quality carbon products from methane splitting offer an alternative for synthetic graphite. Learn how methane splitting can power a new way forward for the graphite industry - and meet @NiinaGr at #NAATBatt conference. @naatbatt https://t.co/wbAHJKxk7D
Hycamite CEO @LauraRahikka tells the audience about Hycamite's new Customer Sample Facility (CSF) at #northernpoweroulu. As Europe's largest methane-splitting facility for H2 production, it will start producing low-carbon hydrogen and high-quality carbon products later in 2024.
It is a beautiful winter day at the construction site in Kokkola, Finland... Now building Hycamite's new Customer Sample Facility. When commissioned later this year, it will be the largest hydrogen plant in Europe, where hydrogen is produced by splitting methane.
Hycamite is attending NortH2 Research Day – H2FUTURE Kick-off at @UniOulu today. Hycamite CEO @LauraRahikka and VP of Hydrogen @NataschaSkog are happy to discuss the new hydrogen production technology opportunities with you.
Yesterday, the European Commission (EC) presented a recommendation for a 90% net greenhouse gas emissions reduction within the EU by 2040. The 90% emissions reduction target would require 100Mtoe of green hydrogen in 2040 and a further 37Mtoe of e-fuels. https://t.co/567jBMJdqY
Kukaanhan ei ole profeetta omalla maallaan. Olipas hieno kokemus kuunnella https://t.co/bxJqfGdO17. Siellä listalla juttua PlugPowerista, mutta myös @hycamite'sta ja laitoksestamme. USAssa tajutaan erittäin pienen CO2-jalanjäljen #vety olevan tarpeen, joskus vielä Euroopassakin?
The @IEA has significantly downgraded its capacity growth forecasts for green hydrogen; by more than 50% for Europe. In 2023, the pace of bringing planned projects to final investment decisions was slow due to a lack of off-takers, higher production costs. https://t.co/nXCEqEy7mK
Construction begins at Europe’s largest turquoise hydrogen facility. @hycamite plans to produce 2,000 tonnes of H2 from methane pyrolysis at a demo project in Finland. https://t.co/wEJTrJA3dn
@UniOulu tutkimuslähtöinen @hycamite hyödyntää metaanipyrolyysiin perustuvaa teknologiaa. Se pohjautuu prof. Ulla Lassin tutkimusryhmän keksintöön.
Metaani pilkotaan päästöttömällä teknologialla vedyksi ja kiinteäksi hiileksi.
#research2business
https://t.co/0yrSapqPwi
Hienoja uutisia Kokkolasta! Portfolioyhtiömme @hycamite on aloittanut tuotantolaitoksensa rakennustyöt. Laitoshankkeen tavoitteena on demonstroida Hycamiten teknologiaa puhtaan vedyn ja kiinteän hiilen tuotannossa. #hydrogen#methane
Deep tech company @hycamite will produce #hydrogen and #carbon from #methane at a new facility aimed at testing the viability of the company's new methane-splitting technology.
#industrialgas#gasworld
https://t.co/Q841mjV4LC
Construction work has begun for Hycamite’s new Customer Sample Facility in Kokkola, Finland. Hycamite’s CSF is intended to demonstrate the viability of the new methane-splitting technology for clean hydrogen and industrial-quality solid carbon production.
https://t.co/ulDbuM4M1j
The world needs hydrogen made with electrolysis. However, @IEA Renewables 2023 report reminds us that scaling up that production is much more complex than many people expect. That is why Hycamite has developed a solution for producing low-carbon hydrogen from methane.
@IEA Our report offers a reality check on the excitement around renewable-based hydrogen
Of all announced projects to use renewables to produce hydrogen this decade, only 7% of planned capacity is forecast to come online by 2030
Consistent policies to support demand can improve this
Prof. Ulla Lassi's research @UniOulu has not stayed inside the walls of academia, because @hycamite has begun producing #hydrogen and #carbon from #methane using a method based on her team's work. https://t.co/xgFtLpBKtc
.@hycamite has been accepted as a member of @naatbatt International, the advocate for advanced battery technology in North America. https://t.co/vzW9OJPqxR