The transition to a climate-neutral and circular economy requires the replacement of virgin fossil carbon with renewable carbon derived from biomass, captured carbon, and recycling streams. As regulatory expectations increase, companies must not only improve product sustainability but also communicate their achievements transparently and credibly. The OK renewable certification scheme, independently verified by TÜV AUSTRIA,
Today, the Swiss premium sportswear brand On launches the Cloud X 5, one of the brand’s most popular footwear styles with a midsole featuring CleanCloud™. A breakthrough technology with more than 80% lower modeled carbon impact than conventional fossil-based EVA under the LCA’s credit approach. This marks the first time a sportswear brand has successfully
Today, the Swiss premium sportswear brand On launches the Cloud X 5, one of the brand’s most popular footwear styles with a midsole featuring CleanCloud™. A breakthrough technology with more than 80% lower modeled carbon impact than conventional fossil-based EVA under the LCA’s credit approach. This marks the first time a sportswear brand has successfully
Every year, the olive oil industry leaves behind mountains of stones and pomace—hard, carbon-rich residues that are usually burned as low-grade fuel or discarded entirely. A new study suggests that this humble agricultural waste could play a surprisingly sophisticated role in the fight against climate change: as the backbone of catalysts that transform carbon dioxide
The more than 23,000 large aircraft worldwide consume approximately 350 billion liters of fuel annually and account for about 3 percent of human-caused CO2 emissions. For long-haul flights over 4,000 km in particular, there is no alternative to liquid fuels, as only these provide a sufficiently high energy density. The development of sustainable aviation fuels
The more than 23,000 large aircraft worldwide consume approximately 350 billion liters of fuel annually and account for about 3 percent of human-caused CO2 emissions. For long-haul flights over 4,000 km in particular, there is no alternative to liquid fuels, as only these provide a sufficiently high energy density. The development of sustainable aviation fuels
Die weltweit mehr als 23.000 Großflugzeuge verbrauchen jährlich rund 350 Milliarden Liter Treibstoff und emittieren etwa 3 Prozent der menschgemachten CO2-Emissionen. Insbesondere für Langstreckenflüge über 4.000 km gibt es keine Alternative zu flüssigen Kraftstoffen, da nur diese eine ausreichend hohe Energiedichte bereitstellen. Die Entwicklung nachhaltiger Flugkraftstoffe (Sustainable Aviation Fuels, SAF) hat nun einen wichtigen Meilenstein
Die weltweit mehr als 23.000 Großflugzeuge verbrauchen jährlich rund 350 Milliarden Liter Treibstoff und emittieren etwa 3 Prozent der menschgemachten CO2-Emissionen. Insbesondere für Langstreckenflüge über 4.000 km gibt es keine Alternative zu flüssigen Kraftstoffen, da nur diese eine ausreichend hohe Energiedichte bereitstellen. Die Entwicklung nachhaltiger Flugkraftstoffe (Sustainable Aviation Fuels, SAF) hat nun einen wichtigen Meilenstein
Uniper has signed contracts with AFRY, Carbon Clean, Siemens Energy and Topsoe to begin the next development phase for NorthStarH2, a planned e-methanol production facility in Östersund aimed at helping decarbonize sectors such as transport and the chemical industry. The work will run for approximately one year. The contracts are worth more than SEK 100
Uniper hat Verträge mit AFRY, Carbon Clean, Siemens Energy und Topsoe unterzeichnet, um die nächste Entwicklungsphase von NorthStarH2 zu starten. Das geplante E-Methanol-Projekt in Östersund soll zur Dekarbonisierung von Sektoren wie dem Transportwesen und der chemischen Industrie beitragen. Die Arbeiten werden voraussichtlich etwa ein Jahr dauern. Das Gesamtvolumen der Verträge beträgt mehr als 100 Millionen