Krafla’s volcanic legacy and geothermal power shape northern Iceland
Krafla in the Mývatn region is defined by volcanic forces and a unique window into deep earth processes, with its caldera, historic eruptions and geothermal innovations.
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Krafla in the Mývatn region is defined by volcanic forces and a unique window into deep earth processes, with its caldera, historic eruptions and geothermal innovations.
Situated near Lake Mývatn and the Krafla volcano, Krafla Power Station is both a feat of engineering and a testament to Iceland's relationship with its geothermal environment.
From the lava fires of the eighteenth century to geothermal energy today, Reykjahlíð blends Icelandic folklore, geology and rural community on the edge of active volcanoes.
Since 2000, Iceland’s consortium of energy leaders has been pushing the limits of geothermal science, drilling deeper into the earth for hotter, more efficient energy.
In the Mývatn region of North Iceland, Bjarnarflag stands as the country’s earliest experiment in high-temperature geothermal power. Its legacy continues to shape Icelandic energy.