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Deep drilling initiative in Hafnarfjörður, aiming to locate underground water sources at a depth of nearly two kilometers.

Experimental geothermal drilling commences at Krýsuvík site by energy firm HS Orka, aiming to tap into a potential resource for providing both hot water to Hafnarfjörður and the surrounding capital area, and electricity for the national power grid.

Revamped Deep-Drilling Adventure: HS Orka's Pursuit of Geothermal Gold in Krýsuvík, Iceland

Deep drilling initiative in Hafnarfjörður, aiming to locate underground water sources at a depth of nearly two kilometers.

HS Orka, Iceland's leading energy company, kicks off a daring endeavor—drilling a near 2-kilometer-deep borehole in Krýsuvík. The mission? Unveil a precious geothermal resource that could supply steamy showers to Hafnarfjörður and beyond while generating megawatts for the national grid.

The drilling operations at Sveifluháls cranked up early yesterday, marking an exciting new phase in HS Orka's deep-rooted geothermal studies. With surface studies checked off, attention shifts to unraveling the mysteries nestled deep below.

Hotbed of Possibilities

According to HS Orka, Krýsuvík boasts a solid pedigree as a high-temperature geothermal hotspot. With its delectable energy potential, it stands as a promising candidate for a sustainable energy Bonanza.

The game plan revolves around drilling a directional borehole stretching 2,750 meters, with a vertical dive far surpassing the 2-kilometer mark, beneath Sveifluháls and diagonally shifting northwest.

Chasing the Geothermal Dream

The objective? Expand our geothermal knowledge, confirm the presence of a bankable high-temperature resource, and gauge its energy generation potential in the Sveifluháls-Austurengjar district.

The salty land used for this grand experiment belongs to the municipality of Hafnarfjörður, which has its eyes set on geothermal energy domination.

Enrichment Insight
  • HS Orka is led by the project, with drilling expert Iceland Drilling executing the operations using an innovative electric rig that optimizes efficiency and reduces environmental impact.
  • The success of this research could open doors for powerful energy production with a potential 100MW output and 50,000 heated homes, contributing to Iceland's commitment to sustainable energy.
  • The project is also designed to fuel eco-friendly tourism, sustainability-conscious businesses, and even cultivate algae for local economic growth, all while maintaining a delicate balance with nature.
  1. HS Orka, the leading energy company in Iceland, has initiated a daring drill project in Krýsuvík, aiming to reach a 2-kilometer depth, seeking a valuable geothermal resource that could provide energy for Hafnarfjörður and beyond.
  2. Krýsuvík, known for its high-temperature geothermal potential, is considered a promising candidate for a sustainable energy boom, as part of a deep-rooted geothermal study by HS Orka.
  3. The drilling operations at Sveifluháls have begun, with the goal of uncovering a geothermal resource, expanding geothermal knowledge, and assessing its energy generation potential.
  4. The drilling operations are being executed by Iceland Drilling, a drilling expert, using an innovative electric rig to optimize efficiency and minimize environmental harm.
  5. The success of this geothermal project could lead to various environmental and economic benefits, including powerful energy production with a potential 100MW output, heating 50,000 homes, fueling eco-tourism, supporting green businesses, and cultivating local algae production.
Energy firm HS Orka initiates a 2-kilometer deep exploratory well-drilling in Krýsuvík, anticipating the exploration of a potential geothermal reserve. This potentially lucrative reserve could supply hot water to Hafnarfjörður and the wider Reykjavik region, and generate electric power for the national grid.

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