The purpose of the plants is to meet increased demand for electricity for industrial and domestic use and for hot water for heating.
The Nesjavellir geothermal power plant is the largest cogeneration plant in Iceland. The plant is located about 30 km east of Reykjavík.
9,3 MW expansion of existing 96 MW Berlin power plant, bringing the total installed capacity of the Berlin field to 105,3 MW.
A consultancy service for a new 10 MW Pico Vermelho binary power plant and for the use of a geothermal energy for milk processing.
Verkís has assisted GEG, the solution provider, in developing modular and cost efficient well-head power plants since 2009.
The Krafla power station is a geothermal power plant with high and low pressure steam from 18 boreholes driving 2x30 MW turbines.
The first geothermal power plant in the world to combine generation of electricity and production of hot water for district heating.
The Dariali hydroelectric project is located in Georgia and the capacity of the project is set at 108 MW.
The power station supplies the town of Ilulissat with electricity, substituting diesel generators thus making the town independent of imported fuel.
The Kárahnjúkar project is the largest individual hydropower project developed in Iceland and is located in East Iceland.
The main features of the appurtenant structures in the reservoir are an overflow spillway, a bottom outlet and a diversion gate structure.
The Sultartangi hydroelectric project is located between the Sultartangi reservoir and the Búrfell HEP in the Þjórsá river.
The project is Verkís' second hydroelectric project in Greenland following the realisation of the Qorlortosuaq hydroelectric project.
The Bardu Hydroelectric Projects are located in Bardu, North-Norway. The installed power is in total 9,9 MW in two separate powerstations.
The Búðarháls hydroelectric project is located in the river Tungnaá downstream of existing Hrauneyjafoss station in South Iceland.
The geothermal field is one of the hottest, with temperatures of the geothermal fluid in boreholes reaching up to 320°C.
The power plant utilizes high pressures steam with as simple apparatus as possible, through with sufficient efficiency and reliability.
An emergency repair programme for five hydro power plants in Tanzania and Verkís together with LVP are the owner's engineer for this project.
The Qorlortorsuaq hydropower plant provides the nearby towns Qaqortoq and Narsaq, with a combined population of 5.500, with electricity.
A 15 MW plant producing electricity with two turbo-generator sets powered by saturated steam from geothermal wells.
After the extension the plant will reach 170 MW capacity, making it one of the ten largest geothermal plants in the world.
The electricity produced by the plants will first serve for industrial purposes in the Húsavík area located nearby.
Prepare participant in becoming competent project managers in geothermal utilization by introducing methodological approaches.
The plan involves the construction of a geothermal power project of 500 MWe in two phases and additional 500 MWe at a later stage.
Conducted Consultancy Services for Geothermal Resource Optimization Study of the Greater Olkaria Geothermal Fields.
Verkís has assisted the turn-key contractor during the commissioning and start-up phase of the Pamukören binary geothermal power plant.
Verkís has assisted the turn-key contractor Atlas Copco Energas for the design of the brine gathering system.
Verkís conducted a feasibility study for the utilization of geothermal hot water for production of electricity and hot water for district heating.
Mjólkárvirkjun is situated in Arnarfjörður, the energy is delivered via transmission lines to the Westfjords main transmission lines.
The extension will increase the efficiency in the new and old power plants resulting in an increase in the power plant generation capacity.
Reykjavík district heating system is the largest and most sophisticated system in the world with 830 MW installed power.
Vestmanneyjar district heating, four heat pumps were connected into the heating system in 2018 and can deliver between 10 - 11 MW of heat.
Xianyang district heating will improve the quality of life of its inhabitants and enhance the economic development of the area.
Galanta district heating, the geothermal water, which is only mildly mineralized and suitable for direct use.
Glerárstífla is an approximately 90 metre long and 7.4 metres high concrete dam in Glerárdal in Akureyri and is part of Glerárvirkjun II.
Gönguskarðsá was harnessed in 1947 to 1949. Verkís managed all the design of structures and equipment and construction supervision.
The project Micro Power Plants in the Westfjords was approved as a focus project in 2019 within the Westfjords’ expansion plan.
A new station building was built, new mechanical and electrical equipment was purchased, and the inlet pipe was renewed.
Sultartangi substation is equipped with 220 [245] kV GIS switchgear with double main busbars and a transfer busbar.
Fljótsdalur substation is an important link between the Kárahnjúkar power station and the Fjarðaál aluminium smelter.
Varmahlíð substation, due to plans for increased energy consumption in Sauðárkrókur, by laying a 66 kV underground cable from Varmahlíð.
Hvolsvöllur substation was built to strengthen the transmission system in South of Iceland and is located in Hvolsvöllur.
Ofanleiti 2 / 103 Reykjavík / Iceland /+ 354 422 8000 / verkis@verkis.com
