Jonas Lundgren – Page 2

Västerbergslagens Energi AB

Västerbergslagens Energi AB

Background

The district heating plant in Fagersta, Västerbergslagens Energi AB (VB Energi), is owned by Vattenfall, Ludvika Municipality, and Fagersta Municipality. The district heating network is approximately 30 km long and currently has around 360 connection points with a total connected capacity of 50 MW. To reduce operating costs and increase local baseload power in the area, VB Energi chose to invest in an ORC turbine at the Craboverket plant.

Our solution

Againity delivered an automated ORC system with a maximum capacity of 560 kW of electricity production. The ORC system enables electricity generation from the hot water produced by the boiler. In total, the system is expected to produce 2,315 MWh annually, corresponding to emission savings of 1,931 tonnes of CO₂ equivalents when replacing European marginal electricity.

Owner: Västerbergslagens Energi AB (VB Energi)
Location: Fagersta, Sweden
Fuel: Wood chips, sawdust, bark, and pellets
Heat production: 68 GWh/year
Boiler circuit temperature: 150 °C
District heating return temperature: 62 °C
Againity delivery: ORC AT500
Installed capacity: 560 kW
Expected electricity production: 2315 MWh/year

Jonas Lundgren

11 October 2025

ORCgrön, References
Arvika Fjärrvärme AB

Arvika Fjärrvärme AB

Background

The district heating plant in Arvika, owned by Arvika Energi och Miljö, produces district heating primarily from biomass and waste heat. The biomass consists of residual products from nearby forestry operations and sawmills. As part of its sustainability efforts, the plant invested in an ORC turbine powered by hot water from one of its boilers. This initiative not only enables electricity production at the plant but also contributes to reduced climate impact.

Our solution

Againity delivered an automated ORC system with a maximum capacity of 560 kW of electricity production. The ORC system enables electricity generation from the hot water produced by the boiler. Arvika Fjärrvärme AB has chosen to sign a service agreement with Againity to ensure a long lifespan and minimal maintenance.

Owner: Arvika Energi och Miljö AB
Location: Arvika, Sweden
Fuel: Bio fuel
Heat production: 73 GWh/year
Boiler circuit temperature: 150 °C
District heating return temperature: 55 °C
Againity delivery: ORC AT500
Installed capacity: 560 kW

Jonas Lundgren

11 October 2025

ORCgrön, References
Kils Energi

Kils Energi

Background

The district heating plant in Kil, owned by Kils Energi, currently operates four heat production facilities. Their largest plant, with a capacity of 9 MW, is located at the recycling center in the Lersätter industrial area and primarily uses shredded wood waste, mainly sourced from local residents in Kil. To reduce operating costs, Kils Energi chose to invest in an ORC turbine from Againity.

Our solution

Againity delivered an automated ORC system with a maximum capacity of 500 kW of electricity production. The ORC system enables electricity generation from the hot water produced by the boiler. Kils Energi has chosen to sign a service agreement with Againity to ensure a long lifespan and minimal maintenance.

Owner: Kils Energi AB
Location: Kil, Sweden
Existing boiler: 2 MW
Fuel: Wood waste
Heat production: 56 GWh/year
Boiler circuit temperature: 150 °C
District heating return temperature: 50 °C
Againity delivery: ORC AT500
Installed capacity: 500 kW
Expected electricity production: 2258 MWh/year

Jonas Lundgren

11 October 2025

ORCgrön, References
Värnamo Energi AB

Värnamo Energi AB

Background

Värnamo Energi currently operates six local district heating networks that produce district heating. The fuel mainly consists of renewable biomass, and the ash remaining after combustion is returned to the forest as fertilizer. As part of its sustainability efforts and to reduce electricity and grid costs, Värnamo Energi invested in an ORC turbine connected to its 14.3 MW hot water boiler.

Our solution

Againity delivered an automated ORC system with a maximum capacity of 250 kW of electricity production. The ORC system enables electricity generation from the hot water produced by the boiler. In total, the system is expected to produce 789 MWh annually, corresponding to emission savings of 710 tonnes of CO₂ equivalents when replacing European marginal electricity. Värnamo Energi AB has chosen to sign a service agreement with Againity to ensure a long lifespan and minimal maintenance.

Owner: Värnamo Energi AB
Location: Värnamo, Sweden
Existing boiler: 14,3 MW
Fuel: Bio fuel
Heat production: 69,5 GWh/year
Boiler circuit temperature: 120 °C
District heating return temperature: 55 °C
Againity delivery: ORC AT500
Installed capacity: 250 kW
Expected electricity production: 789 MWh/year

Jonas Lundgren

11 October 2025

ORCgrön, References
Idex 1-2, Vilnius, Paneriskiu, ldex Paneriškių.iq UAB

Idex 1-2, Vilnius, Paneriskiu, ldex Paneriškių.iq UAB

Background

The district heating plant in Paneriškės, Vilnius, owned by Idex Paneriškių IQ UAB, has in recent years focused on modernizing the facility to enable fossil-free district heating production. As part of this initiative, the company chose to invest in two ORC turbines connected to a hot water boiler. The investment not only reduces electricity and grid costs but also helps the operation move toward greater climate neutrality.

Our solution

Againity’s delivery consisted of two automated ORC systems, each with a maximum capacity of 400 kW of electricity production. The ORC systems enable electricity generation from the hot water produced by the boiler. Idex Paneriškių IQ UAB has chosen to sign a service agreement with Againity to ensure a long lifespan and minimal maintenance.

Owner: ldex Paneriškių.iq UAB
Location: Vilnius, Lithuania
Boiler circuit temperature: 128 °C
District heating return temperature: 54 °C
Againity delivery: ORC AT500
Installed capacity: 800 kW

Jonas Lundgren

11 October 2025

ORCgrön, References
Kannuksen Kaukolämpö Oy

Kannuksen Kaukolämpö Oy

Background

The district heating plant in Kannus, owned by Kannuksen Kaukolämpö Oy, has chosen to invest in sustainable electricity production at the facility. The company has invested in an ORC turbine powered by two biomass-fired hot water boilers with capacities of 8 MW and 5 MW, respectively. The investment not only reduces electricity and grid costs but also helps the company move toward greater climate neutrality.

Our solution

Againity delivered an automated ORC system with a maximum capacity of 315 kW of electricity production. The ORC system enables electricity generation from the hot water produced by the boilers. In total, the system is expected to produce 1,216 MWh annually, corresponding to emission savings of 194 tonnes of CO₂ equivalents when replacing European marginal electricity. Kannuksen Kaukolämpö Oy has chosen to sign a service agreement with Againity to ensure a long lifespan and minimal maintenance.

Owner: Kannuksen Kaukolämpö Oy
Location: Kannuksen, Finland
Existing boiler: 8 MW and 5 MW
Fuel: Bio fuel
Heat Production: 44,2 GWh/year
Boiler circuit temperature: 140 °C
District heating return temperature: 51 °C
Againity delivery: ORC AT200
Installed capacity: 315 kW
Expected electricity production:1216 MWh/year

Jonas Lundgren

11 October 2025

ORCgrön, References
Olofströms Kraft AB

Olofströms Kraft AB

Background

The district heating plant in Olofström, owned by Olofström Kraft AB, has in recent years focused on environmentally friendly and locally produced heat. As part of this initiative, Olofström Kraft chose to invest in an ORC turbine powered by a 9.5 MW boiler fueled with wood chips and pellets. This enables the plant to reduce operating costs while increasing the share of renewable electricity production.

Our solution

Againity delivered an ORC system with a maximum capacity of 200 kW of electricity production. The ORC system enables electricity generation from the customer’s existing hot water boiler and is expected to produce 641 MWh annually. This corresponds to emission savings of 572 tonnes of CO₂ equivalents when replacing European marginal electricity.

Owner: Olofströms Kraft AB
Location: Olofströms, Sweden
Existing boiler: 9,5 MW
Fuel: Wood chips and sawdust
Boiler circuit temperature: 125 °C
District heating return temperature: 43 °C
Againity delivery: ORC AT200
Installed capacity: 110 kW
Expected electricity production: 641 MWh/year

Jonas Lundgren

11 October 2025

ORCgrön, References
Njudung Sävsjö Energi AB

Njudung Sävsjö Energi AB

Background

The district heating plant in Sävsjö, owned by Njudung Sävsjö Energi AB, has undergone modernization in recent years. The company invested in an ORC turbine that utilizes hot water from its existing biomass-fired boiler. The investment not only makes the plant more efficient but also contributes to a more sustainable district heating system.

Our solution

Againity delivered two automated ORC systems with a combined maximum capacity of 315 kW of electricity production. The ORC systems enable electricity generation from the hot water produced by the boiler. In total, the system is expected to produce 1,151 MWh annually. Njudung Sävsjö Energi AB has chosen to sign a service agreement with Againity to ensure a long lifespan and minimal maintenance.

Owner: Njudung Sävsjö Energi AB
Location: Sävsjö, Sweden
Fuel: Wood chips and sawdust
Heat production: 33,6GWh/year
Boiler circuit temperature: 150 °C
District heating return temperature: 52 °C
Againity delivery: ORC AT200
Installed capacity: 315 kW
Expected electricity production: 1178 MWh/year

Jonas Lundgren

11 October 2025

References
TEMAB, Fjärrvärme Tierp

TEMAB, Fjärrvärme Tierp

Background

The district heating plant in Tierp, owned by TEMAB, has undergone modernization in recent years. The company invested in two ORC turbines that utilize hot water from two biomass-fired boilers with capacities of 4 MW and 6 MW, respectively. This initiative not only enables electricity production at the plant but also contributes to increased local baseload power in the municipality.

Our solution

Againity delivered two automated ORC systems, each with a maximum capacity of 99.9 kW of electricity production. The ORC systems enable electricity generation from the hot water produced by the boilers. In total, the systems are expected to produce 974 MWh annually, corresponding to emission savings of 877 tonnes of CO₂ equivalents when replacing European marginal electricity.

Owner: TEMAB
Location: Tierp, Sweden
Existing boiler: 4 MW and 6 MW
Fuel: Wood chips
Boiler circuit temperature: 120 °C
District heating return temperature: 30 °C
Againity delivery: Two of ORC AT100
Installed capacity: 200 kW
Expected electricity production: 974 MWh/year

Jonas Lundgren

11 October 2025

ORCgrön, References
Ebeltoft Fjernvarmeværk a.m.b.a.

Ebeltoft Fjernvarmeværk a.m.b.a.

Background

The district heating plant in Ebeltoft, owned by Ebeltoft Fjernvarmeværk, has undergone modernization in recent years. The company invested in ORC turbines that utilize hot water from a 13 MW boiler. This initiative not only enables electricity production at the plant but also contributes to reduced climate impact.

Our solution

Againity delivered an automated ORC system with a maximum capacity of 124 kW of electricity production. The ORC system enables electricity generation from the hot water produced by the boiler.

Owner: Ebeltoft Fjernvarmeværk
Location: Ebeltoft, Sweden
Existing boiler: 13 MW
Boiler circuit temperature: 108 °C
District heating return temperature: 47 °C
Againity delivery: ORC AT100
Installed capacity: 124 kW

Jonas Lundgren

11 October 2025

ORCgrön, References

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Västerbergslagens Energi AB

Background

Our solution

Arvika Fjärrvärme AB

Background

Our solution

Kils Energi

Background

Our solution

Värnamo Energi AB

Background

Our solution

Idex 1-2, Vilnius, Paneriskiu, ldex Paneriškių.iq UAB

Background

Our solution

Kannuksen Kaukolämpö Oy

Background

Our solution

Olofströms Kraft AB

Background

Our solution

Njudung Sävsjö Energi AB

Background

Our solution

TEMAB, Fjärrvärme Tierp

Background

Our solution

Ebeltoft Fjernvarmeværk a.m.b.a.

Background

Our solution