ECTs multi-pressure pump and turbine system increase output and reduce cost. The self-learning, AI, control system countinously analyses the heat source to optimize the ORC 2.0 process and maximize the output.

Suitable temperature interval is 60-200 °C

Suitable size of systems are 0,3-5 MW electricity.

Typical areas of use are: 

• Process industries (up to 50% heat wasted)
• Large combustions engines (more than 50% waste heat)
• Geothermal electrical generation

A well designed system with a heat source of 100 °C generates 10% electrical output.

The man behind the system and methodology is the famous Swedish inventor, Arne Jonsson, also named “Pump-Arne”. He has been working as a specialist for many different industries from submarines to space shuttles.

To be able to optimize the mechanical work output from a heat source you need to:

1. Understand the heat source. If you don´t understand it and a have a methodology you can´t design a well performing system.
2. Have a well designed ORC system that continuosly matches the heat source and and maximize the output.

Enhanced Geothermal Systems (EGS) collect energy from the earth core by holes drilled to several kilometers depth to get hot water (100-200 °C). The hot water is then directly used in district heating systems or to produce electricity (or both).

Improved drilling technologies in combination with developed systems to convert heat to electricity (ORC 2.0) gives mankind an opportunity to harvest long-term stable and secure energy around the globe.