Start with the heat profile
Temperature, mass flow, operating hours, dust, cooling water, and power price decide whether an ORC belongs on the table.
Recover the energy leaving the stack.
ENSA Neoenergy helps industrial sites in the South Caucasus assess waste heat, match it to the right ORC manufacturer, and turn viable heat streams into clean on-site electricity.
10 kW - 20 MW
ORC range through partner OEMs
70°C+
low-temperature heat can be assessed
audit first
technology follows the heat profile
Our mission
Turn energy that is lost today into clean, competitive power — and bring the technology that does it to the South Caucasus.
A large share of primary energy is lost as waste heat. ENSA Neoenergy exists to recover it by connecting industrial sites in Georgia and Armenia with Europe's leading heat-to-power manufacturers.
Choose the OEM by duty, not by brochure
Enogia covers compact and low-temperature applications; Turboden covers heavier industrial waste-heat duties and large power blocks.
Screen steady electric loads as carefully as furnaces
Mining farms and data centers can be interesting when their constant load is paired with gensets, engine exhaust, constrained grid capacity, or a higher-temperature cooling loop.
Stay close after the first calculation
ENSA supports local site visits, early feasibility, OEM communication, and project follow-through in Georgia and Armenia.
Official partners
Backed by two of Europe's leading ORC makers
The reference name in large-scale organic Rankine cycle. Turboden builds ORC systems up to 20 MW, plus industrial heat pumps and gas expanders for industrial waste-heat recovery.
Visit Turboden website- up to 20 MW
- system size
- 40+ yrs
- in ORC
- MHI Group
- ownership
The micro-turbomachinery specialist. Compact ORC modules from 10 kW to 3 MW recover heat from low-temperature sources across engines, geothermal, marine, and industrial applications.
Visit Enogia website- 10 kW - 3 MW
- module range
- from 70°C
- heat source
- 200+
- references
Together, Turboden and Enogia give ENSA the full ORC range: 10 kW to 20 MW. No waste-heat opportunity in the region is too small, or too large.
Founder
Led by an energy expert, not a middleman
Prof. Merab Janelidze
Director, ENSA Neoenergy · Professor of Energy
A professor of energy with decades in the power sector, Merab Janelidze leads ENSA's work to bring waste-heat-to-power technology to the South Caucasus. He represents Turboden and Enogia across the region and assesses each site before a machine is proposed.
The opportunity
Two markets, one under-used resource: heat
Georgia
TbilisiA hydro-dominated grid, geothermal resources, and a heavy-industry base with meaningful untapped waste-heat streams.
- Hydrolarge share of electricity generation
- Geothermalresources in western Georgia
- Rustavi clustersteel, chemicals, cement, and furnace heat
- Mining loadsdata-center heat, gensets, and constrained power
Armenia
YerevanA grid built on gas, nuclear, hydro, and growing solar, plus energy-intensive mining and metallurgy that can benefit from firm heat-to-power generation.
- Firm powervaluable when electricity carries real cost
- Solar growthcomplementary to dispatchable ORC output
- Cu · Mocopper and molybdenum process heat
Interactive energy map
Georgia and Armenia, mapped by resource and by opportunity
From world-class solar and hydro to Rustavi's steel, chemical and data-load corridor. Filter the layers or select a site to explore where ORC can matter most.
Get in touch
Have a site with continuous heat and expensive power?
That is exactly where waste-heat-to-power pays off. Prepare the process type, heat temperature, operating hours, and current electricity cost, and ENSA can assess whether an ORC makes sense before anything is proposed.