HE ENERGY RECOVERY SYSTEM
High-Efficiency Heat To Power for Heat Recovery
Convert 100–350°C waste heat into
continuous, clean electricity.
ERS – 100
Final net output and thermal input are confirmed after site survey and heat profiling, including cooling conditions and parasitic loads.
100 kWe workhorse platform for industrial users who want a clear ROI with a scalable base unit.
Where it fits best
Continuous operations with meaningful waste-heat availability:
- steel reheat / rolling auxiliaries
- cement and mineral process hot gas streams (secondary recovery)
- chemical plants, distillation and thermal loops
- larger thermic fluid heater exhaust
Typical input window
- Usable heat required: 700–1,000 kWth
- Best source temperature: 180–380°C
- Deployment: single unit or multi-unit scaling across multiple heat sources
Why ERS – 100
- Ideal for standardization: one engineered design, repeatable deployment
- Strong balance of efficiency, reliability, and cost-performance
Final net output and thermal input are confirmed after site survey and heat profiling, including cooling conditions and parasitic loads.
ERS – 250
Where it fits best
Large industrial waste heat streams:
- steel and foundry exhaust networks
- large boilers / WHRB integration
- refinery and petrochemical hot streams
- glass and ceramics (secondary recovery)
Typical input window
- Usable heat required: 1.8–2.6 MWth
- Best source temperature: 200–420°C
- Electrical integration: designed for plant bus / substation level integration with power conditioning
Why ERS – 50
- Built for industrial uptime, robust integration, and strong net output
- Best suited where heat availability is not the constraint performance is.
250 kWe high-output machine for heavy industry where waste heat is continuous and valuable.
Performance Engine PE-250
ERS – 500
Final net output and thermal input are confirmed after site survey and heat profiling, including cooling conditions and parasitic loads.
500 kWe system package for sites that need a complete, engineered solution at scale.
Where it fits best
Large, stable waste-heat ecosystems:
- integrated steel plants
- large cement / minerals clusters
- multi-line process plants with several waste heat sources
- combined heat networks where aggregation is possible
Typical input window
- Usable heat required: 3.6–5.2 MWth
- Best source temperature: 220–450°C
- System approach: engineered as a suite (heat capture + ORC + electrical + controls + monitoring)
Why ERS – 500
- Best for clients who want a single engineered package with predictable performance and serviceability
- Designed for long-term O&M/AMC and operational optimization
Performance Suite PaS-500
Final net output and thermal input are confirmed after site survey and heat profiling, including cooling conditions and parasitic loads.
500 kWe system package for sites that need a complete, engineered solution at scale.
Where it fits best
Large, stable waste-heat ecosystems:
- integrated steel plants
- large cement / minerals clusters
- multi-line process plants with several waste heat sources
- combined heat networks where aggregation is possible
Typical input window
- Usable heat required: ~3.6–5.2 MWth
- Best source temperature: 220–450°C
- System approach: engineered as a suite (heat capture + ORC + electrical + controls + monitoring)
- Best for clients who want a single engineered package with predictable performance and serviceability
- Designed for long-term O&M/AMC and operational optimization
Embrace the Change
Cost Savings
Lowering energy bills for industries and GenCos.
Environmental Impact
Capture moments that matter with cinematic precision
Resource Conservation
Preserving natural resources and promoting sustainability.
