Air-to-Air Heat Recovery
Thermal energy of outgoing exhaust is transferred directly to incoming fresh air via high-efficiency heat converters with precision-engineered aluminum profile plates.
Advanced HVAC Solutions
KLIMARC
KLIMARC
Energy Recovery Ventilator
Advanced heat recovery ventilation systems that capture and transfer energy between exhaust and supply air streams, dramatically reducing HVAC energy consumption.
Core Features & Engineering
Maximize Efficiency. Minimize Operational Costs. Intercept outgoing exhaust air and seamlessly transfer its thermal energy to the incoming fresh air stream.
Water-to-Air (Run-Around Coil)
Absolute isolation between airflows utilizing two entirely separate heat exchangers connected by a highly secure closed-circuit hydronic loop with a dedicated recirculation pump.
Heat Pipe Technology
Highly efficient energy recovery utilizing passive phase-change horseshoe heat pipes. Optimizes dehumidification and ensures reliable, zero-maintenance operation.
Dynamic Fan Control
Direct-driven EC plug fans or precision-balanced centrifugal fans ensuring whisper-quiet operation and variable volume control to match dynamic building loads.
Technical Specifications
Detailed parameter configurations and operating capacities for Energy Recovery Ventilators (ERV).
Energy Recovery Core
| Core Material | Aluminum profile plates / Specialized Sensible cores |
|---|---|
| Isolation Config | Available Run-Around Coil for absolute separation |
| Passive Options | Horseshoe Heat Pipes (Phase-change technology) |
| Sensible Recovery | High efficiency thermal transfer bridging |
Performance & Build
| Fan Assembly | EC Plug Fans / Balanced Centrifugal |
|---|---|
| Acoustics | Vibration-isolated motor mounts, Sound attenuators |
| Maintenance | Zero-maintenance heat pipe options available |
| Customization | Varying dimensions for specific airflow/pressure needs |
Engineering Insights
Frequently asked questions about our systems
What is the difference between heat wheel and plate exchanger technology?
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Heat wheels transfer both heat (sensible) and moisture (latent) energy, leading to higher overall efficiency. Plate exchangers typically only transfer sensible heat and completely separate the air streams, guaranteeing zero cross-contamination.
How much energy savings can I expect with an ERV?
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By recovering up to 85% of the energy from exhaust air, our ERVs significantly reduce the load on your primary HVAC equipment, often translating into substantial operational cost savings and a quick return on investment.
How do ERVs prevent crossover contamination?
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Our heat wheels feature advanced purge sectors and proper pressure balancing to minimize crossover. For applications requiring zero crossover, our plate heat exchangers provide complete separation of supply and exhaust airstreams.
What maintenance is required for Energy Recovery Ventilators?
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Regular maintenance involves replacing or cleaning filters, inspecting the heat wheel or plate exchanger core, and verifying fan operation. Drive belts on rotary wheels should also be checked periodically.
Request a Quotation
Provide your project details and our engineering team will reply with a technical proposal within 48 hours.
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Direct Inquiry
info@klimarc.com
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Global Support
+971 52 277 4852
Precision in every component, excellence in every breath.
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