The Climate Control System That Pays for Itself
30–70% less energy. Water extracted from air. Proven in 27 real-world projects across 3 countries — zero critical failures in 14 Years.
Capturing & Reusing Latent Energy
PCT Patented Liquid Desiccant Technology — 14 Years Field Proven
The Market Has Never Needed This More
Four forces are converging — right now
Fastest-growing segment: energy-efficient systems
Industrial operators under intense pressure to cut consumption
Enerama systems generate water as a byproduct of operation
Regulations forcing transition away from traditional HVAC refrigerants
Enerama's Liquid Desiccant system addresses all four challenges simultaneously — with 14 Years of field-proven results and zero critical failures.
What Makes Our Technology Different?
Traditional climate control systems rely on refrigeration-based dehumidification, which is energy-intensive and limited in capability. Our patented liquid desiccant system represents a fundamental shift in how environmental control works.
By using a hygroscopic liquid desiccant independently — without mechanical refrigeration, we achieve superior moisture removal, dramatically lower energy consumption, and the unique ability to extract usable water from the air.
ABOUT THE NAME
Dragon™ is Enerama's proprietary climate control platform — developed, field-tested, and continuously refined over 14 Years. When you see Dragon Liquid Desiccant or Dragon Solar TES, these are technologies built on and delivered through Enerama's full EPC project framework.
Technology Benefits
Why industry leaders choose our PCT patented system
Superior Energy Efficiency
30-70% reduction in energy consumption compared to traditional refrigeration-based systems, delivering rapid ROI in 2-4 years.
Exceptional Dehumidification
Extract over 100 liters per hour of moisture from air, maintaining precise humidity control even in challenging environments.
Water Generation
Unique capability to extract and purify water from ambient air, providing an additional resource for operations.
Proven Reliability
Fewer moving parts and robust design mean lower maintenance requirements and extended operational life.
Environmental Impact
Reduced carbon footprint through lower energy use.
Precise Control
Independent control of temperature and humidity for optimal environmental conditions in any application.
Natural Pathogen Elimination
Airborne bacteria, mold spores, and viruses are naturally destroyed on contact with concentrated liquid desiccant solution — no UV lamps, no chemicals, no consumables. Critical for food processing, agriculture, and pharmaceutical environments.
Building on the Dragon platform's 14 Years proven reliability, Enerama is developing the next evolution in fully renewable climate control:
Dragon Solar TES — Next Generation Module (Pre-Commercial)
PCT Patent Filed Q1 2026 — First field deployment in development
Dragon Solar TES tank to store daytime solar energy and release it at night — enabling Dragon to operate on renewable energy around the clock.
The patented innovation: solar collector output (55–80°C), Dragon regeneration band (60–75°C) overlap perfectly — no intermediate heat exchanger required.
Daytime: solar energy stored in tank. Night and cloudy periods: stored heat released for uninterrupted Dragon regeneration.
Dragon Solar TES is currently in pre-commercial development phase. PCT patent filed Q1 2026. First field deployment planned. Built on the validated Dragon liquid desiccant platform with 14 Years of operational history across 27 projects.
How Liquid Desiccant Technology Works
Understanding the science behind superior performance
Absorption Phase
Ambient air passes through a liquid desiccant. The hygroscopic properties of liquid desiccant cause it to absorb moisture from the air with exceptional efficiency, simultaneously cooling the air through the absorption process.
Regeneration Cycle
The moisture-saturated liquid desiccant solution is heated to release the absorbed water. This regeneration process can utilize waste heat, solar thermal energy, or other low-grade heat sources, further improving overall system efficiency.
Water Recovery
During regeneration, the released moisture is condensed and collected as pure water—over 100 liters per hour. This water can be used for irrigation, cooling towers, or other operational needs.
Continuous Operation
The regenerated liquid desiccant solution returns to the absorption phase, creating a continuous cycle. Advanced controls optimize the process based on ambient conditions and facility requirements, ensuring maximum efficiency 24/7.
See Dragon in Action
Technical Advantages
Why Liquid Desiccant outperforms traditional systems
| Performance Metric | Traditional Refrigeration | Enerama Liquid Desiccant System |
|---|---|---|
| Energy Consumption | High (baseline) | 30–70% lower |
| Dehumidification Capacity | Limited | 100+ L/h |
| Temp / Humidity Control | Coupled (dependent) | Independent |
| Water Recovery | None | Up to 80% recovery |
| Maintenance Level | High (many moving parts) | Minimal |
| Operating Life | Standard | 14 Years · 0 critical failures |
* Field data: 27 commissioned projects · USA, Switzerland, Turkey · 26°C / 55% RH · 32,000 m³/h airflow.
Proven Across 3 Continents
27 commissioned projects — real facilities, real results
Greenhouse Climate Control
Antalya, Turkey
40% energy reduction vs. prior HVAC system
Persimmon Drying Facility
Adana, Turkey
100-ton capacity · continuous 24/7 operation
Environmental Control System
Zürich, Switzerland
Precise humidity control in medical cannabis production environment
Controlled Environment Agriculture
Michigan, USA
Year-round operation
Climate Control Installation
Istanbul, Turkey
14 Years continuous operation · 0 maintenance incidents
Portfolio Deployment
USA, Switzerland, Turkey
350+ units · 2,830 kW installed · 0 critical failures
Project details represent commissioned installations from Enerama's operational portfolio. Specific client names available under NDA upon request.
Calculate Your Potential Savings
See how Enerama Liquid Desiccant compares to your current system
Estimates based on field data from 27 commissioned projects. Actual savings vary by facility type, climate zone, and operating conditions. Contact us for a site-specific analysis.
Fastest-growing segment: energy-efficient systems
Industrial operators under intense pressure to cut consumption
Enerama systems generate water as a byproduct of operation
Regulations forcing transition away from traditional HVAC refrigerants
Experience the Technology
See how our PCT patented liquid desiccant system can transform your facility's environmental control.