12000m3/h New Desiccant Rotor Dehumidifier For Softgel Capsule Drying
Desiccant rotor dehumidifiers can be an excellent choice for softgel capsule drying applications in the pharmaceutical industry. Here's a closer look at how a desiccant rotor dehumidifier can benefit the drying of softgel capsules:
- Precise Humidity Control:
- Softgel capsules require a very low humidity environment, typically in the range of 5-10% relative humidity (RH), to ensure proper drying and prevent moisture-related issues.
- Desiccant rotor dehumidifiers are highly effective at achieving and maintaining these extremely low humidity levels, which is crucial for the successful drying of softgel capsules.
- Continuous Operation:
- Softgel capsule drying is a critical step in the manufacturing process, and any interruptions or fluctuations in humidity control can have significant impacts on product quality.
- Desiccant rotor dehumidifiers are designed for continuous, uninterrupted operation, which ensures consistent dehumidification performance and minimizes the risk of drying failures or inconsistencies.
- Energy Efficiency:
- The desiccant rotor technology used in these dehumidifiers is generally more energy-efficient than traditional refrigerant-based systems, particularly in applications that require low humidity levels.
- This can result in lower operational costs for the softgel capsule drying process, which is an important consideration in the pharmaceutical industry.
- Compact Design:
- Desiccant rotor dehumidifiers can have a more compact and modular design compared to larger, centralized dehumidification systems.
- This allows for easier integration into existing softgel capsule drying facilities, where space may be limited, and can also facilitate scalability as production demands change.
Main Parameters:
Model |
ZCB—12000 |
Process Airflow |
12000m3/h |
Parameter of Fresh Air |
T=31℃, RH=87% |
Parameter of Supply Air |
T≤25℃, RH≤25% |
Fresh Airflow |
1200m3/h |
Rotor Process Airflow |
8400m3/h |
Rotor Reactivation Airflow |
2800m3/h |
Regeneration Temperature |
120±10℃ |
Reactivation Consumption |
Electric Heating Power |
54kw |
Steam Consumption |
100kg/h |
Reactivation Fan Power |
1.5kw |
Blower Power |
11kw |
Driving Motor Power |
0.1kw |
Cooling Load |
135kw |
Chilled Water Consumption (T≤7℃) |
23.2T/h |
Power Supply |
3P/380V/50HZ |
Installed Power |
Electric Reactivation |
66.6kw |
Steam Reactivation |
12.6kw |
Overall Dimension |
5969*1724*2122mm |
ESP(External Static Pressure) |
800Pa |
User Friendly Automatic Interface Control System:

Air Treatment for Today’s Pharmaceutical Production

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