Supports customization with a processing capacity of up to 17660 CFM (cubic feet per minute).
The communication can meet the user’s requirements such as RS-485 (standard), IoT connection, etc.
The independently developed EBZ200-2 multi-core driver can save more than 10% of the comprehensive energy consumption compared with the fixed cycle mode;
The optional dew point energy-saving control can extend the adsorption time and reduce the comprehensive energy consumption by more than 30% under load fluctuation conditions;
Customized high-performance adsorbent, 20% filling margin;
304 stainless steel control gas pipeline, specially designed diverter, high adsorbent utilization rate, small gas pressure loss;
7-inch Siemens touch screen programmable controller, dynamic monitoring of operation process；
The Low Air Consumption Blast Heating Regeneration Adsorption Dryer is designed to provide stable, energy-efficient moisture removal for industrial compressed air systems. It uses a blast heat regeneration process with an intermediate cooler, allowing the dryer to regenerate the adsorbent with only minimal compressed air consumption.
During operation, ambient air is drawn in by a blower and heated before passing through the saturated adsorption tower. The heated air desorbs the moisture retained in the adsorbent, restoring its drying capacity. During the cooling stage, the hot air circulates through the intermediate cooler and the regeneration tower in a closed-loop cycle, improving cooling efficiency and ensuring stable regeneration performance.
Because the regeneration process requires only 2–3% compressed air consumption, this dryer offers a more energy-efficient solution than conventional heatless dryers while still maintaining a stable low dew point. It is suitable for continuous industrial operation where both compressed air quality and operating cost are important.
To ensure reliable drying performance and long-term operation, the Low Air Consumption Blast Heating Regeneration Adsorption Dryer should be used under the following recommended conditions:
For the best operating result, the dryer should be installed with proper pre-filtration and operated under stable inlet conditions. This helps protect the adsorbent, improve regeneration efficiency, and maintain consistent outlet air quality.
| Model | Capacity (m³/min) | Gas Connection Pipe | Power (kW) | Dimensions (mm) |
|---|---|---|---|---|
| HRB-E100 | 13.5 | DN50 | 7.5 | 1390×970×2297 |
| HRB-E120 | 17 | DN65 | 10.2 | 1750×1050×2271 |
| HRB-E150 | 21.5 | DN80 | 11.8 | 1750×1050×2471 |
| HRB-E180 | 25 | DN80 | 14.2 | 1800×1050×2597 |
| HRB-E200 | 28.5 | DN80 | 16.8 | 1900×1100×2454 |
| HRB-E250 | 32 | DN80 | 18.4 | 1920×1260×2600 |
| HRB-E300 | 37 | DN100 | 21.5 | 2175×1340×2750 |
| HRB-E350 | 41.5 | DN100 | 25.9 | 2200×1350×2752 |
| HRB-E400 | 45 | DN100 | 27.5 | 2400×1500×2852 |
| HRB-E450 | 50 | DN100 | 30 | 2540×1670×2938 |
| HRB-E500 | 55 | DN125 | 31.5 | 2650×1700×3138 |
| HRB-E550 | 60 | DN125 | 33.5 | 2700×1840×3150 |
| HRB-E600 | 65 | DN125 | 36.3 | 2750×1840×2888 |
| HRB-E700 | 75 | DN125 | 41.1 | 2750×1840×2888 |
| HRB-E800 | 85 | DN125 | 47.8 | 3100×1900×3050 |
| HRB-E900 | 95 | DN150 | 52.6 | 3250×2100×2950 |
| HRB-E1000 | 110 | DN150 | 59 | 3250×2100×2950 |
| HRB-E1200 | 120 | DN150 | 63.8 | 3500×2200×3341 |
| HRB-E1400 | 140 | DN200 | 74.1 | 3700×2400×3420 |
| HRB-E1600 | 160 | DN200 | 89 | 3900×2420×3500 |
| HRB-E1800 | 180 | DN200 | 98.5 | 4100×2200×3050 |
| HRB-E2100 | 210 | DN200 | 110.5 | 4200×2835×3150 |
| HRB-E2600 | 260 | DN250 | 136.4 | 5200×2500×3300 |
Note：For air volumes above 260 m³/min or special specifications (materials, temperature, or pressure), please contact our company or authorized dealers. Data is for reference only and may change without prior notice.
In India’s hot climate, seasonal monsoon humidity, and demanding industrial environments, compressed air systems often require reliable low-dew-point drying together with better operating efficiency. The Low Air Consumption Blast Heating Regeneration Adsorption Dryer is designed for industrial users that need stable dry compressed air, continuous-duty operation, and lower purge air loss than conventional heatless dryers. With optional outlet pressure dew points of -20°C / -40°C and regeneration gas consumption of only 2–3%, it is well suited for Indian factories where both compressed air quality and long-term operating economy are important.
For the India page, this model is best positioned as an energy-efficient low-dew-point drying solution for medium and large industrial air systems. It is especially suitable for engineering plants, chemicals and petrochemicals, electronics, pharmaceuticals, food packaging, textiles, and centralized factory air stations where stable dry air and lower regeneration loss are both important. This positioning fits India’s hot, humid operating conditions and its strong manufacturing base in sectors such as chemicals, pharmaceuticals, electronics, automotive, engineering, and textiles.
– As an air treatment and gas purification manufacturer, we can meet all your compressed air quality and industrial gas needs. This includes various filtering equipment and customized air quality services.
– Our company is always ready to provide explanations. Just share your air quality requirements and we can develop the best system for you.
Need help navigating our compressed air dryer offer? We are always ready to put together the solution that best meets your needs.
The Blower & Zero Purge Adsorption Dryer is an advanced solution for industrial compressed air systems, designed to provide continuous, energy-efficient moisture removal.
This dryer combines blower-assisted regeneration with a zero purge cycle, ensuring the regeneration process consumes no compressed air. Ambient air is drawn in by the blower, heated to desorb moisture from the adsorbent, and then cooled through an intermediate cooler in a continuous closed-loop cycle. The result is a stable low dew point with minimal energy usage, protecting downstream equipment and ensuring consistent air quality in industrial operations.
The independently developed EBZ200-2 multi-core driver can save more than 10% of the comprehensive energy consumption compared with the fixed cycle mode;
The communication can meet the user's requirements such as RS-485 (standard), IoT connection, etc.
The optional dew point energy-saving control can extend the adsorption time and reduce the comprehensive energy consumption by more than 30% under load fluctuation conditions;
Customized high-performance adsorbent, 20% filling margin;
304 stainless steel control gas pipeline, specially designed diverter, high adsorbent utilization rate, small gas pressure loss;
7-inch Siemens touch screen programmable controller, dynamic monitoring of operation process；
No.3, 2nd Street, yuanle Road, Dongsheng Town, Zhongshan City, Guangdong Province
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