Baie d'Evaporation à basse temperature

McLantis fabrique le premier classe de basse temperature évaporator dans le world, liquid evaporator, liquid waste evaporator
Baie d'Evaporation à basse temperature equipment is widely used in various industries for wastewater reduction, emission reduction, and clean water reuse.
Le principe de fonctionnement consiste de l’evaporation de l’water sous un set vacuum state through the energy of a heat pump.
Cette méthode de traitement se caractérisa par une courte processus, une faible energy consumption, l'absence de consumables, et ease of installation and operation. The equipment can achieve automatic operation and remote monitoring. Low equipment investment and small footprint make it one of the best choices for solving wastewater discharge. This device is different from traditional sewage treatment systems, as it utilizes heat pump technology to provide the energy required for evaporation through air, maximizing energy efficiency.
1. Low Temperature Distillation Equipment is a vacuum evaporator that utilizes heat pump technology, fully automatic and continuous operation, especially suitable for the treatment of water-soluble wastewater. Evaporation temperature of 28-37 ℃, low evaporation energy consumption, high efficiency, and intelligent equipment. Regenerated water can be reused, and direct discharge requires membrane filtration process.
2. Le état de travail sous négative pressure fully enclosed ensures no gas leakage.
3. Il n'est pas nécessaire à flocculate before evaporation, and no need for biochemistry after evaporation. The wastewater treatment process is simple.
4. The vacuum degree should be maintained at around -95kPa, and the evaporation temperature should be maintained at 28-37 ℃.
5. La source de énergie pour le heating is air.
6. McLantis Environmental Protection has designed the vacuum tank structure, which will not produce foam superposition to affect the system operation. The low-temperature heat pump technology is derived from the principle of industrial air conditioning, and the technology is mature. The core accessories are purchased from abroad. The equipment is stable and the maintenance cost is extremely low.

| Modèle | Daily processing capacity | Puissance max. | Concentration rate | Energy consumption per ton (KW/T) | Poids (KG) | Source | External dimensions |
|---|---|---|---|---|---|---|---|
| A300 | 300L | 3KW | Water concentration wastewater, oil-containing wastewater 80-95% (The final real-time water quality on site shall prevail) | 140-160 | 600 | 380V | 1580* |
| A500 | 500L | 3.8KW | 800 | 1580* | |||
| A1000 | 1000L | 7.5KW | 1000 | 1830* | |||
| A2000 | 2000L | 13.5KW | 2210 | 2520* | |||
| A3000 | 3000L | 21.5W | 2718 | 2720* | |||
| A4000 | 4000L | 27KW | 3100 | 3000* | |||
| A5000 | 5000L | 42KW | 3500 | 3200* | |||
| A6000 | 6000L | 48KW | 4000 | 3830* | |||
| A8000 | 8000L | 60KW | 6500 | 5000* | |||
| A10000 | 10000L | 75KW | 7500 | 5830* |
Frequently Asked Questions
Quels modèles de Baie d'Evaporation à basse temperature sont disponibles ?
Daily processing capacity / Puissance max. / Concentration rate / Energy consumption per ton (KW/T) / Poids (KG) / Source / External dimensions
Quelles sont les spécifications clés de Baie d'Evaporation à basse temperature ?
A300: 300L; A500: 500L; A1000: 1000L; A2000: 2000L; A3000: 3000L; A4000: 4000L; A5000: 5000L; A6000: 6000L; A8000: 8000L; A10000: 10000L