Turbine Oil Purifier LTOS-T2017

Introduction

Turbine Oil Purifier operates with a flow rate of 300 oil purification for optimal turbine performance. It features low-noise operation, ensuring minimal sound disturbance during its high-efficiency purification process. The advanced vacuum system efficiently removes moisture and gases, preserving high oil quality. Our Oil purifier features an automated alarm unit that provides real-time safety alerts.

This petroleum testing is designed to meet the rigorous requirements of modern laboratory operations, ensuring high precision, reliability, and ease of use for various experimental applications.

Applications

Turbine Oil Purifier  is used in life science facilities to ensure clean and moisture-free turbine oil, supporting critical biotech and pharmaceutical research equipment. It enhances operational efficiency and reliability in controlled lab environments.

Specifications

Flow Rate	300 L/min
Vacuum Degree	-0.06 to -0.095 MPa
Vacuum Pressure	≤ 0.4 MPa
Temperature Range	20 to 80℃
Working Noise	≤65 to 80 dB(A)
Working Time	≥ 4000 H
Continuous Working Time	150 H
Oil Outlet/Inlet	Φ 50 mm
Moisture Content	≤60
Gas Content	0.1 %
Demulsification Value	≤15 min
Impurity Size	≤1 μm
Electric Heating Power	84,000 W
Power Consumption	97,000 W
Power Supply	380V/50Hz/3
Dimensions (L×W×H)	2000 × 1350 × 2100 mm
Weight	1550 kg

Features

Advanced moisture removal

Low noise operation

High-performance heating

Automated liquid control

Multi-stage purification

FAQs

1. How does the Turbine Oil Purifier improve turbine system efficiency?

The Turbine Oil Purifier significantly improves turbine system efficiency by maintaining oil clarity and consistency. Contaminated oil causes wear, corrosion, and inefficient heat transfer, reducing turbine performance. This system removes fine particles down to 1m and minimizes gas content to 0.1%, preserving lubricant quality. Its vacuum dehydration process prevents cavitation and extends component life. The 84,000 W electric heating ensures optimal oil temperature for maximum purification. A demulsification value of 15 minutes ensures quick water separation even in emulsified oil. As a result, the turbine operates more smoothly, with reduced mechanical friction and less energy loss. Over time, this results in lower maintenance needs and improved overall system output.

2. What are the benefits of the automated features in the Turbine Oil Purifier?

Turbine Oil Purifier includes intelligent automation features to enhance safety and operational convenience. Its built-in alarm unit monitors real-time conditions such as pressure, temperature, and moisture content. If parameters exceed safe limits, it automatically alerts the operator, preventing costly failures. The automated liquid control regulates oil levels, reducing the risk of spills or dry runs. These features reduce the need for constant manual supervision and promote consistent performance. The system is ideal for facilities operating around the clock, ensuring uninterrupted purification. It simplifies complex operations, especially in environments with limited technical personnel. Automation also contributes to better documentation and traceability in maintenance logs.

3. Can the Turbine Oil Purifier handle high-contamination oil conditions?

Yes, the Turbine Oil Purifier is engineered to perform under high-contamination conditions, common in aging turbine systems. Its multi-stage filtration process efficiently removes solid particles, water, and dissolved gases. With a flow rate of 300 L/min and vacuum pressure of 0.4 MPa, it tackles severely degraded oil. Its impurity filtration capacity down to 1 m ensures removal of micro-contaminants. The demulsification function rapidly separates water from oil, restoring fluid properties even in complex mixtures. This makes the unit suitable for emergency oil recovery and on-site regeneration. It is a practical choice for facilities that can’t afford operational downtime due to contaminated oil. Ultimately, it helps extend the life of both the turbine and the oil.

4. How does the Turbine Oil Purifier contribute to sustainability and cost savings?

Turbine Oil Purifier supports sustainability by reducing oil wastage and minimizing environmental impact. By extending oil service life, it decreases the need for frequent oil replacement and disposal. Its 4000+ hour working time and continuous 150-hour runtime ensure long-term operation without frequent maintenance. The system reduces turbine wear, minimizing the need for costly part replacements. With efficient gas and moisture removal, oil quality is preserved longer, lowering purchase costs. Power plants and industrial sites benefit from lower energy use due to optimized turbine performance. It aligns with green manufacturing goals by reducing emissions from machinery failure. The result is a cleaner, more efficient, and cost-effective operation.

5. Is the Turbine Oil Purifier suitable for 24/7 operations in high-demand facilities?

Designed for endurance, the Turbine Oil Purifier excels in high-demand environments like power plants and heavy industries. With a continuous working time of 150 hours, it ensures long, uninterrupted purification cycles. Its 97,000 W power capacity and rugged build deliver consistent performance even under intense workloads. Operating within a noise range of 65 to 80 dB(A), it maintains a quiet profile ideal for round-the-clock use. The integrated vacuum system ensures stable oil quality during extended runs. Smart automation features help reduce the need for frequent manual oversight. This makes the Turbine Oil Purifier particularly suited for operations requiring constant uptime. Its durability and reliability lead to minimized shutdowns and optimized turbine performance.

6. What safety measures are integrated in the Turbine Oil Purifier for operator protection?

Turbine Oil Purifier includes several safety mechanisms designed to protect both the equipment and the operator. The automated alarm system detects anomalies in temperature, vacuum pressure, and flow rate, providing immediate alerts. It operates with a vacuum degree of -0.06 to -0.095 MPa, with tightly controlled pressure limits for safe use. Its electrical components and heating elements are enclosed and insulated to prevent exposure. With a noise level of 80 dB(A), it also protects hearing in industrial environments. The system includes stable inlet/outlet sizes (50 mm) to ensure controlled fluid handling. Overload protection and emergency shutdown features enhance operational safety. These integrated systems ensure compliance with industrial safety standards.