Product Overview
Helium Recovery Equipment is a specialized system designed to recycle helium discharged from industrial production, scientific research, and other scenarios through collection, purification, and storage. It solves the problems of helium scarcity, high procurement costs, and emission waste, helping enterprises reduce costs, improve efficiency, and achieve green development.
Application Fields
Semiconductor Industry: Recovery of helium shielding gas in photolithography and deposition processes during wafer manufacturing to avoid waste of high-purity helium.
Medical Industry: Recovery of helium discharged from cooling systems of MRI equipment to reduce hospital operating costs.
Scientific Research: Recovery of helium emissions from low-temperature laboratories (superconductivity experiments, quantum computing) to ensure continuous research.
Aerospace: Recovery of helium used in rocket engine testing and satellite component cooling to meet high-purity requirements.
Welding Industry: Recovery of helium shielding gas in optical fiber welding and precision metal welding to improve the stability of welding quality.
Product Features
High-Efficiency Recovery & High Resource Utilization
- Helium recovery rate reaches 90% - 98%, far exceeding the industry average, which drastically reduces helium waste.
- The purity of purified helium is stably maintained at 99.9% - 99.999%, meeting the requirements of most industrial and scientific research scenarios. It can be directly reused without the need to mix with new helium gas.
Intelligent Control & User-Friendly Operation
- Equipped with a PLC intelligent control system, supporting touch screen operation and real-time display of key parameters such as recovery volume, purity, pressure, and temperature.
- Features automatic start/stop, fault alarm, and automatic parameter adjustment functions, minimizing manual intervention and enabling quick mastery even for new operators.
Safe, Reliable & Stable Operation
- Configured with multiple safety protection mechanisms: automatic pressure relief for overload, audible and visual alarm for helium leakage, and automatic shutdown of core components in case of overheating.
- Core components (purification molecular sieves, compressors, filters) are made of high-quality imported materials, boasting a long service life. The annual failure rate during continuous operation is less than 0.5%.
Energy-Saving & Significant Cost Advantages
- Adopts high-efficiency energy-saving compressors and frequency conversion technology, reducing energy consumption by 15% - 20% compared with traditional equipment.
- Based on an enterprise’s average daily helium consumption of 100 Nm³ (unit price: approx. RMB 80/Nm³), the annual procurement cost savings amount to about RMB 2.6 - 2.8 million, enabling equipment investment recovery within 1 - 2 years.