In a groundbreaking move towards advancing cryogenic technology, HQHP introduces its Liquid Hydrogen Pump Sump. This specialized cryogenic pressure vessel is meticulously designed to ensure optimal performance of the liquid hydrogen submersible pump, setting new standards in safety, efficiency, and innovation.
Key Features:
Cutting-Edge Insulation Technology:
The liquid hydrogen pump sump incorporates high vacuum multi-layer insulation technology. This not only enhances insulation effectiveness but also aligns perfectly with the demanding conditions of liquid hydrogen operations.
The utilization of advanced insulation technology ensures that the equipment operates seamlessly even in the extreme temperatures associated with cryogenic environments.
Safety at the Forefront:
Engineered to meet the highest explosion-proof grade standards, the pump sump prioritizes safety, providing operators and facilities with confidence in the handling of liquid hydrogen.
The incorporation of a built-in multi-component composite adsorbent contributes to maintaining a strong vacuum over an extended period, ensuring a prolonged operational life.
Robust Construction and Customization:
The main body is constructed using 06Cr19Ni10, a robust material chosen for its durability and compatibility with cryogenic conditions.
The shell, also composed of 06Cr19Ni10, is designed to withstand ambient temperatures while maintaining structural integrity.
Various connection modes such as flange and welding offer flexibility, catering to diverse operational setups.
Tailored Solutions for Varied Needs:
HQHP understands that different applications require specific configurations. Therefore, the Liquid Hydrogen Pump Sump is customizable with different structures, ensuring that it can be tailored to meet the unique requirements of each customer.
Future-Ready Cryogenic Solutions:
HQHP’s Liquid Hydrogen Pump Sump represents a leap forward in the field of cryogenic engineering. With a focus on insulation efficiency, safety compliance, and adaptability, this innovation sets the stage for a new era in the seamless handling of liquid hydrogen, contributing to the growth and reliability of cryogenic applications globally.
Post time: Dec-20-2023
