Precision Vacuum Degasser Hvac Energy Saving Vacuum Chamber Design

Precision Vacuum Degasser Hvac Energy Saving Vacuum Chamber Design

Brief Description

This industrial vacuum degasser is made of 316L stainless steel with a modular structure, offering strong corrosion resistance and a long service life. Through optimized vacuum chamber design, it achieves degassing efficiency of over 99% while reducing energy consumption by up to 30%. Suitable for online degassing of media such as lubricating oil, hydraulic oil, and resins, it effectively prevents equipment oxidation and cavitation, ensuring long-term efficient operation of the production line. It is the preferred energy-saving and emission-reduction solution for heavy industry.

Product Overview

The vacuum degasser is a new type of fully automatic degassing equipment developed by SYS Water Doctor, combining vacuum degassing technology from developed countries with enhanced stability and efficiency compared to traditional vacuum degassers.
The vacuum degasser efficiently removes dissolved and free gases from closed-loop circulating water, effectively suppressing oxygen corrosion, gas resistance, and water pump cavitation in circulating water systems, extending the service life of metallic equipment(including heat exchangers, air conditioning units, circulating water pumps, boilers, etc.)and system pipelines, improving heat exchange efficiency, and ensuring safe, stable, and efficient system operation.

Technical Advantages

1.The equipment operates fully automatically, with the working time and cycle adjustable on-site as needed.
2.Based on Henry's law, the equipment adopts a physical degassing method, minimizing secondary pollution.
3.Easy installation, simple operation, and easy maintenance.
4.Good working performance, safe and reliable.
5.Small footprint, saving space.

Equipment Model

Application Areas

Cooling circulating water systems, Chilled water circulating water systems, Heating circulating water systems, Industrial circulating water systems

Company Profile

Beijing SYS Science & Technology Co., Ltd was founded in 2000 and is an innovative comprehensive service provider specializing in integrated water environment governance. Adhering to the mission of "taking water treatment as its own responsibility", SYS continuously optimizes and innovates core technologies and services from a systematic perspective, based on its proprietary core technologies and 25 years of experience in water environment governance. It has established a full-lifecycle integrated management service system covering "consultation, planning, design, manufacturing, implementation, and operation", and possesses strong market competitiveness in fields such as basin planning and governance, construction and upgrading of urban and industrial park sewage treatment facilities, water quality improvement of rivers, lakes and landscapes, black and odorous water treatment, rural sewage treatment, and circulating water system treatment. 

Rooted in China and serving the world, SYS has carried out exchanges and cooperation with more than 20 countries and regions globally. Over the past 25 years, it has participated in the construction and operation of more than 1,000 water resources projects and over 5,000 circulating water projects.

As a national high-tech enterprise, SYS has successively overcome key technical challenges such as ultra-limit nitrogen removal, ultra-limit phosphorus removal, low-temperature sewage biological treatment, sludge source reduction, and micro-polluted water treatment through continuous R&D and technological accumulation. It holds 124 independent intellectual property rights, including 24 invention patents. Its three core proprietary technologies—Rapid Separation Biological Treatment Technology, Spore Transfer Technology, and Ion Balance Device Technology—have been evaluated by experts from the Ministry of Science and Technology as reaching the international advanced level and leading domestic level overall. 

Global Cooperation Network

Technology Pack

Business Scope

Cases