600 Nm³/h 95% Purity VPSA Oxygen Generator for Biomass Power Generation Combustion Support with 95% Filling Rate and ≤75 dB(A) Noise Level

The VPSA Oxygen Generator (Vacuum Pressure Swing Adsorption Oxygen Systems) is a core combustion-supporting equipment in the biomass power generation industry. Based on vacuum pressure swing adsorption technology, it can produce high-concentration oxygen with a flow rate of 600Nm³/h and 95% purity, featuring core advantages of high purity, high combustion-supporting efficiency, and low energy consumption.

As a typical application of vacuum swing adsorption oxygen generator, it provides oxygen-enriched combustion support for biomass boilers, increasing combustion efficiency by 30-40%, significantly reducing biomass fuel consumption and pollutant emissions. It is a key equipment for biomass power generation enterprises to achieve energy conservation, consumption reduction, and compliance with emission standards.

The core of biomass power generation is the combustion of biomass fuels (e.g., straw, wood chips) in boilers to generate electricity. However, biomass fuels have low calorific value and high water content. Traditional air-supported combustion faces problems such as incomplete combustion, low efficiency, and high pollutant emissions.

Using 95% purity oxygen produced by VPSA Oxygen Generator for combustion support can increase the combustion temperature of biomass fuels by 200-300℃, improve combustion efficiency by 30-40%, reduce fuel consumption by 25-30%, and simultaneously decrease nitrogen oxides (NOₓ) and particulate matter (PM) emissions by 30-50%, fully meeting environmental emission standards.

The 600Nm³/h flow rate is compatible with 10-15MW biomass power generation units. The 95% high-purity oxygen ensures full combustion of biomass fuels, avoiding issues such as furnace coking and heating surface corrosion caused by insufficient oxygen. The core advantage of its PSA technology for oxygen generation lies in the "vacuum desorption" technology. Compared with traditional PSA oxygen generators, it increases oxygen extraction rate by 10-15% and reduces energy consumption by 15-20%, significantly optimizing pressure swing adsorption oxygen plant cost.

When purchasing VPSA Oxygen Generators, biomass power generation enterprises should focus on four core factors: purity compliance, combustion-supporting efficiency, pretreatment capacity, and supplier experience.

• For purity, must select equipment with oxygen purity ≥93% and operational cases in combustion-supporting scenarios, requiring suppliers to provide combustion efficiency test reports.
• For combustion-supporting efficiency, prioritize equipment that can reduce fuel consumption by ≥25%.
• For pretreatment capacity, confirm the equipment has tar and dust removal functions, and obtain specifications on the filtration precision and service life of the pretreatment system.
• For supplier experience, choose PSA oxygen plant manufacturer with cases in the biomass power generation industry, requesting operational data of the equipment in similar power plants.

In addition, attention should be paid to the environmental performance of the equipment. Select energy-saving equipment with energy consumption ≤0.45kWh/Nm³ to help power plants reduce carbon emissions. For after-sales service, choose suppliers that provide on-site installation, commissioning, and operator training, with a warranty period of ≥1 year and a warranty of ≥3 years for core components (molecular sieves, fans).

With its advantages of 95% high purity and efficient combustion support, the VPSA Oxygen Generator has become an energy-saving tool for biomass power generation. The 600Nm³/h configuration accurately matches the needs of small and medium-sized biomass power generation units. Its Vacuum Pressure Swing Adsorption Oxygen Systems technology can provide sufficient and clean oxygen support for biomass combustion, helping power plants improve efficiency, reduce emissions, and achieve sustainable development.