Features and Applications of Biogas Booster Fans
Release date:
2022-06-25
It is quite common for biogas systems to experience unstable pressure and fail to operate normally. The emergence of biogas boosting fans has been widely supported by users. So, let’s take a closer look at the features and applications of biogas boosting fans!
Due to the benefits of biogas, digestate, and沼渣—products generated through fermentation—for agricultural ecological projects, various agricultural ecological engineering technology models centered around biogas have rapidly developed in recent years. In particular, these models have achieved remarkable results in reducing pollutant emissions from livestock and poultry farming. As the use of methane expands locally, some issues arising from its proper application are gradually becoming apparent. It is common to encounter unstable pressure and difficulties in normal operation when using biogas. Biogas booster fan Its emergence has received strong support from a wide range of users. So, let’s take a closer look at the features and applications of biogas booster fans!
Features of biogas booster fans:
The tank and pipelines—characterized by safety, ease of transportation and installation, stability, and self-regulating features—are typically made of carbon steel with anti-corrosion coatings. The boosting fan is explosion-proof, and the controller is also explosion-proof. After setting the desired pressure value, the biogas boosting fan automatically starts or stops based on the methane pressure inside the tank, ensuring stable pressure within the tank. The external dimensions, fan model, and buffer tank model can be customized according to customer requirements. Additionally, the height and diameter of the biogas inlet and outlet pipes can be adjusted to meet the specific needs of various projects.
The biogas booster fan can address insufficient gas pressure, enabling more complete combustion and stronger flame intensity, making it suitable for biogas projects. In addition to the biogas pressure stabilization and boosting system, biogas projects also include various equipment such as biogas desulfurizers, biogas water seals, biogas desulfurization and dehydration systems, red sludge gas bags, and biogas storage tanks.
Biogas booster fans are widely used in piped gas systems to mitigate pressure fluctuations and stabilize the unloading process. When the gas pressure within the system fluctuates, the buffer tank provides a certain degree of cushioning against these pressure changes, preventing the booster system from frequently starting up and thereby extending the service life of the booster. After stabilizing the system’s gas pressure and ensuring consistent gas supply, the gas can then be delivered to the gas distribution site.
Biogas booster fan The role of:
This equipment, used for stabilizing biogas systems and boosting pressure in gas appliances, consists of a frequency converter, a Roots blower, a buffer tank, and other components. After the pressure setpoint is configured for the biogas booster fan, the fan automatically starts or stops based on the biogas pressure inside the tank, thereby ensuring stable pressure within the tank.
The following instructions describe how to use the biogas booster fan:
I. Connection Method
The inlet of the biogas booster fan is connected to the pipeline from the biogas digester. The outlet of the booster fan (including the check valve and back-pressure valve) is connected to one end of a flexible buffer gas storage bag. After one end of the gas bag is connected to a pressure measurement probe, it can then be connected perpendicularly to the main pipeline.
II. Pressure Regulation
To adjust the pressure or the upper limit, move the cursor to the appropriate parameter and then press Enter to confirm. To adjust the lower limit of the pressure, move the cursor to the appropriate parameter and then press Enter to confirm.
III. Usage
Biogas booster fan After installation is complete, first switch to manual mode. Once the air pressure has been established, you can then switch to automatic mode for automatic startup. The air pressure has been adjusted at the factory: it starts at X kPa and stops at X kPa. The frequency converter’s pressure booster regulator must be capable of adjusting the frequency according to the air flow rate to achieve the appropriate motor speed.
The biogas booster fan is a specially designed boosting device for various combustible gases and harmful, toxic gases, including natural gas, biogas, coal gas, alcohol-mixed gases, straw gas, and more. It can address insufficient gas pressure, ensuring more complete gas combustion and stronger flame intensity.
The above is an introduction to the features and applications of biogas booster fans. If you’d like to learn more, feel free to contact us anytime!
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