MW-BOT Biogas torch

Working principle:

Biogas is a mixture of gases produced by the decomposition of organic matter under anaerobic conditions by microorganisms. Its main components are methane (50%-70%) and carbon dioxide (30%-50%), along with water vapor, sulfides, nitrides and hundreds of other components.

Methane is a potent greenhouse gas and direct emission will have a significant impact on the environment. The core function of the MW-BOT biogas flare is to convert the combustible components such as methane in the biogas into carbon dioxide and water through combustion, significantly reducing its greenhouse effect.

This device is a crucial terminal safety device in the biogas treatment system. It is particularly suitable for scenarios where biogas production fluctuates or cannot be fully utilized, ensuring that any excess biogas is safely destroyed.

Performance features:

High combustion efficiency and safety: The torch adopts a multi-level flame suppression safety design to ensure operational safety. The methane burnout rate is higher than 95%, effectively guaranteeing the treatment effect.

The ignition success rate is over 98%, and the operational reliability is high.

The closed-type torch can achieve smokeless combustion within the designed load, and the surface temperature of the tower body is lower than 60℃, which further enhances safety.

Outstanding regulation and purification capabilities: The equipment has a high load regulation ratio and can adapt to changes in biogas production.

By integrating the dry desulfurization tower desulfurization process and the activated carbon adsorption device and other purification technologies, it is possible to effectively remove impurities such as hydrogen sulfide in biogas, reducing the hydrogen sulfide concentration to below 20mg/m³. The desulfurization efficiency is ≥ 95%, and the final exhaust gas emissions meet the secondary requirements of the "Integrated Emission Standards for Air Pollutants" (for example, the SO₂ concentration is lower than 4.2mg/m³).

Continuous technological improvement: New patented technologies have been applied, such as pre-mixing air through a heating sleeve, separating moisture through condensation, and improving the closed structure, to continuously optimize combustion performance and emission indicators.

Application:

This product is widely used in modern wastewater treatment plants, alcohol factories, livestock farms, and landfill sites, aiming to effectively control the emission of biogas and achieve environmental protection and energy security.

Technical parameters:

Remark: Special requirements can be customized.