Q1: How does the system handle highly corrosive gases containing hydrogen sulfide (H2S) and high moisture?

A: Every Zexuan system utilizes heavy-gauge, corrosion-resistant stainless steel (such as SS316L or SS310S) for all components in contact with the wet gas stream. We also routinely integrate upstream condensate knockout drums and moisture separators to dehydrate the gas prior to combustion, significantly extending the service life of the entire flare infrastructure.

Q2: What is the primary difference between your Open Utility Flares and Enclosed Ground Flares?

A: Open utility flares are highly cost-effective and reliable for remote agricultural sites where visual impacts are not restricted. Enclosed Ground Flares (EGF) are engineered for urban areas or strict environmental zones; they hide 100% of the visible flame within an insulated ceramic-lined cylinder, control exact retention times for a superior DRE (≥ 99.5%), deliver near-silent operation (<60dBA at grade), and ensure zero thermal radiation outreach.

Q3: Can this flare system operate safely in remote, unmanned locations?

A: Absolutely. Every Zexuan biogas flare is engineered for autonomous, 24/7 remote operation. The system is managed by a high-end PLC control cabinet featuring automated re-ignition algorithms: if extreme weather temporarily extinguishes the flame, multi-spectrum UV/IR sensors immediately trigger an instant re-spark sequence.

Q4: What safety interlocks are implemented to prevent flashbacks into the digester or pipeline?

A: Safety is our absolute priority. The gas train is fully equipped with certified bi-directional detonation flame arrestors, automated fast-acting fail-safe valves that isolate the gas loop within milliseconds during a process fault, and continuous positive pressure monitoring via dynamic molecular seals to block any atmospheric oxygen ingress.