Biological H₂S scrubber underperforming? Questions to ask on pH, temperature and pipework before adding capacity to an existing landfill gas site.
Flare Without a Blower: When a 1,450 m³/h Flare-Only Package Makes Sense
When existing blowers can deliver gas to the flare, a flare-only package avoids paying twice. We look at a 1,450 m³/h enclosed flare for a water reclamation site.
Biogas Flare Delivery to a Wastewater Site: Order to Handover
From handover meeting to completion certificate: how a 1,000 m³/h biogas flare is built, factory-tested, lifted into place and commissioned at a wastewater site.
Choosing a Demister Material for a Knockout Pot
Polypropylene or stainless steel? How to choose a demister material and form for a knockout pot on a leachate plant.
Mechanical Vapour Recompression for Ammonia Concentration
How MVR concentrates ammonium hydroxide from 2% to 20% by reusing vapour heat, with the key duty and reboiler figures.
Activated Carbon H₂S Removal for Biogas: The Polishing Stage Explained
How a lead-follow activated carbon stage takes biogas from about 200 ppm H₂S to below 8 ppm after a bio-scrubber, sized for a 730 Nm³/h plant.
Siloxane Removal From Landfill Gas: Chilling and Carbon
Why chilling to -30°C followed by activated carbon protects landfill gas engines from siloxane deposits.
Sewage Biogas Flare vs Landfill Gas Flare: What Changes?
How a sewage biogas flare differs from a landfill gas flare: no booster, stainless steel gas train, pressure-switch control and a 70% methane design limit.
How to Size a Covered Lagoon for Palm Oil Mill Effluent
A seven-step worked example of sizing a POME covered lagoon, from mill throughput to volume, retention time and biogas flow.
Ultrasonic or Electromagnetic Flowmeter for Leachate?
Ultrasonic or electromagnetic: how to choose a leachate flowmeter, and what changing type means for pipework, spares and delivery.
Start your enquiry :