Gas monitoring system for a building: how 11 sample heads, three analysers and a 5% LEL alarm protect occupants.
Phiraphat Eden
Phiraphat is a digital marketer with a passion for turning online attention into real business results. Over the course of his career, he has built expertise across the full marketing stack from SEO, optimizing websites to rank higher and attract organic traffic, to content marketing, crafting blog posts, videos, and guides that engage audiences and build trust. A big part of his approach is data-driven: using analytics tools to track performance, test what works, and refine strategy based on real numbers rather than guesswork. He has set up email marketing and automation workflows that nurture leads and keep customers engaged long after the first click.
Recent Articles
Open Landfill Gas Flare for 1,500 m³/h: Materials, Flame Detection and Controls
What goes into a 1,500 m³/h open flare package for South-East Asia: tip material, UV flame sensing, selector modes and a 300 mbar blower.
Landfill Gas Flare Safety and Monitoring Features: A Specification Checklist
A 1,000 m³/h enclosed flare for Australia shows which safety and monitoring features to put into a flare specification, and why.
How an Elevated Flare Handles Weak Landfill Gas
Elevated flare ignition logic explained: retry timers, vent mode and continuous run for sites where landfill gas quality varies.
POME Sampling for Biogas: What a 10-Day Study Shows
What a 10-day palm oil mill effluent sampling study reveals about biogas potential, with COD and pH results from two mills and how to read them.
Two Ammonia Stripping Lines, One Thermal Destructor: Treating 2,500 m³/day of Leachate
How two independent stripping lines share one destructor to treat 5,300 mg/l ammonia leachate down to under 150 mg/l, using landfill gas as fuel.
How to Size a Landfill Gas Flare When Site Data Is Limited
Size a landfill gas flare from a modelled gas production curve: stated assumptions, 75% collection efficiency, a 30% margin and a 5:1 turndown explained.
Landfill Mining to Energy: A Phased Pyrolysis Plant
Landfill mining to energy: how buried waste becomes SRF for a 12.5 MW phased pyrolysis scheme, with process steps, buffers and what goes back to landfill.
Landfill Mining for Waste to Energy: From Dump to 1 MW
A 1 MW pyrolysis scheme fed by mined, stabilised landfill waste, with the front end sized stage by stage.
Chicken Waste: Anaerobic Digestion Plus Pyrolysis
Chicken waste anaerobic digestion with pyrolysis: a two-route design for a poultry site, 60 t/day of manure, drying digestate and a 1.85 t/h pyrolyser.
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