THAGO Blog
Practical guidance on biogas systems, flow control equipment, and industrial engineering for palm oil mills and process industries.
Steam Trap Selection Guide: Ball Float vs Thermodynamic vs Thermostatic
Ball float, thermodynamic, or thermostatic? Each steam trap type suits different conditions. Here is how to match the right trap to your operating pressure, load, and process.
Read more →Reading Flame Colour: What It Tells You About Biogas Combustion
Flame colour is one of the quickest ways to read combustion quality on a biogas flare. Here is what blue, yellow, and red flames tell you about temperature and gas content.
Read more →How to Size a Biogas Flare Stack for Your Palm Oil Mill
An undersized flare risks blow-out; an oversized one wastes capital. Here are the key factors that determine the right flare stack diameter and height for your mill's gas profile.
Read more →Penstock vs Stopboard: Which Does Your Application Need?
Penstocks and stopboards both control flow in open channels, but they solve different problems. Here is how to choose based on sealing, operating frequency, and head of water.
Read more →Choosing a Flow Meter for Biogas and POME Service
Biogas and POME are wet, corrosive, solids-laden media that defeat many flow meters. Here is how to match the right measurement technology and materials to each service.
Read more →Knock-Out Drums in Biogas Trains: Why Your Mill Needs One
Saturated biogas carries liquid that corrodes pipework and destabilises flares. A knock-out drum removes it. Here is what these vessels do and why every biogas train needs one.
Read more →What is POME and Why Does It Need to Be Treated?
Palm oil mill effluent (POME) is one of the most significant environmental challenges facing Malaysian mills. Here is what it is, why it matters, and what happens if it is not managed properly.
Read more →Enclosed vs Open Flare Stacks: Which Does Your Mill Need?
Choosing between an enclosed and open flare stack affects emissions compliance, cost, and site safety. Here is how to decide which is right for your facility.
Read more →SS304 vs SS316 Valves: Choosing the Right Material
The difference between SS304 and SS316 stainless steel comes down to one key ingredient, and it matters a lot depending on what is flowing through your pipes.
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