Engineering insights, technical resources & industry expertise
A single high-density AI training rack can draw more than 100 kW. Uptime Institute puts the NVIDIA GB200 NVL72 at roughly 132 kW in a 19-inch frame — about 100 kW to cold plates, with more than 25 kW still rejected to air. The challenge does not end at the cold plate. That heat still
CategoriesHeat Exchangers, Industry Insights
Tagsashrae, coolant distribution unit, data centers, liquid cooling
A tube bundle fails in eighteen months, and the metallurgical report says the alloy was never wrong on paper. Type 316L was rated for the acid, temperature sat inside the published range, and the corrosion allowance was generous. What the specification missed was a trace of ferric ion carried over from an upstream oxidation step,
CategoriesHeat Exchangers, Materials & Metallurgy
Learn the quantitative indicators (U-value drift, Delta-P trends, tube failure rates) that signal when a shell-and-tube heat exchanger needs repair, retubing, or replacement.
CategoriesHeat Exchangers, Industry Insights
Falling film evaporators serve food, water treatment, and chemical industries. Learn how the same physics drives different engineering choices for each application.
CategoriesHeat Exchangers, Industry Insights
Tagschemical processing, falling film evaporators, food processing, zero-liquid discharge
Learn how kettle, thermosyphon, forced circulation, and internal reboilers work and which process conditions determine the right choice for your column.
CategoriesHeat Exchangers, Industry Insights
Tagsdistillation columns, forced circulation, kettle reboiler, process engineering, reboilers, tema standards, thermosiphon
The “20–25 year” lifespan answer is nearly useless. Learn which design and maintenance decisions actually control where your unit lands.
CategoriesHeat Exchangers, Industry Standards & Compliance, Materials & Metallurgy
Tagsasme, corrosion, equipment lifespan, fouling, maintenance, metallurgy, shell and tube heat exchanger, tema
Learn the mathematical and metallurgical realities of falling film evaporator design, from calculating minimum wetting rates to specifying high-nickel alloys.
CategoriesHeat Exchangers, Materials & Metallurgy
Tagschemical processing, falling film evaporator, heat transfer, high-nickel alloys, pharmaceutical recovery, tube wetting, vapor recompression
Compare TEMA vs non-TEMA heat exchangers to balance mechanical reliability with capital efficiency. Learn when to specify standards and when to save.
CategoriesHeat Exchangers, Industry Insights, Industry Standards & Compliance
Tagsasme section viii, equipment specification, fouling, mechanical standards, plate heat exchangers, shell and tube, tema
Choosing an industrial heat exchanger manufacturer requires evaluating their in-house fabrication scale, consultative engineering, and maintainability.
CategoriesHeat Exchangers, Industry Standards & Compliance, Manufacturing Capabilities
Tagsahri standard 400, asme, heat exchanger manufacturer, in-house fabrication, maintenance, proprietary design, shell and tube, tema
Learn how falling film evaporators work, when to specify them over alternatives, and how to manage viscosity thresholds and vapor recompression at scale.
CategoriesHeat Exchangers, Industry Insights
Tagsevaporation, falling film evaporator, heat transfer, mechanical vapor recompression, mvr, thermal degradation, viscosity
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