🧱 Ceramic Heat Exchange (Structured vs Random Saddles, Bed Pressure Drop 10"-18" WC)

RTO Ceramic Media & Pressure Drop Calculator

Size structured honeycomb monolith blocks (Lantec / Porocel) versus random ceramic saddle packings inside RTO heat recovery beds: calculate bed differential pressure drop (10" to 18" WC), maximize volumetric heat capacity ($J/m^3cdot K$), calculate fan motor power savings ($30% ext{ lower dP}$ with structured media), and media reload margins.

1. Project & Operating Inputs

RTO Bed Cross-Sectional Area (Sq Ft e.g. 180 Sq Ft Ceramic Media Bed)

Media Bed Depth (Feet e.g. 6.5 Foot Deep Ceramic Block Matrix)

Customer Bid Price for Supplied & Loaded Structured Ceramic Media ($)

Lantec Monolith Blocks, Refractory Support Grid, Media Installation ($)

2. Financial Breakdown & Yield

STRUCTURED CERAMIC MEDIA

Turnkey RTO Media Reload & Energy Profit

Industrial Heat Transfer Refractory Margin

0.0%

Gross Revenue / Bill

Total Project CapEx

Operating / Direct Cost