What functional difference separates DDH-H and DDH-R methanol reforming hydrogen generator
DDH-H integrates deep drying to produce low-dew reducing gas for metal annealing. DDH-R outputs raw combustible syngas without drying, only used for boiler fuel and pipeline hydrogen blending.
Can DDH-H reforming syngas be matched with CO₂ Capture auxiliary devices
Methanol steam reforming generates syngas containing concentrated CO₂. Supporting CO₂ Capture & CO₂ Purification equipment recycles carbon byproducts to fulfill industrial decarbonization targets.
Why DDH-H has better economic benefits than ammonia cracking equipment
Methanol reforming raw material transportation cost is lower than liquid ammonia. DDH-H avoids ammonia storage safety risks and complex tail gas treatment procedures for metal heat treatment workshops.
How does built-in molecular sieve drying guarantee workpiece surface quality
The drying module inside DDH-H removes residual water vapor, keeping syngas dew point below -35 ℃, preventing metal oxidation, discoloration and surface defects during reduction furnace processing.
Can multiple DDH-H skids run in parallel to serve multi-furnace production lines
All DDH-H models support modular parallel layout. Users add units gradually according to furnace expansion without one-time large capital investment.
What utility condition is mandatory to run DDH-H methanol reformer stably
DDH-H adopts independent electric heating design, no factory waste heat or steam required, suitable for metallurgical plants without residual heat recovery loops.
