What core technical gap separates DPH from OPH methanol reforming hydrogen generator
DPH removes built-in heating units and relies on factory waste heat for methanol steam reforming, cutting power investment. OPH adopts self-heating catalytic circulation, fit sites without surplus steam supply.
Can DPH hydrogen generator cooperate with CO₂ Capture & Purification equipment
Crude syngas from reforming methanol contains concentrated CO₂. Matching carbon recovery modules realizes by-product recycling and meets industrial decarbonization targets for hydrogen production plant.
Why DPH has lower long-term operating cost than PEM Electrolyzer water electrolysis
DPH consumes minimal auxiliary electricity by utilizing factory waste heat. PEM electrolysis requires massive power input, leading to heavy electricity expenditure for continuous green hydrogen plant operation.
What on-site utility condition is mandatory to run DPH stably
Stable low-pressure industrial steam or waste heat medium is required as heat source. Without available residual heat, clients need to select self-heating OPH series methanol reformer instead.
Can multiple DPH compact skids operate in parallel for capacity expansion
All DPH hydrogen generator models support modular parallel layout. Clients add skids stepwise to match growing hydrogen demand without one-time large capital input.
What feed specification prevents catalyst coking inside DPH reformer
Industrial methanol with purity ≥99.85 ppm and qualified demineralized water are required. Sulphur and chloride impurities will deactivate reform catalyst and shorten service cycle.
