3KW Methanol hydrogenii productio potentia generationem ratio

3KW Methanol hydrogenii productio potentia generationem ratio ex Sinis-Vet repraesentat secans-extremis solution in agro mundus industria. Hoc ratio combines Advanced Methanolum Hydrogenii Production Technology cum agentibus potentia generationem, offering certa et environmentally amica alternative ad conventional industria fontes.

Hoc potestate generationem ratio leverages hydrogenii cell cellula technology ad convertam hydrogenii ex methanol in electricity. Processus est efficient et sustineri, faciens illud optimum arbitrium ad reducendo ipsum emissiones dum testimonii industria postulat. Disposito enim diverse applications, ratio est specimen usum in industriae facilities, remotis potentia stationes et tergum industria commeatus.

Processus fluxus

Processus principium huius ratio:

The basic principle of the equipment process is to use methanol vapor to react with water vapor under the action of catalyst at high temperature to generate crude hydrogen, enter the purifier for purification to obtain high-purity hydrogen, and then use the downstream fuel cell system to power the power unit, or store it in the battery-based energy storage system for standby use.

Et Methanol aquae reforming reactionem est a multi-component, multi-reaction Gas-solidum catalytic complexu reactionem ratio. Imprimis eget reactiones ut includit:

Methanol vapor reforming reactionem (principalis reactionem);

Ch3oh + H2O → CO2 + 3H2, ah = XLIX kj / mol

Methanol elit reactionem:

Ch3oh → co + 2H2, ah = + 91kj / mol

Reverse aqua Gas reactionem:

CO2 + HZ → CO + H2O, AH = + XLII KJ / MOL

Tota processus est ut sequitur: Primo, aquam et methanolum miscentur secundum rationem, et tunc infusum in reforming hydrogenii purificationem ratio per summus pressura infusionem pump. Post mixta liquidum est rapidly vaporized in vaporizer, quod intrat in catalyst lecto (400-500 ° C) ad subire methanolum vapor reforming reactionem. Et una-transiet conversionem rate of Methanol est plerumque supra XCV%, maxime generating LXXV% H2, XXIV% CO2 et minus quam III% of impudicitia gases ut CO et Ch4, quod est crudam hydrogenii. Hoc crudam hydrogenii potest intrare densam metallum membrana purificator, quod potest purificare crudam hydrogenii in hydrogenii puritate proxima ad 5n cells ad Hydrogenii in ISO 14687-2019 et GBT37244-2018 Signa in ISO 14687-2019 et GBT3724-2018 Signa in ISO 14687-2019 Et purificatus hydrogenii potest directe in hydrogenii unitas post cibus cell generat electricity et eget industria hydrogenii convertitur in electrica industria per cibus cella. Et generatae electrica industria potest adhiberi externa potestate copia vel repono in standby per Lithium altilium-fundatur industria repono ratio. Processus fluxus ostensum est in figura infra: