Prima ethanol mundi statio hydrogenii reformata in Brasiliam deducta est

Kalendis Augustis X, primum experimentum ethanol-substructum hydrogenii renovationis mundi (H2) fueling in campo Universitatis Sao Paulo (USP) in Brasilia deductae est.

Gubernator plantam 4.5 chiliogrammata hydrogenii per horam et focum usque ad tres buses et unum vehiculum leve producere potest. Sub terminis investigationis et evolutionis a Nationali Brasiliae Agency Olei, Gas et Biofuels (ANP), Testa Brasilia collocationem R$50 decies centena millia (circiter $10 miliones) investigationis et evolutionis impendio praebebit. Statio in cooperatione inter Hytron, Raizen, SENAI CETIQT et Universitatem Sao Pauli perducta est per Innovationem Research Centrum gasi (RCGI). Ad probationem facilitatis propositi, memoriale intellectus etiam cum Toyota signabatur. Situs experimentalis expectatur operational in secundo dimidium 2024 futurus.

"Propositum huius incepti porttitor est probare ethanolum vehiculo esse posse ad hydrogenii renovationem producendam, instrumentis logisticis in industria adhibitis". Technologia adiuvare potest industrias decarbonize quae energiam fossilium cibus consumunt" Cristiano Pinto da Costa dixit, CEO de Brasilia Testa.

Apparatu instituendo in situ includit vaporem ethanolum correctorem enucleatum et fabricatum ab Hytron. In hac facilitate, per processum chemicum, quod vapor reformans appellatur, ethanol cum aqua reactorem intra specificas temperaturas et pressiones ad ethanolum in hydrogenium convertendum aget. "Hytroni auctoris technologiam in Brasilia contulimus ad solutionem turbulentam demonstrandam, per quam ethanol ad hydrogenium magis pertinet et in transitus industriae localis et globalis momenti et impactive exercebit", Daniel Lopes dixit, director Commercialis Hytron.

In operatione stationis experimentalis investigatores emissiones et calculas constantium processus productionis hydrogenii comprobabunt. "Aestimatio nostra currentis est sumptus producendi hydrogenii ab ethanol, comparari sumptum consectetuer producendi per gas reformandos naturales, sicut factum est in Brasilia. Vicissim emissiones eius comparantur cum processu hydroelectricitate electrolysis pro potentia venti". dixit Julio Menegini, directori scientifico RCGI.

Opus ethanolum ad consectetuer producendum supplendum erit ab Raizen, maxima mundi effectrix ethanoli saccharicani. Nunc, ethanol a situ productionis ad destinatum per aliquet lacus deferatur, quae capacitatem 45,000 litrarum habent (aequivalent ad circiter 6000 chiliogrammata hydrogenii). Hoc vehiculum eiusdem specificationis potest tantum 1,500 chiliogrammata consectetuer gaseoi compressi transportare, tantum quarta pars prioris. Alia utilitas huius solutionis est quod facile globaliter replicari potest propter inferiores sumptus biofuels transportandos. Ricardo Mussa, CEO of Raizen, credit "consectetarium renovabile ab ethanol" productum in decenniis venientibus in industria matricis maximum munus futurum esse, praesertim quia provocationes transportandae et distribuendae fructus valde minuit." Consectetuer renovabile levari potest infrastructuram ethanolum existentem in stationibus fueling ut celerius, sustineri et tutus alimenta vehiculorum curare ".

SENAI CETIQT'S SENAI Institutum Biosynthesis et Fiber Innovatio simulationes computatrales aget ad efficientiam machinae meliorandam, occasiones ad emendandum cognoscendas et augendam aestimationem qua ethanolum convertitur ad hydrogenium renovandum. "Lorem ipsum excitatur ut pars sit huius molis revolutionalis. In solutiones provectae et in bioeconomy tendunt, et cum sociis nostris operam dabimus ut reformator ethanolus optimize et adiuvetur Brasilia et mundus hanc technologiam promittentem intellegant", dixit. Procurator Instituti Jo: Levinson. o Bruno Bastos.

The hydrogen produced at the site will fuel the buses of the Sao Paulo Metropolitan Transport Company (EMTU/SP), which operate only on the university campus. In order to test the performance of hydrogen, Toyota provided the Mirai, the world's first large-scale commercial hydrogen vehicle, to the project. "Brazil is a strong advocate for biofuels. We see hydrogen as a clean, renewable energy source that plays an important role in reducing CO2 emissions. Our participation in this project is the first step for the company to test the use of this new technology in the country. We are interested and willing to work with the state government to make sustainable transportation possible by using renewable hydrogen extracted from ethanol, "said Rafael Chang, CEO of Toyota Brazil.