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Using liquid feedstock in combination with steam reforming technology allows for operating the system at high pressures of 12 bars resulting in significantly reduced system size and hydrogen production costs. With the envisaged process concept a system efficiency (LHV(H2) / LHV(fuel) of higher than 70 % can be achieved. The expected production costs per kg H2 are expected to be lower than 4.00 per kg of hydrogen. NEMESIS 2 study shows feasibility of direct steam reforming of diesel.

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Using liquid feedstock in combination with steam reforming technology allows for operating the system at high pressures of 12 bars resulting in significantly reduced system size and hydrogen production costs. With the envisaged process concept a system efficiency LHVH2 LHVfuel of higher than 70 can be achieved. The expected production costs per kg H2 are expected to be lower than 4.00 per kg of hydrogen. NEMESIS 2 study shows feasibility of direct steam reforming of diesel.

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conferences and papers, gallery, r&d news

INTERNAL LINKS

NEMESIS2+ - Project Overview

/project-overview.html

Centre for Research and Technology Hellas. 124; Project Overview. 124; Scientific Methodology. 124; Reports and Publications.

NEMESIS2+ - Project Objectives

/project-overview/project-objectives.html

Stable long-term operating conditions and high H. Hydrogen purity of 5.0 (99,999 %). Ensure high overall system efficiency ( 80 %). Keep material costs below 250.000 per unit / 5.000 per Nm3/h of H. Hydrogen production costs 4.00 per kg. The following approach will be used in NEMESIS 2. To achieve the main goals:. Reduction of system complexity by removing the pre-reformer unit. Focus on liquid fuels only as common fuels at refuelling stations with high energy density. Integration of water gas shift stag...

LINKS TO WEBSITE

H2TRUST » Links

http://h2trust.eu/category/links

Material Testing and Design Recommendations for Components exposed to HYdrogen enhanCed fatiguE. High energy DENsity Mg-Based metal hydris storage System. Development of solid state hydrogen storage from fundamentals to application. Marie Curie ITN ECOSTORE – Novel Complex Metal Hydrides for Efficient and Compact Storage of Renewable Energy as Hydrogen and Electricity. Hydrogen from RES: pressurised alkaline electrolyser with high efficiency. New Method for Superior Integrated Hydrogen Generation System 2.

OTHER SITES

Nemesis-photo | Umění skládat život z nejkrásnějších okamžiků

Nejraději se věnuji portrétu. Ráda s lidmi diskutuji o jejich přáních a představách a snažím se jim vyjít vstříc. Kromě portrétování se věnuji též dokumentaci akcí hudebních, tanečních či společenských, ale i zachycení nejdůležitějších událostí v lidském životě, jako je svatba nebo narození dítěte. Při focení svatby se snažím být téměř neviditelná a pouze dokumentovat to, co se děje kolem mě a co vidím.

Blog de nemesis-playboy - mes trips / mes pot(e) - Skyrock.com

Retape dans le champ ci-dessous la suite de chiffres et de lettres qui apparaissent dans le cadre ci-contre. Posté le mercredi 27 août 2008 11:11. Modifié le vendredi 29 mai 2009 14:37. Kyo - je cours. Ajouter cette vidéo à mon blog. Kyo - je cours. N'oublie pas que les propos injurieux, racistes, etc. sont interdits par les conditions générales d'utilisation de Skyrock et que tu peux être identifié par ton adresse internet (23.21.86.101) si quelqu'un porte plainte. Ou poster avec :. Ou poster avec :.

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Using liquid feedstock in combination with steam reforming technology allows for operating the system at high pressures of 12 bars resulting in significantly reduced system size and hydrogen production costs. With the envisaged process concept a system efficiency (LHV(H2) / LHV(fuel) of higher than 70 % can be achieved. The expected production costs per kg H2 are expected to be lower than 4.00 per kg of hydrogen. NEMESIS 2 study shows feasibility of direct steam reforming of diesel.