Indonesia Hydrogen Strategy Meeting with Prof Eniya Listiani Dewi

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https://id.wikipedia.org/wiki/Eniya_Listiani

https://www.ukm.my/sfcht/biodata-eniya-listiani-dewi/

https://twitter.com/eniyadewi?lang=en

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https://docs.google.com/presentation/d/1hGs0JMTl0Z8YnnoiiKyeXShz-drQvKdhoApM5aficRU/edit#slide=id.g2777e958e92_0_73

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https://www.instagram.com/eniyalist/?hl=en

50W solar panel → Ambient Atmospheric pressure

1 Kw of fuel cell, need 2l of hydrogen per minute

We will have a conventional battery

We could run the whole lab in 12V DC

We collect the excess of solar energy

10KW solar panel → 5KW electrolyser → Battery 2KW

The water needed poor water (demineralized). Drinking water supply is not enough.

We need water supply machine costs about 16,000 Euros

50Kw H → 1 kg H2 / Hr comes out at 30 bars

5-10 USD per Kg

1Kg → heavy car 100 Km, at 350 Bars

POME: Palm Oil Ethylene → I use balloon

17ml / hour

Anion

Waste of aluminum can + Sodium Carbonate

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BioHydrogen is non toxic, you need a reactor

POME is challenging

Stainless

Sugar (glucose) is efficient. Coca Cola

We should look at these directions for non-toxic hydrogen

  1. Small solar (50W/100W) for experimentation
  2. Aluminium + Sodium Carbonate
  3. BioHydrogen from microbial fuel cell
  4. Biogas

Prof Enya has a patent on a microbe to produce Hydrogen

Hyundai

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Municipal Waste water

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