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Muhaimin Iqbal
Author

BioLPG Mobile Unit, Looking for Local Partners to Operate It

Advanced Renewable

Fri , 03 May 2024 16:46 WIB


The LPG scarcity crisis often recurs in various regions, especially on islands and remote areas. The huge transportation costs to send LPG to islands and remote areas - both when it is filled and when it is returned empty, are among other reasons for this shortage. Other causes are generally bad weather, hurricane season, etc., which means LPG deliveries are often hampered.

Whatever obstacles there are in getting LPG to all corners of the world, in fact it will soon be overcome when local people are willing to switch to using BioLPG. BioLPG can be produced using local resources, so it can compete in terms of price and environmental impact. Apart from BioLPG itself being carbon-neutral, its carbon footprint is minimal, because it is produced and used in the same area.

One BioLPG Mobile Unit in the picture below can process 3 tons of biomass per hour, or 1 ton of charcoal per hour, with a maximum yield of around 550 kg of BioLPG per hour. BioLPG is exactly the same as LPG on the market, only the origin is different, so it can directly replace LPG which is used for whatever people need.

For new things like this, of course we need pioneers who can see the same vision that we see, then with us are ready to operate it in the field. We will overcome three problems at once with this BioLPG concept.

Firstly, LPG becomes a local product - meeting the energy needs of the community, secondly it is made from waste - while also solving the waste problem in almost every region, and thirdly it reduces the level of CO2 emissions, for every kilogram of LPG replaced with BioLPG, 3 kg of CO2 becomes carbon neutral - a step towards Net-Zero Emissions 2050.

Because these three things are concern for people all over the world, this BioLPG Mobile Unit can also be produced by local skilled workers, wherever in the world you are, with supervision and assistance from our Advanced Renewable Organization (ARO) team.

Tags:
Energy Biomass Bio LPG

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