BioLPG

is a 100% renewable fuel as it is made from a mix of wastes and residues, and sustainably sourced vegetable oils.

It is chemically indistinct from LPG but has the same physiochemical properties and can therefore be delivered, stored and used in exactly the same way as LPG is.

What is it made from?

BioLPG is created from renewable and waste materials. The feedstocks undergo a series of sophisticated treatments to purify their energy content. 

BioLPG is identical in appearance, performance and application to conventional LPG and is transported and stored in the same tanks and used for the same applications and equipment-making the transition from LPG to BioLPG seamless.

What is it used for?

BioLPG is created from renewable and waste materials. The feedstocks undergo a series of sophisticated treatments to purify their energy content. 

LPG and BioLPG are significantly lower in carbon than other fossil fuels and they can directly replace oil. LPG and BioPLG can help off-the-gas grid or rurally located businesses in the agricultural, commercial and industrial sectors, that currently use oil, start their decarbonisation.

BioLPG is a clean-burning fuel that produces very low concentrations of harmful air pollutants.

Combusting BioLPG in a boiler produces 90%-99% lower concentrations of particulate matter (PM) than heating oil, coal, and biomass.

When used in a typical gas boiler, BioLPG can reduce greenhouse gas emissions by 70%-80% against heating oil

This can be lowered further when BioLPG is consumed in a hybrid heat pump, or combined heat & power system, and when energy efficiency measures are installed.

Already available on the market, BioLPG is an affordable, convenient and non-intrusive ‘drop-in’ solution to decarbonisation for a variety of rural off-grid homes and businesses. Made from a diverse mix of biological feedstocks and processes, BioLPG can deliver up to 90% carbon emissions reduction and carries the same low NOx, SOx and PM as conventional LPG.

A drop-in alternative

BioLPG is chemically identical to conventional LPG. It can replace conventional LPG but the two can also be blended and used by existing appliances suitable for use with LPG, without having to change or upgrade equipment or appliances.

Lower than low carbon footprint

The mission behind the development of BioLPG is to further reduce carbon emissions and the environmental impact of LPG, which already emits 35% less CO2 than coal and 12% less than oil. BioLPG fulfils that mission – it emits 73% less CO2 than conventional LPG.

Readily available

BioLPG is not an innovation for the distant future, it is already available on the European market in quantities that can service the energy needs of thousands of families and businesses. Currently, production is being increased and the market upscaled.