BilgeAway filter media in a boom.  This boom has super absorption properties and will absorb approx 3ltrs of oil and fuel – it does not absorb water so there is no waste. Simply deploy in the bilges or over a spill and watch the product soak up the contamination. Once used dispose of with hazardous materials, as the product will keep on absorbing until it reach capacity.

Effective on all forms of hydrocarbon – From low viscosity silicon oils to high viscosity bitumen and crude’s.

Full hydrocarbon capture – Able to successfully bond hydrocarbons whether in free phase, emulsified or vapour form.

Non-leaching capability – Mechanically bonds the hydrocarbon molecule to itself preventing leaching either at the spill source or later at disposal.

Fully hydrophobic – Actively repels water

Fire retardant – Capable of capturing the vapour element of highly volatile fuels significantly reducing the risk of combustion.

Lightweight – Ultra lightweight granular that floats on the waters surface.

Indefinite shelf life – It is not degraded by moisture or wet environmental conditions.

Adsorption (bonding) rates

1 kilo of the material will bond approximately 2.5 litres of pure hydrocarbon, dependant on viscosity.

Disposal

Any used product should be disposed of responsibly and in accordance with environmental requirements and legislation.

Landfill

Used product has been Waste Acceptance Criteria (WAC) tested and classified as “non-reactive” due to its non-leaching feature.

Incineration

The unused material is a naturally derived and inert product. Used product containing hydrocarbon will have a high calorific value. This makes it suitable for disposal by incineration for energy production. Incineration must be carried out at an approved facility.

Composting

Due to the non-leaching feature of the product, it is potentially possible to re-mediate by composting. The addition of appropriate heat and bacteria will allow for breakdown of the contained hydrocarbon by bacterial method over time. Used product must be composted in an isolated environment.