Bitumen has been used as a sealant and waterproofing agent for over 8,000 years. It is a heavy black viscous oil comprised of a mixture of sulfur, nickel, trace minerals, lead, chromium, mercury, arsenic, selenium, and other toxic elements. The flexibility of bitumen is evident by the various ways it is created and its myriad uses. Its manufactured components can be as basic as sugar, molasses, rice, corn and potato starches. Bitumen's natural elements are formed by the fractional distillation -- separation of a mixture into its component parts -- of waste material, used motor oil that has decayed in land fills, microscopic algae, and decaying invertebrate. Bitumen's composition is very thick and heavy and must be heated or diluted before it will flow.

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Bitumen is used to create asphalt.

Step 1

Mix one-third atactic polypropylene (APP) -- a soft, rubbery, amorphous polymer -- to a large metal container. APP is the ingredient that gives bitumen its plastic, adhesive properties.

Step 2

Add two-thirds compost into the container. Mix the compost with atactic polypropylene and stir. Mix one-third paraffin -- a combustible hydrocarbon liquid -- which is solid at room temperature, but produces a high-grade lubricating oil when heated.

Step 3

Put on protective goggles, gloves, and clothing that covers arms and legs. Use a temperature controlled hot plate with built-in digital thermometer to heat ingredients up to 300 degrees Fahrenheit. This decreases viscosity and transforms mixture from solid to thick liquid bitumen.