Innovative Petroleum Solutions
3 Lincoln St - A , Harvard, Illinois, United States

When blended with petroleum diesel IPS Colester CME-BD serves as a antidote to olefins which elevates the auto-ignition temperature that substantially reduces the emissions of the harmful gases from diesel engines.

• - 14 % OXYGENATED

• 79% MEDIUM CARBON CHAIN

• 91 % SATURATED CARBON

• HIGH SOLVENCY (KB VALUE OF 70)

• HIGH LUBRICITY (216 MICRONS AT B5, HFRR)

• HIGH CETANE NUMBER 70 +

Fossil Fuels & the Environment 

With the expansion of the fossil fuel industry in North America, it is important that we remain mindful of the environment. All our solutions are balanced against the need for managing impacts on the greater environment.

Coco biodiesel (CME)

  A saturated bio diesel comprising 62% short-medium carbon chain. A near-perfect natural paraffinic diesel with many unique additives features. It has a cetane number of 70 which reduces the auto-ignition temperature of diesel (i.e., shortens the ignition delay, the opposite effect of diesel olefins). Thus it promotes good acceleration response. Its unique feature that makes it different from all other bio diesels is: it is the only bio diesel in commercial quantities that is 91% saturated (non-polar) and has a carbon chain profile similar to US diesel #1 ranging from C8 to C18.

• CME is the only bio diesel with oxidation stability exceeding 12 Hours, surpassing the minimum JAMA specifications of 10 Hours.

• CME is the only bio diesel with natural additive features: high cetane number vs commercial diesel (70 vs 48-50); twice the solvency of commercial diesel; high “boundary” lubricity vs commercial diesel; oxygenated fuel (14% oxygen vs 0 in commercial diesel).

• Coco biodiesel (CME) is the only bio diesel closest to the profile of an ideal diesel in oxidation stability and cetane number: