Demonstration Overview
The DoD STED Program is currently to demonstrating biobased multipurpose lubricants for use in maintenance operations at Department of Defense (DoD) and federal facilities.
Multipurpose lubricants have been designated for Federal procurement preference by the United States Department of Agriculture (USDA) BioPreferred Program. The BioPreferred Program defines multipurpose lubricants as:
For more information regarding the biobased multipurpose lubricants demonstration, please Contact Us.
โProducts designed to provide lubrication under a variety of conditions and in a variety of industrial settings to prevent friction or rust. Greases, which are lubricants composed of oils thickened to a semisolid or solid consistency using soaps, polymers or other solids, or other thickeners, are not included in this item. In addition, task-specific lubricants, such as chain and cable lubricants and gear lubricants, are not included in this item.โ
The BioPreferred Program established a minimum biobased content of 88 percent for multipurpose lubricants.
Before these biobased products are utilized by the Military Departments and DoD Components, their performance must be proven to meet DoD requirements.
Demonstration Products
- Bio-Blast Penetrant by Renewable Lubricants, Inc
- Bio-Penetrating Lubricant (BPL) by Renewable Lubricants, Inc
- Trick Shot Penetrating Lubricant by STAAR Lubricants LLC
- Fuel Ox Infinity Lube Super Spray by Fuel OX
- Gear Hugger ECO Multipurpose Lubricant by Gear Hugger
- 5 Star Penetrating Lubricant by 5 Star Superior Products
Demonstration Sites
- MCB Quantico Weapon Training Battalion
- Crane Army Ammunition Plant
- Shaw AFB
- Edwards AFB
- Quonset Point Air National Guard Station
- NASA Armstrong Flight Research Center
Demonstration sites and site-specific requirements are currently being identified.
Demonstration Details
Multipurpose lubricants are designed to lubricate and protect components, loosen rusty/frozen parts, and displace moisture in various conditions and industrial settings. Biobased options can offer improved lubricating efficiency, reduced hazards and toxicity, and lower risk of environmental contamination from spills.