Search engine for discovering works of Art, research articles, and books related to Art and Culture
ShareThis
Javascript must be enabled to continue!

Tailoring Oils to Engines

View through CrossRef
Today's high performance automotive engines would not operate effectively without the progressive advancements in engine oil formulation technology. A communications network between the engine builders, additive suppliers, petroleum companies, and consumers is essential in the continuous tailoring of engine oils to meet new engine requirements. The SAE/ASTM/API tripartite Engine oil performance and engine service classification system is recognized worldwide as a base for adding further requirements for various geographic areas. Attempts to develop one worldwide specification system have been thwarted by lack of unified agreement within, as well as between, the pertinent geographic areas of the world. In addition, worldwide specifications would not provide cost/performance optimization for areas not requiring each of the included engine oil parameters, and oil formulation compromises required to meet total world requirements could weaken oil performance in a specific area. As new engine designs place additional burdens on engine oils, the role of chemical additives to meet these demands increases. Revised engine oil evaluation tests are an associated need. Continued efforts toward elusive worldwide engine oil specifications will provide benefits by consolidating the number of expensive laboratory engine tests required to define engine oil performance.
Title: Tailoring Oils to Engines
Description:
Today's high performance automotive engines would not operate effectively without the progressive advancements in engine oil formulation technology.
A communications network between the engine builders, additive suppliers, petroleum companies, and consumers is essential in the continuous tailoring of engine oils to meet new engine requirements.
The SAE/ASTM/API tripartite Engine oil performance and engine service classification system is recognized worldwide as a base for adding further requirements for various geographic areas.
Attempts to develop one worldwide specification system have been thwarted by lack of unified agreement within, as well as between, the pertinent geographic areas of the world.
In addition, worldwide specifications would not provide cost/performance optimization for areas not requiring each of the included engine oil parameters, and oil formulation compromises required to meet total world requirements could weaken oil performance in a specific area.
As new engine designs place additional burdens on engine oils, the role of chemical additives to meet these demands increases.
Revised engine oil evaluation tests are an associated need.
Continued efforts toward elusive worldwide engine oil specifications will provide benefits by consolidating the number of expensive laboratory engine tests required to define engine oil performance.

Related Results

Origin of the Silurian Crude Oils and Reservoir Formation Characteristics in the Tazhong Uplift
Origin of the Silurian Crude Oils and Reservoir Formation Characteristics in the Tazhong Uplift
Abstract:The Silurian stratum in the Tazhong uplift is an important horizon for exploration because it preserves some features of the hydrocarbons produced from multi‐stage tectoni...
The composition and properties of oil fractions of unique azerbaijan oils (review)
The composition and properties of oil fractions of unique azerbaijan oils (review)
This review article presents the results of a study of Azerbaijan oils for their scientifically based sorting and processing, since they are a valuable raw material for petrochemic...
Awareness and Expectations of Polish Consumers Regarding Edible Niche Oils as a Food Product
Awareness and Expectations of Polish Consumers Regarding Edible Niche Oils as a Food Product
Despite their nutritional value and increasing supply of oils from unconventional plants to the oil industry, edible niche oils do not have high sales. The market for niche oils is...
Vegetable Oils in Lubrication
Vegetable Oils in Lubrication
AbstractVegetable oils and their derivatives are commercially used in lubricant formulations as both base oils and additives. They are major players in the growing biobased lubrica...
Introduction
Introduction
The lubricating oils considered in this symposium are of an entirely new type and differ from the previous heavy-duty oils in that they contain from five to ten times as much addit...
Meeting the Lubrication Challenges of Heavy Duty Low Emission Diesel Engines
Meeting the Lubrication Challenges of Heavy Duty Low Emission Diesel Engines
In recent years, legislative authorities in the US, Europe and Japan have steadily reduced engine exhaust emissions, i.e., carbon monoxide (CO), hydrocarbons (HC), sulphur, particu...

Back to Top