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AUTOMOTIVE ENGINE RESEARCH AND DEVELOPMENT

  • Offering solutions to automotive and other industries where piston engines are used

  • Generating new ideas

  • Creating new technologies

  • Finding solutions

  • Conducting analysis and research

  • Providing engineering design   

PROJECT DESCRIPTION
KEY INSIGHT
PLAN

The improvement patents will allow significant reduction in gas consumption in piston engines at the same time produce more power. Some of these designs are amazingly simple and allow for fast and easy implementation, ensuring successful outcomes.

We developed several patented designs for improving gas engine performance. Our designs will  provide for greater power from displacement volume and reduce emission.

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Based on patented technology follow-on engineering design, prototyping, experimental modeling and testing resulting in more economical but at the same time more powerful, smaller, lighter piston engines for any existing application. Expanding applications of these new engines utilizing their new, highly advantageous properties.

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FOUR-STROKE ENGINE WITH TWO-STAGE EXHAUST CYCLE. 
U.S. Patent No.11519324
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This is a very important patent as it significantly improves the conventional piston engine by adding one very simple part to each cylinder. It can be implemented quickly and easily. These advancements are very important because they will significantly improve efficiency/gas mileage and dramatically reduce emission, which remains a critical issue. The automotive industry will not only meet, but exceed government (EPA) emission requirements in a very short time. 

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We created unique ideas and developed technology for a piston engine 
 
Lighter, smaller engines could deliver more power
For example, a four-cylinder engine could replace a six- or even eight-cylinder engine, while delivering the same power
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Internal combustion piston engines head based on unique valve design:

  • Significantly increased average port velocity

  • Increase periphery

  • Very simple

  • Providing very good sealing

  • Very dependable

  • Very durable

  • No heat-related problems

  • Does not require (but allows) hemispherical combustion chamber shape

  • Better combustion

  • Quiet

  • Conserves fuel

  • Conserves environment

  • Cheap

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