ENERGICO™ is a system-design simulation tool that works by applying detailed chemistry solvers to predict the emissions and stability behavior of gas-turbine and burner systems. Designers can see the impact of design decisions quickly in terms of efficiency, reliability and pollutant emissions without a need to understand specialized complex kinetics, while fewer, better-directed experimental tests are required to validate system design.

Click on the following links to learn more about ENERGICO:

• Clean-Combustion Design White Paper

This white paper explores the benefits of using a detailed-chemistry solution like ENERGICO for clean combustion design.

• Simulating Fuel Flexibility and Combustion Performance White Paper

Different fuels have different chemistry. This application note shows how to rapidly apply different fuel mechanisms to CFD solutions to simulate the impact of changes in fuel composition.

• Using Advanced Simulation for Faster, Less Costly, Lean Blow Off Analysis

Designing for low NOx can increase the likelihood of Lean Blow Off (LBO). Advanced combustion simulation tools can help evaluate how close the flame is to LBO. This approach's speed and accuracy allow combustor designers to evaluate LBO behavior for different designs and operating conditions.

• Using a Detailed Chemical-Kinetics Mechanism to Ensure Accurate Combustion Simulation

Identifying the right detailed kinetics mechanism has great influence over the accuracy of your combustion simulation results.  This white paper describes what a detailed kinetics mechanism is, how it is developed and validated and how it can be used in high-fidelity combustion simulation models to accelerate advanced combustion technology development.

• ENERGICO Webcast

ENERGICO introduces a revolutionary method of using accurate chemistry in fuel flexibility, low carbon fuels, low emissions and opportunity fuels. Reaction Design invites you to a webinar where we will explore a revolutionary method of accurate chemistry simulation for industrial and utility burner designers. Learn how to utilize modern combustion chemistry modeling techniques to ensure your designs can take advantage of alternative and opportunity fuels for today's most exciting applications.