LOGEresearch is capable of predicting emission levels of soot, NOx, CO and unburned hydrocarbons. The software offers faster computation times than those of traditional CFD analysis with the added benefit of detailed chemistry.
About LOGE AB
Lund Combustion Engineering, LOGE AB, is a Swedish consulting and software development company. Our main competence is the development of software tools used for simulation of chemical processes such as combustion, emission formation and after-treatment.
"Our software helps the engineer to access the latest research in chemistry, combustion and chemical engineering. Our software is meant to bridge the gap between fundamentals in chemistry and applied engineering.”
–Fabian Mauss, CEO
Key Features & Benefits
Through its robust and fast solver, LOGEresearch is an ideal tool for complete powertrain assessment and emissions efficiency investigation and optimization as well as exhaust emissions analysis and improved after treatment control.
LOGEresearch features a transient 1D model for integrated engine combustion and after treatment simulation with detailed chemistry.
LOGEresearch can be used as a stand-alone product or interfaced with other software, such as flow solvers, through the API.
Additional features include:
- Chemical kinetics
- Emissions modelling
- Exhaust after treatment
- Fuel modeling
- Biomass gasification
- In-cylinder combustion
- Mechanism reduction
- Tabulated chemistry
LOGEresearch is well known in the automotive industry and emerging into the Gas Turbine and Process Engineering industries for modeling of combustion (including detailed emissions models), exhaust after treatment and biomass gasification. LOGEresearch comes with a robust and flexible API, making it easy to couple to any flow solver.
LOGEresearch catalytic converter applicability:
- Three way catalytic converters
- NOx-storage and reduction catalytic converters
- Diesel oxidation catalytic converters
LOGEresearch interfaces with Altair's AcuSolve.