Engineering

What do we do?

Basically we make new designs and technological improvements.

We offer independent engineering development in a set of scientific fields shown below. Whatever the scale of the project we will be able to tackle it, from an academic exercise to the launch of a series of heat engines. In addition to having a broad physical presence, we have a wide range of digital resources for remote work. Our innovative structure means that costs are greatly reduced in relation to other organizations with more time in the market.

Specialists in Thermoenergy

Our services

Thermodynamics

– Efficiency of the machine based on the first and second law of thermodynamics (Exergy).
– Cycles of thermal machines.
– Compression of gases.
– Turbomachinery. Wind turbines.
– Combustion.
– Thermal solar energy.

Heat Transfer

– Multiphase flow of refrigerant gases in pipes (Condensers / Evaporators).
– Shell and tube heat exchangers.
– Plate heat exchangers.

fluid dynamics

– Analysis and design of centrifugal fans.
– Internal flows in pipes.
– External flows in aerodynamic bodies.
– Centrifugal pumps.

Combustion

– Selection and implementation of Burners
– Chemical analysis of mixtures
– Exhaust gases and outlet streams
– Yield of the reaction
– Behavior under various types of oxidizers

Aerodynamics

(External flows)

– Analysis and design of wind turbines
– Bodies subjected to external flows

Product development

and life cycle

– New product design.
– Benchmark of new or existing products
– Market analysis and competitive strategies
– Analysis of the product life cycle (PLM)
– Stress and failure analysis
– Improvements around industry 4.0

Computer simulation

– Computational Fluid Dynamics (CFD) under commercial or free software licenses.
– 2D digital plans (CAD) under IRAM or ISO standards.
– 3D models (solid design) under commercial licenses or free software.

Rotating
Equipments

– Bombs
– Fans, blowers
– Compressors
– Internal combustion engines

Mecanica de tubos

Installations

Analysis and design

– Equipment selection
– analysis of thermal loads
– Distribution of flows
– Optimization of energy consumption

Joining forces

Let's do something amazing together