naturbo.com.mx
Decentralized Energy Generation.
Combined Heat & Power (CHP) and Organic Rankine Cycles (ORC).
Concepts:
Energy.
Efficiency. Co-generation. Cooling.
Thermodynamic Availability Sources from Inertial Energy.
"THE HYDROSTATIC INERTIAL MIXING COOLING SYSTEM".
Part I. Application: Industrial gas turbines cooling. mini-Turbines. Shaft Power generators.
Figure:
1 ) Illustrative interacting drawings.
2 ) Physical components arrangement.
3 ) Control Panel.
Figure:
4 ) Centrifugal compressor train topologies.
Figure:
5 ) Production strategy. Combined Heat and Power (CHP) processes.
Product and Manufacturing Engineering. Projections: Technical. Financial.
Part II. Presentation:
Figures. Photographs:
1 ) Test apparatus. Configuration. Introduction.
2 ) Phenomenological observations. Experimental tests. Preparation. Considerations. Conclusions.
a ) Generalized mixing. Mass transfer.
b ) Axial Momentum Transfer.
3 ) Origin of Hydrostatic mixing. Inertial forcing.
4 ) Physical configurations. Designs.
- - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -
"THE HYDROSTATIC INERTIAL MIXING COOLING SYSTEM".
Part I. Application: Industrial gas turbines
cooling. mini-Turbines. Shaft Power generators.
1 ) Illustrative interacting drawings.
2 ) Physical components arrangement.
3 ) Control Panel.
Figure: Industrial Gas Turbine. "Energy Efficient Engine" (E3). Renewable Energies.
4 ) Centrifugal compressor train topologies.
The centrifugal compressor train configurations or stages topologies shown in this figure, are available for the mini-turbines shaft power range
and for enhanced and improved co-generation applications (surplus pressures and temperatures in the industrial gas turbine exhaust gas).
Figure: Stages. Compressor topologies.
New mini-turbine models (over-cooled) will offer up to 19 MW (25480 HP) shaft-power plus improved co-generation efficiency and energy management.
5 ) Production strategy. Combined Heat and Power (CHP) processes.
Product and Manufacturing Engineering. Projections: Technical. Financial.
Figure: Advanced Technologies. Innovations. Combined Cycles. Sustainable co-generation applications.
"THE HYDROSTATIC INERTIAL MIXING COOLING SYSTEM".
Part II. Presentation:
Figures. Photographs:
1 ) Test apparatus. Configuration. Introduction.
2 ) Phenomenological observations. Experimental tests. Preparation. Considerations. Conclusions.
a ) Generalized mixing. Mass transfer.
b ) Axial Momentum Transfer.
3 ) Origin of Hydrostatic mixing. Inertial forcing.
4 ) Cooling system. Physical configurations. Designs.
Further gas turbine-cogeneration cycles analyses, conceptual designs, new product engineering for sustainability, economics engineering,
cash flows & ROI's viability analyses, energy management and efficiency numerical simulations, and experimental tests, are in development.
Request additional information
about these
technologies.
Contact:
Information. NATURBO Technology Centers.
Research and Technology Development information. Innovations. Technology Centers
publications:
see:
GAS TURBINES DEVELOPMENT. Experimental prototypes. Axial stage. Combustion
chamber. Tests. Evaluations.
see:
COMPRESSORS DEVELOPMENT. Experimental prototypes. Centrifugal Rotors.
Radial diffusers. Tests. Evaluations.
Commercial information. Products:
see:
INDUSTRIAL GAS TURBINES. Technical information.
mini-Turbines. Characteristics
description.
see:
INDUSTRIAL TURBOCOMPRESSORS. Technical information. Characteristics
description. Compressed Air Energy Storage.
see:
TC
LINE MODELS. Industrial Turbocompressors. Multi-stages. Design operation
points diagram. Stages distribution topologies.
Technology Packages. New technologies productive
synergies. Energy management and enhanced sustainability.
Advanced Product Engineering. Technological projections.
see:
BATT-STATIONS. Nano-selective Molecular Separation (bio-fuels
industrial scale production).
Gas turbines (distributed generation. logistics optimization). Co-generation (massive homes heating. water. air).
Electric Energy Storage (management). Electric (only) Vehicles viability (batteries recharging future methodologies).
Advanced materials and products commercial release >> Configurations,
synergies and industrial scale applications development.
New technologies integration. Innovative product engineering systems.
Individualized projects and industrial scale processes financial viability.
see:
CARBON AND METHANE CAPTURE. Selective separation
technologies. Nano-tubes. Liquid-film membranes. Advanced catalysts.
see:
OXYGEN SEPARATION. Oxygen (only) combustion new
applications. Accelerated oxygenation bio-processes.
CO2 containment. Environmental protection.
see:
FIRE-DYNAMICS. Mechatronic-Computational (massive) forest fires fighting
strategy. Air blast-guns.
New aero-thermodynamic (condensation shock waves) flames suppression. Vegetation wetting.
New products.
Advanced inertial cooling technologies, renewable energies, bio-fuels, and innovations in energy management & efficiency:
- NEW INDUSTRIAL GAS TURBINES FOR MARINE PROPULSION with COMBINED HEAT AND POWER COGENERATION ( CHP )
- NEW INDUSTRIAL GAS TURBINES FOR NAVAL ELECTRIC ENERGY with COMBINED ORGANIC CYCLES COGENERATION APPLICATIONS
Request additional information
about
technologies.
Contact:
Technologies. NATURBO Technology Centers.
