Prototech is a technology company with 40 employees that works to create solutions for space travel, green energy production, and other industries. It has expertise in mechanical engineering, fluid dynamics, materials testing, and green energy systems. The company aims to be an attractive partner for developing new technologies through collaboration between its technology, solutions, parts, and services departments.
Sandia National Laboratories has been involved in energy programs since the 1970s when the energy crisis began. It has expertise in many areas of energy including photovoltaics, concentrating solar, wind, water, and geothermal. Current work includes developing new technologies to drive down costs and enable greater integration of renewable resources into the energy grid. Sandia partners with industry and other organizations on research and testing across all energy domains.
Yara research has identified a new grade of potassium calcium nitrate that can reduce costs and improve performance in concentrated solar power (CSP) plants. Following positive laboratory testing, this new project is ready to change heat storage in the global solar market.
If you want more information on Yara's solar power molten salt, please visit:
www.yara.com/media/news_archive/concentrated_solar_thermal_power.aspx
www.yara.com/products_services/industrial_solutions/chemicals/specialty_chemicals/solar_energy.aspx
This document provides information about RETScreen International, a renewable energy project analysis software made available by Natural Resources Canada. RETScreen can be used worldwide and free of charge to evaluate the energy production, life-cycle costs, and greenhouse gas emission reductions of various renewable energy technologies. The software contains models to analyze biomass heating projects through worksheets assessing energy production, heating loads, costs, and financial returns. Users are encouraged to register on the RETScreen website so that usage data can be collected and reported.
The Promise of Molten Salt: A Vision of CSP Displacing CoalSmithers Apex
- Intro to Halotechnics and molten salt
- A few predictions for the CSP end game
- CSP technology evolution, from troughs to towers and beyond
Justin Raade, CEO & Founder, HALOTECHNICS INC
Company presentation from Christian Michelsen Research (CMR) on their Prototech organization:
[1] Prototech is a technology company established in 1988 that is 100% owned by CMR. It has 35 employees across four departments: Technology, Solutions, Parts, and Services.
[2] The Technology department has 20 years of experience developing fuel cell and electrolyser systems, with expertise in fuel cells, energy conversion, and energy optimization.
[3] Prototech serves customers in space, green energy, oil and gas, and other industries, applying its expertise in areas like advanced design, analysis, machining, testing, repair and integration.
CADE is an engineering company specialized in renewable energy, energy efficiency, environment and oil & gas. It provides advanced engineering services through mechanical and process engineering. Some of its areas of expertise include engineering of heat and process equipment, heat transfer, heat recovery, drying processes, and steam generation. It has completed over 700 projects nationally and internationally. CADE integrates engineering services and in-house technologies, positioning itself as a renowned provider of advanced engineering services and technological solutions in energy and process industries.
Colonel Joseph A. Simonelli, Jr. outlined Fort Bliss's goal of becoming a net zero installation for energy, water, and waste by 2018. He discussed how Fort Bliss has already implemented small-scale renewable energy projects, reducing greenhouse gas emissions and annual costs. However, he emphasized that large-scale renewable projects are now needed to meet energy independence targets. The Colonel proposed a "20/20" concept of pairing 20MW of solar and 20MW of natural gas generation for reliable renewable energy. He acknowledged challenges around regulations, costs, and approval processes, but expressed Fort Bliss's commitment to overcoming hurdles to achieve the Army's net zero mission.
Sandia National Laboratories has been involved in energy programs since the 1970s when the energy crisis began. It has expertise in many areas of energy including photovoltaics, concentrating solar, wind, water, and geothermal. Current work includes developing new technologies to drive down costs and enable greater integration of renewable resources into the energy grid. Sandia partners with industry and other organizations on research and testing across all energy domains.
Yara research has identified a new grade of potassium calcium nitrate that can reduce costs and improve performance in concentrated solar power (CSP) plants. Following positive laboratory testing, this new project is ready to change heat storage in the global solar market.
If you want more information on Yara's solar power molten salt, please visit:
www.yara.com/media/news_archive/concentrated_solar_thermal_power.aspx
www.yara.com/products_services/industrial_solutions/chemicals/specialty_chemicals/solar_energy.aspx
This document provides information about RETScreen International, a renewable energy project analysis software made available by Natural Resources Canada. RETScreen can be used worldwide and free of charge to evaluate the energy production, life-cycle costs, and greenhouse gas emission reductions of various renewable energy technologies. The software contains models to analyze biomass heating projects through worksheets assessing energy production, heating loads, costs, and financial returns. Users are encouraged to register on the RETScreen website so that usage data can be collected and reported.
The Promise of Molten Salt: A Vision of CSP Displacing CoalSmithers Apex
- Intro to Halotechnics and molten salt
- A few predictions for the CSP end game
- CSP technology evolution, from troughs to towers and beyond
Justin Raade, CEO & Founder, HALOTECHNICS INC
Company presentation from Christian Michelsen Research (CMR) on their Prototech organization:
[1] Prototech is a technology company established in 1988 that is 100% owned by CMR. It has 35 employees across four departments: Technology, Solutions, Parts, and Services.
[2] The Technology department has 20 years of experience developing fuel cell and electrolyser systems, with expertise in fuel cells, energy conversion, and energy optimization.
[3] Prototech serves customers in space, green energy, oil and gas, and other industries, applying its expertise in areas like advanced design, analysis, machining, testing, repair and integration.
CADE is an engineering company specialized in renewable energy, energy efficiency, environment and oil & gas. It provides advanced engineering services through mechanical and process engineering. Some of its areas of expertise include engineering of heat and process equipment, heat transfer, heat recovery, drying processes, and steam generation. It has completed over 700 projects nationally and internationally. CADE integrates engineering services and in-house technologies, positioning itself as a renowned provider of advanced engineering services and technological solutions in energy and process industries.
Colonel Joseph A. Simonelli, Jr. outlined Fort Bliss's goal of becoming a net zero installation for energy, water, and waste by 2018. He discussed how Fort Bliss has already implemented small-scale renewable energy projects, reducing greenhouse gas emissions and annual costs. However, he emphasized that large-scale renewable projects are now needed to meet energy independence targets. The Colonel proposed a "20/20" concept of pairing 20MW of solar and 20MW of natural gas generation for reliable renewable energy. He acknowledged challenges around regulations, costs, and approval processes, but expressed Fort Bliss's commitment to overcoming hurdles to achieve the Army's net zero mission.
We are a young company promoted by IIT Alumni. We provide services which helps individuals and organizations to take the "Green Route" for cleaner future. Our services includes Energy Audit, EPCM for Renewable energy (Solar & Bio-mass) Projects, Technology Evaluation (Research & Analysis) and carbon management services(footprint, mitigation and branding)
Materials science applications of HPC can help address challenges in developing new materials by enabling high-throughput screening of thousands of potential candidates using computational modeling. This reduces the time and cost of research and development compared to experimental methods alone. Examples discussed include identifying catalysts for fuel cells and optimizing electrolytes for lithium ion batteries through automated quantum chemistry calculations on large supercomputers.
Dr. Jeffrey Owrutsky presents an overview of Dr. Michael Berman's program - Molecular Dynamics and Theoretical Chemistry - at the AFOSR 2012 Spring Review.
Accelerators at ORNL - Application Readiness, Early Science, and Industry Impactinside-BigData.com
In this deck from the 2014 HPC User Forum in Seattle, John A. Turner from Oak Ridge National Laboratory presents: Accelerators at ORNL - Application Readiness, Early Science, and Industry Impact.
This document provides details about Nasser Zhebawi, including his background, qualifications, skills, employment history and experience. Some key details:
- Nasser Zhebawi is a Danish national, born in 1960, and works as a Lead Electrical Engineer.
- He has an MSc in Oil & Gas Technology and a BSc in Electrical Engineering.
- His experience includes over 15 years working on electrical engineering projects for oil, gas and industrial facilities in Qatar, Denmark and other countries.
- Recent projects have involved upgrading offshore oil loading facilities in Qatar and providing electrical engineering services for gas storage and compressor projects.
CAI is improving the quality of life worldwide by providing custom fabricated modular power generation systems that are easy to install, have a small footprint and provide continuous power.
This document summarizes the services of a technology-focused company that provides computational mechanics and simulation tools. They offer modeling, simulation, analysis, optimization and evaluation across various technical areas including multiphysics simulation, multibody dynamics, and total design. Their methodology uses commercial and research simulation packages along with custom software development. They can help companies with product design, validation, independent engineering and operational improvements through simulation.
Advances in Molten Salt Thermal Storage [CSTP 2010]Smithers Apex
Advances in Molten Salt Thermal Storage presentation discusses the use of molten salt as a means of thermal energy storage for concentrating solar power plants. It provides an overview of different molten salt storage system designs, current projects using molten salt storage, and research efforts to improve molten salt compositions and reduce storage costs. Molten salt allows solar power plants to generate electricity when the sun is not shining by storing thermal energy from the sun for later use.
ProSIM has been providing engineering design, and R&D services to OEMs, Operators, EPC contractors, System Integrators and vendors of nuclear power sector. ProSIM has assisted in the design and seismic evaluation/ analysis of systems, structures and components (SSCs) of nuclear power plants (NPP). Driven by its competence and focus on quality and project management processes, ProSIM has delivered value to its customers. ProSIM has interacted with regulatory bodies and code committees related to nuclear design codes. Methodologies for seismic analysis of mechanical equipment (rotary and static), electrical engineering, instrumentation and control, and structures have been developed by ProSIM using ASME boiler and pressure vessel (B&PV), RCC, IEEE, ASCE and similar codes. Several hundreds of reports of seismic analysis/ evaluation submitted by ProSIM have been approved by the operators or regulatory bodies. ProSIM has taken up several detailed engineering projects. Worked on design optimisation of structures/ equipment, pipelines, supports etc. ProSIM has also supported seismic qualification of equipment/ systems by physical testing by coordinating with agencies.
In addition to the seismic analysis during engineering stage for structural integrity assessment, ProSIM has worked on seismic margin assessment, seismic re-evaluation, fitness for service (FFS), remaining life assessment and extension (RLA/RLE), and failure analysis.
The document describes a student project to build an EM Drive, a proposed revolutionary propellant-less spacecraft thruster. The objectives are to remove the need for reaction mass and reduce pollution and spacecraft mass. It will outline the principle of operation, required components including a magnetron, microwave cavity and waveguide. It will also discuss the CAD drawings, circuit diagram, materials required and a 47 day work schedule to build and test the device using COMSOL simulation software. The conclusion is that results show a Q-factor of 50,000 and thrust of 2mN/kW, demonstrating potential applications for spacecraft propulsion.
This is a little presentation I gave to Roald Hoffmann's group at Cornell. What are the industrial applications of computational chemistry? How to people work differently in academia vs. industry? What are the sorts of things students should think about if they plan to work in the corporate world?
Pro sim nuclear offerings engineering design-siesmic-qualificationProSIM R & D Pvt. Ltd.
We @ ProSIM study in an integrated manner, the interactions between design, materials, manufacturing process and performance.
ProSIM is a total Engineering Solution Provider, providing collaborative engineering and R&D services in product and process design / development / re-engineering / analysis and optimization.
Transforming the Energy Enterprise Through Innovation
Sandia National Laboratories has been working on energy issues since the 1970s energy crisis, developing innovations such as the Strategic Petroleum Reserve. Recent projects include "Sunshine to Petrol" technology that converts sunlight and CO2 into liquid fuels, solar glitter that aims to double solar efficiency and halve costs, and energy-water simulation tools to understand interconnected energy and water systems in the western US. Sandia's vision is to enhance national security and prosperity through sustainable solutions to energy, climate, and infrastructure challenges.
Carbon Accounting in the Power Sector | Camilla Thomson and Samuel Chapmanicarb
This document summarizes an ICARB energy workshop on carbon accounting in the power sector. ICARB aims to create transparent, consistent, and accurate rules for carbon accounting that can be used by policymakers, academics, environmental managers, and others. The workshop discussed various carbon accounting guidelines and methods, including those from ISO, the GHG Protocol, and Defra. It also covered topics like system boundaries, treatment of capital emissions, output metrics, LCA software, data sources, and uncertainty. Developing a standardized framework and accreditation process could help improve comparability between carbon accounting studies.
In this deck from the HPC User Forum in Detroit, Muhsin Ameen from Argonne National Laboratory presents: Towards Exascale Engine Simulations with NEK5000.
"High-order methods have the potential to overcome the current limitations of standard CFD solvers. For this reason, we have been developing and improving the spectral element code NEK5000 for more than 30 years now. It features state-of-the-art, scalable algorithms that are fast and efficient on platforms ranging from laptops to the world’s fastest computers. Applications span a wide range of fields, including fluid flow, thermal convection, combustion and magnetohydrodynamics. Our user community includes over 400+ scientists and engineers in academia, laboratories and industry."
Watch the video: https://wp.me/p3RLHQ-j7R
Learn more: https://nek5000.mcs.anl.gov/
and
http://hpcuserforum.com
Sign up for our insideHPC Newsletter: http://insidehpc.com/newsletter
Jonathan Wong is seeking a new graduate engineering position and has a Bachelor's degree in Mechanical Engineering from UC Riverside. He has internship experience working on environmental tests of satellites at Northrop Grumman and project experience designing solar and battery systems as a lab assistant. His skills include CAD, programming, and thermal and structural analysis. He has received multiple academic honors and scholarships for his work.
Jonathan Wong is seeking a new graduate engineering position and has a Bachelor's degree in Mechanical Engineering from UC Riverside. He has internship experience working on environmental tests of satellites at Northrop Grumman and project experience designing solar and battery systems as a lab assistant. His skills include CAD, programming, and thermal and structural analysis. He has received multiple academic honors and scholarships for his work.
This document introduces Andrea Vignaroli and their consulting services related to wind energy projects. They have been a WindSim user since 2005 and have experience in wind resource assessment, turbine siting studies, energy yield modeling, layout optimization, and production forecasting. Their services include measurement campaigns, wind data analysis, computational fluid dynamics modeling, remote sensing correction, and performance assessment according to IEC standards. They aim to help clients maximize energy production and minimize turbine loads throughout the various phases of a wind farm project.
Ashok Jain is a 36-year-old Indian national who has over 15 years of experience in the wind and hydro energy industries. He has held various engineering roles at companies such as Vestas Wind Systems, VATech Hydro, and Leroy Somer & Controls, where he performed tasks like failure analysis, testing, design verification, and project coordination. Ashok holds a Bachelor's degree in Electrical Engineering and has expertise in areas including CAD, testing equipment, and PLC programming. He is currently seeking new opportunities.
We are a young company promoted by IIT Alumni. We provide services which helps individuals and organizations to take the "Green Route" for cleaner future. Our services includes Energy Audit, EPCM for Renewable energy (Solar & Bio-mass) Projects, Technology Evaluation (Research & Analysis) and carbon management services(footprint, mitigation and branding)
Materials science applications of HPC can help address challenges in developing new materials by enabling high-throughput screening of thousands of potential candidates using computational modeling. This reduces the time and cost of research and development compared to experimental methods alone. Examples discussed include identifying catalysts for fuel cells and optimizing electrolytes for lithium ion batteries through automated quantum chemistry calculations on large supercomputers.
Dr. Jeffrey Owrutsky presents an overview of Dr. Michael Berman's program - Molecular Dynamics and Theoretical Chemistry - at the AFOSR 2012 Spring Review.
Accelerators at ORNL - Application Readiness, Early Science, and Industry Impactinside-BigData.com
In this deck from the 2014 HPC User Forum in Seattle, John A. Turner from Oak Ridge National Laboratory presents: Accelerators at ORNL - Application Readiness, Early Science, and Industry Impact.
This document provides details about Nasser Zhebawi, including his background, qualifications, skills, employment history and experience. Some key details:
- Nasser Zhebawi is a Danish national, born in 1960, and works as a Lead Electrical Engineer.
- He has an MSc in Oil & Gas Technology and a BSc in Electrical Engineering.
- His experience includes over 15 years working on electrical engineering projects for oil, gas and industrial facilities in Qatar, Denmark and other countries.
- Recent projects have involved upgrading offshore oil loading facilities in Qatar and providing electrical engineering services for gas storage and compressor projects.
CAI is improving the quality of life worldwide by providing custom fabricated modular power generation systems that are easy to install, have a small footprint and provide continuous power.
This document summarizes the services of a technology-focused company that provides computational mechanics and simulation tools. They offer modeling, simulation, analysis, optimization and evaluation across various technical areas including multiphysics simulation, multibody dynamics, and total design. Their methodology uses commercial and research simulation packages along with custom software development. They can help companies with product design, validation, independent engineering and operational improvements through simulation.
Advances in Molten Salt Thermal Storage [CSTP 2010]Smithers Apex
Advances in Molten Salt Thermal Storage presentation discusses the use of molten salt as a means of thermal energy storage for concentrating solar power plants. It provides an overview of different molten salt storage system designs, current projects using molten salt storage, and research efforts to improve molten salt compositions and reduce storage costs. Molten salt allows solar power plants to generate electricity when the sun is not shining by storing thermal energy from the sun for later use.
ProSIM has been providing engineering design, and R&D services to OEMs, Operators, EPC contractors, System Integrators and vendors of nuclear power sector. ProSIM has assisted in the design and seismic evaluation/ analysis of systems, structures and components (SSCs) of nuclear power plants (NPP). Driven by its competence and focus on quality and project management processes, ProSIM has delivered value to its customers. ProSIM has interacted with regulatory bodies and code committees related to nuclear design codes. Methodologies for seismic analysis of mechanical equipment (rotary and static), electrical engineering, instrumentation and control, and structures have been developed by ProSIM using ASME boiler and pressure vessel (B&PV), RCC, IEEE, ASCE and similar codes. Several hundreds of reports of seismic analysis/ evaluation submitted by ProSIM have been approved by the operators or regulatory bodies. ProSIM has taken up several detailed engineering projects. Worked on design optimisation of structures/ equipment, pipelines, supports etc. ProSIM has also supported seismic qualification of equipment/ systems by physical testing by coordinating with agencies.
In addition to the seismic analysis during engineering stage for structural integrity assessment, ProSIM has worked on seismic margin assessment, seismic re-evaluation, fitness for service (FFS), remaining life assessment and extension (RLA/RLE), and failure analysis.
The document describes a student project to build an EM Drive, a proposed revolutionary propellant-less spacecraft thruster. The objectives are to remove the need for reaction mass and reduce pollution and spacecraft mass. It will outline the principle of operation, required components including a magnetron, microwave cavity and waveguide. It will also discuss the CAD drawings, circuit diagram, materials required and a 47 day work schedule to build and test the device using COMSOL simulation software. The conclusion is that results show a Q-factor of 50,000 and thrust of 2mN/kW, demonstrating potential applications for spacecraft propulsion.
This is a little presentation I gave to Roald Hoffmann's group at Cornell. What are the industrial applications of computational chemistry? How to people work differently in academia vs. industry? What are the sorts of things students should think about if they plan to work in the corporate world?
Pro sim nuclear offerings engineering design-siesmic-qualificationProSIM R & D Pvt. Ltd.
We @ ProSIM study in an integrated manner, the interactions between design, materials, manufacturing process and performance.
ProSIM is a total Engineering Solution Provider, providing collaborative engineering and R&D services in product and process design / development / re-engineering / analysis and optimization.
Transforming the Energy Enterprise Through Innovation
Sandia National Laboratories has been working on energy issues since the 1970s energy crisis, developing innovations such as the Strategic Petroleum Reserve. Recent projects include "Sunshine to Petrol" technology that converts sunlight and CO2 into liquid fuels, solar glitter that aims to double solar efficiency and halve costs, and energy-water simulation tools to understand interconnected energy and water systems in the western US. Sandia's vision is to enhance national security and prosperity through sustainable solutions to energy, climate, and infrastructure challenges.
Carbon Accounting in the Power Sector | Camilla Thomson and Samuel Chapmanicarb
This document summarizes an ICARB energy workshop on carbon accounting in the power sector. ICARB aims to create transparent, consistent, and accurate rules for carbon accounting that can be used by policymakers, academics, environmental managers, and others. The workshop discussed various carbon accounting guidelines and methods, including those from ISO, the GHG Protocol, and Defra. It also covered topics like system boundaries, treatment of capital emissions, output metrics, LCA software, data sources, and uncertainty. Developing a standardized framework and accreditation process could help improve comparability between carbon accounting studies.
In this deck from the HPC User Forum in Detroit, Muhsin Ameen from Argonne National Laboratory presents: Towards Exascale Engine Simulations with NEK5000.
"High-order methods have the potential to overcome the current limitations of standard CFD solvers. For this reason, we have been developing and improving the spectral element code NEK5000 for more than 30 years now. It features state-of-the-art, scalable algorithms that are fast and efficient on platforms ranging from laptops to the world’s fastest computers. Applications span a wide range of fields, including fluid flow, thermal convection, combustion and magnetohydrodynamics. Our user community includes over 400+ scientists and engineers in academia, laboratories and industry."
Watch the video: https://wp.me/p3RLHQ-j7R
Learn more: https://nek5000.mcs.anl.gov/
and
http://hpcuserforum.com
Sign up for our insideHPC Newsletter: http://insidehpc.com/newsletter
Jonathan Wong is seeking a new graduate engineering position and has a Bachelor's degree in Mechanical Engineering from UC Riverside. He has internship experience working on environmental tests of satellites at Northrop Grumman and project experience designing solar and battery systems as a lab assistant. His skills include CAD, programming, and thermal and structural analysis. He has received multiple academic honors and scholarships for his work.
Jonathan Wong is seeking a new graduate engineering position and has a Bachelor's degree in Mechanical Engineering from UC Riverside. He has internship experience working on environmental tests of satellites at Northrop Grumman and project experience designing solar and battery systems as a lab assistant. His skills include CAD, programming, and thermal and structural analysis. He has received multiple academic honors and scholarships for his work.
This document introduces Andrea Vignaroli and their consulting services related to wind energy projects. They have been a WindSim user since 2005 and have experience in wind resource assessment, turbine siting studies, energy yield modeling, layout optimization, and production forecasting. Their services include measurement campaigns, wind data analysis, computational fluid dynamics modeling, remote sensing correction, and performance assessment according to IEC standards. They aim to help clients maximize energy production and minimize turbine loads throughout the various phases of a wind farm project.
Ashok Jain is a 36-year-old Indian national who has over 15 years of experience in the wind and hydro energy industries. He has held various engineering roles at companies such as Vestas Wind Systems, VATech Hydro, and Leroy Somer & Controls, where he performed tasks like failure analysis, testing, design verification, and project coordination. Ashok holds a Bachelor's degree in Electrical Engineering and has expertise in areas including CAD, testing equipment, and PLC programming. He is currently seeking new opportunities.
Manuel Romero_Pequeños Sist. para Centrales Solares Termoeléctricas
Prototech
1.
2.
3.
4. We create
for future generations
Prototech delivers high-tech solutions and products for a wide variety of
customers. The expert team is involved in making modern-day fairy tales
– such as space travel and emission-free energy production – come true for
future generations.
• Our vision is to be an attractive strategic partner
for technology development
• We give our customer added value through our unique solutions
to complex challenges
• We create new solutions through high expertise,
good quality and sustainable values
• Our marked areas are Space, Green Energy, Oil & Gas
and Maritime industry
At Prototech 40 dedicated employees work together to CREATE a better
future. We participate in technology development, covering all phases from
concept studies through detailed design, advanced machining and measure-
ments to integration and final system testing.
A unique understanding of complex tasks and cooperation between the dif-
ferent departments makes us an attractive partner for development projects.
Our core areas of expertise are mechanical construction and production,
advanced fluid and structural calculations, vibration, pressure and temperature
testing, and the development of green energy systems.
The Technology, Solutions, Parts and Services departments
constitute the basis for our activities. In close collaboration
with our customers we search for new challenges and work
across multiple disciplines to CREATE solutions for the future.
Space cultivation chamber bkk 3kW Fuel Cell System (SOFC)
5. Our areas of operation:
SPACE
• Energy conversion
• Mechanisms and structures
• Space research
GREEN ENERGY
• Fuel Cells
• Offshore wind
• Carbon Capture and Storage (CCS)
• Energy carriers
Oil and Gas
• Subsea
• Operation and Maintenance
Maritime
• New standards
CREATE
• Energy optimalization
1930-1940 1950-1960 1970-1980 1990 2000 2010 –
Acoustic measurement Harestua Solar Sounding rockets Fuel cells to Mjøllner Mechanical Green energy systems
methods Observatory with payloads satellite structures
The torch, Regenerative Fuel
Coastal navigation CERN atom smasher Prototech AS established Lillehammer GAIA simulation units Cell for Space
High-voltage equipment Nuclear reactor at Kjeller 1988 Olympic Games BepiColombo Fuel cells for ships
for treatment of cancer Offshore strain Offshore pipe simulation units
Andøya Rocket Range Offshore wind
monitoring system scanners ISS plant cultivation concepts
Electromagnetic with sensors chambers
calculator
Space research Product design
ZEG Power established
7. Technology
The Technology department has more than 20 years
of experience in the development and testing of a
wide range of energy systems utilising various fuels.
Researchers in different technical fields combine their
expertise to create fuel cell and electrolyser sys-
tems for the future. The department’s core areas of
SOLUTIONS
expertise are:
• Fuel Cells (SOFC, PEM) The Solutions department offers a range of services
• Energy conversion based on thorough knowledge and expertise in the
• Energy optimisation field of mechanical engineering and related disci-
• Space research plines. Our creative engineers have a solid theoretical
(incl. preparation of biological material in space) foundation and excellent practical understanding,
which when combined leads to the right solutions.
The department’s core areas of expertise are:
• Advanced mechanical design
• Thermal and mechanical analysis (FEM)
• Aero- and hydrodynamic analysis (CFD)
SERVICES
Our Services department consists of highly qualified
technicians. We can offer modern workshop equip-
ment with service and repair facilities together with
various test and measurement opportunities. The
PARTS
department’s core areas of expertise are:
In the Parts department our skilled operators have • Vibration testing
extensive experience and knowledge of high-quality • Pressure testing
precision machining in a wide variety of materials, • Temperature testing
ranging from lightweight metals to high-temperature • Service and repair activites
hard steel qualities and ceramics. In addition we offer • Integration facilities
high-quality measurements of mechanical structures
according to customer specifications and require-
ments. The department’s core areas of expertise are:
• Machining of complex structures
• Small and medium series
• Prototype production
• High-quality measurement laboratory
8. Visiting Address
Prototech
Fantoftvegen 38
Bergen, Norway
Postal Address
Prototech AS
P.O. Box 6034 Postterminalen
NO- 5892 Bergen
Norway
Telephone
+ 47 55 57 41 10
Contact
contact@prototech.no
sales@prototech.no
www.prototech.no
Prototech is a company in the CMR group