In today’s modern world, digital technology has proven itself essential in day-to-day activities. It has pervaded what people experience or do regularly, such as using their mobile phones taking public transport, and making important business transactions and decisions.
Personal gadgets, appliances, and other machine and equipment simplify life whether at home, in school, and in offices—practically anywhere and everywhere.
These modern inventions are the result of the continuous research and development conducted by companies like Nitrexo. These are accomplished through the integration of advanced digital technology in traditional mathematical and scientific analyses, which are needed to create effective and efficient engineering solutions.
Nitrexo is a dynamic and innovative company that specializes in thermal analysis, specifically in the space industry. With this kind of expertise, it aims to validate the thermal design of devices that go into space and endure the conditions at certain atmospheres.
Implementing thermal analysis to identify issues and problems and formulate solutions would normally require long-hours and considerable costs. Nitrexo has overcome this challenge through digitalization.
The company is able to do this through its expertise in the use of ESATAN-TMS® (ESATAN Thermal Modelling Suite). This is a software tool that, together with the methods and techniques the company has developed, enables it to reduce the time spent on building thermal models and validating and implementing thermal designs.
These set the company apart, as the tools it uses and the standards it has established enable it to reduce time spent on project development by more than 50% as compared to its competitors—all without sacrificing the quality and accuracy of the service it delivers.
Through this, the company’s clients can invest more of their time and budget in optimizing the thermal design of their products or on testing them with more thermal analysis to reduce, if not eliminate, the risk of malfunction in space.
Blue Space AI, a Nitrexo company, is the part of Nitrexo which develops its very own digital engineer model. Leveraging its expertise in software technology, this innovative invention is envisioned to help standardize system analysis.
Nitrexo believes in democratizing expertise; hence, it views this product as its contribution to the industry’s knowledge-sharing initiatives, which aim for the betterment of the system engineering community.
The Digital Engineer® would be accessible not only to Nitrexo’s own teams but also to its clients and other interested parties.
System engineers from around the world would be able to gain important and valuable information across a network of topics related to system engineering in the space industry. These topics can be anything from building thermal models to implementing designs.
The Digital Engineer® provides real-time answers to problems, thereby effectively saving time and manpower. More importantly, this software enables system engineers to send feedback and share their experiences in order to continuously improve performance and cut down costs for such vital skill-sharing systems and for performing system analyses.
The company plans to expand this software’s use to other industries, including those that perform mechanical analyses to make the scope of its services as wide as possible.
To join us on this journey to multiply human potential and innovation, register your interest at www.bluespaceai.com.
Thermal engineering is a complex field. Even for those working in the space and aeronautics industry, it is a subject that requires deep knowledge and expertise. It pertains to the system of managing heat to support various industries such as aerospace.
Thermal control has always been essential in protecting flight hardware, as well as ensuring that all equipment parts bring out their optimum performance during space missions.
Every space system and sub-system requires thermal analyses to guarantee that each composition in the equipment’s thermal design does its job perfectly under space conditions. To achieve optimum working conditions, space products need to undergo validation and optimisation.
Nitrexo offers cost-effective and adaptable solutions to help companies deliver the best space products in the market. With the use of its unique digital engineer software, Nitrexo enables thermal engineers to learn vital data.
From product design to building 3D thermal models, Nitrexo provides real-time solutions for various space product issues, which in turn saves the company valuable time and manpower.
Nitrexo designs, manufactures, and procures thermal hardware (MLI, radiators, heat pipes, heaters and thermal straps), payloads, platforms, system level, struts, solar panels, mechanisms, instruments, antennas, sensors, mirrors, electronics, cameras, optoelectronics devices for satellites, rockets, microelectronic components, and mechanical ground support equipment (MGSE).
Nitrexo’s space product development solutions include the following services:
A good thermal design is the foundation of a high-quality, functional space product. During the early stages of the design, potential issues must be identified and addressed to provide the best thermal solution for a specific space mission.
Nitrexo is the leading expert in building, validating, and implementing 3D thermal modelling services.
Even skilled thermal engineers need fresh eyes to help them do their job well.
Nitrexo provides engineering consultancy services to those in need of help on mechanical, system, and other related concerns. The solutions provided are tailored for each client, ensuring a delightful user experience for everyone involved.
It is the focal point of everything Nitrexo does. Bringing out the best in thermal engineers is at the core of Nitrexo’s mission statement.
With the help of its unique digital engineer software, Nitrexo helps lighten the load for thermal engineers around the globe by increasing companies’ productivity levels and enhancing their work quality.
Nitrexo’s goal is to continuously improve the spacecraft industry through its engineering skills and expertise in the standardisation and optimisation of thermal analyses.
Aside from structural components, aerospace products require the perfect blend of chemical mixtures and its seamless integration with both the equipment’s electrical and mechanical parts for optimum operation in space conditions.
At Nitrexo, every component and spare part is manufactured to withstand the extreme temperature conditions in space and reduce the risk of device malfunction during space missions.
Every space mission costs millions of dollars. Every equipment or part, therefore, must be tested and validated to ensure the mission’s success.
Nitrexo uses standardised methods and techniques to conduct mechanical, system, and thermal analyses to guarantee the quality of the deliverables.
Conducting a mechanical analysis on a spare part alone can help a company reduce operational and manufacturing costs. This mitigates the risk of inaccurate process or malfunctioning equipment and increases the chances of a successful space mission.
Registered address: Elfordstown Earth Station, Midleton, Co. Cork, Ireland
Telephone: +353 21 4630801
Email: info@nitrexo.com