Secular trends, or "long-term trends," are topics that require attention for strategic long-term positioning. Why is it important to analyze them? A deep understanding helps companies to identify opportunities and risks as well as diversify resources.
The European landscape convention follows a path of CO2 emission reduction to offset the environmental impact of industrial products.
Among the first technologies to analyze, hydrogen stands out. From an environmental protection perspective, its only byproduct when subjected to industrial processes is water. It is the most abundant element in the universe and can provide large quantities of energy without generating CO2 emissions.
Hydrogen is produced on a commercial basis today, as it is not present in pure form on our planet. It can be used as a raw material in the chemical industry or refineries, in the production of steel, heat, and energy. Hydrogen provides high-quality heat and meets some energy needs that direct electrification cannot cover.
Hydrogen finds application in industrial sectors as a substitute for fossil raw materials. It is also defined as a "versatile energy vector" with great development potential in the transport sector. At Priver, we use components and systems from the Parker group approved for use on board hydrogen-powered vehicles. The range of products allows for safe and efficient operation. Priver is at the forefront of understanding system solutions suitable for the use of hydrogen in a wide variety of sectors.
Electrification is the process of replacing fossil energy sources like coal, oil, and gas with electricity. This electricity is generated from renewable energy sources, such as solar, wind, hydroelectric, and geothermal.
A massive transition to electrification would therefore predict the complete replacement of fossil fuels in the future. The benefits are endless, starting with the reduction of greenhouse gases, an immediate response to the pollution problem.
The change requires practical and accessible solutions, such as the development of innovative technologies that support the spread of electrification. One of the markets that have experienced explosive growth thanks to electrification is the Transportation market.
The exponential use of electric cars is set to increase, marking a significant change for manufacturing industries. Transforming thermal engines into electric ones in the transport market will be the greatest challenge for industries.
Many companies, including Priver, are engaged in study and research to face the new changes and propose effective solutions.
Services and electronic system products have increased total energy consumption and carbon emissions. Part of the energy used to power electronic systems is subsequently used for their cooling. Various thermal management techniques exist to intervene in the heat dissipation process. Removing heat generated by devices ensures optimal performance and meets thermal requirements.
Thermal management is increasingly taking space in the electronics sector, both industrial and consumer. Cooling solutions and systems include heat sinks and diffusers to reduce thermal resistance.
Among the industrial environments experiencing excessive heat production are server farms. A totally computerized environment that generates a temperature rise due to excessive activity. These places are often equipped with air conditioning and refrigeration systems, as well as temperature sensors in case of anomalies. Technologies for thermal management of electronic systems are very important for the next generations of systems and components.
The growing needs related to thermal management and CO2 release are influencing industrial technological systems. Understanding the development dynamics helps to face the changes with greater awareness.
Companies aim to actively participate in the transition path towards reduced emission production. Priver's commitment is to involve and inform businesses about the advantages of technological innovations. Priver's technical know-how and knowledge of technologies in the main industrial markets lead to an exponential competitive advantage.