Environmental impact in relation to sustainability goals relates to emission reduction, energy efficiency, waste and transportation.
Beerenberg’s Aerogel solutions and the Oryza product range aligns well with the sustainability goals.
The best way to reduce energy consumption and emissions related to energy production, is not to use the energy at all, or to reduce the energy loss as much as possible.
Oryza aerogels offer significant potential for advancing sustainability goals across various industries and applications. Their resource efficiency, energy-saving capabilities, durability, versatility, and compatibility with green building practices make them valuable assets in the transition towards a more sustainable and resilient future.
The most important properties for Oryza Aerogel product series
Aerogels are solid materials composed of a porous network of interconnected nanoparticles, typically derived from materials like silica or carbon. This structure results in an extremely low thermal conductivity, meaning it's very resistant to the transfer of heat. This property allows aerogels to effectively reduce heat transfer through, process equipment, walls, windows, and other construction components, thus optimizing energy consumption.
With exceptional insulation capabilities, aerogels are incredibly lightweight and can be manufactured in thin profiles. This characteristic is advantageous for applications where space is limited or costly, such as in Oil and Gas, construction, EV cars or aerospace. Thin aerogel layers can provide superior insulation without adding significant bulk or weight to structures or components.
Aerogels are known for their durability and stability over time. Unlike traditional insulation materials like fiberglass or foam, aerogels are resistant to compression, heat, moisture, and degradation, ensuring long-term performance and energy savings. This durability reduces the need for frequent replacements or maintenance, further enhancing energy efficiency by minimizing material waste and associated energy consumption.
Aerogels can be tailored to suit specific applications and environmental
conditions. They can be modified to enhance properties like hydrophobicity (water repellence) or to withstand high temperatures, and low dust options expanding their potential uses in various industries, including construction, automotive, and electronics.
This versatility allows aerogels to contribute to energy efficiency in a wide range of contexts.
Aerogels are often considered environmentally friendly due to their low environmental impact compared to traditional insulation materials. They are typically composed of abundant materials like silica or carbon, and their long lifespan and energy-saving properties contribute to reducing overall energy consumption and greenhouse gas emissions.
In summary, aerogels play a significant role in promoting energy efficiency by providing superior thermal insulation, durability, versatility, and environmental sustainability across various applications. Their ability to minimize heat transfer effectively contributes to reduced energy consumption, lower utility costs, and improved comfort in both residential and commercial settings.