How can advanced materials of the 4IR have a major beneficial impact on combating global warming, a more streamlined manufacturing process, and cleaner, more efficient energy usage? originally appeared on Quora: the place to gain and share knowledge, empowering people to learn from others and better understand the world.
Answer by Marga Hoek, Author of “Tech for Good”, on Quora:
There are many exciting ways that materials science tech innovations will propel us to a cleaner and healthier future. New and advanced materials are transforming the way we live in unprecedented ways. Breakthroughs in construction-materials development are creating sustainable business solutions for an economically and environmentally prosperous world. Materials are not only enhancing infrastructure capabilities to be energy efficient and carbon neutral, but they are also mitigating their own negative impacts. Recognizing this enormous potential for net positive gains, we experience advanced materials being utilized in various real-world applications as the playful meeting of science and technology. There are truly an infinite number of breakthroughs that remain hidden in the chemistry between the elements and materials all around us.
The tech has major beneficial impacts on combating global warming, enhancing manufacturing, and ensuring efficient energy usage in a variety of sectors. The new world of chemical configurations and compositions to produce advanced materials that shape a desirable future of innovation and sustainability is already here. In this regard, the possibilities are truly endless for the construction sector. It is no surprise that entrepreneurs and scientists are infusing their intellect and aesthetic creativity with the promise of chemical compounds to enhance buildings’ capabilities to combat pollution and slow climate change. People and businesses all over the globe are invested in developing materials that will make a difference in urban infrastructure planning.
The advancement of materials in energy and environmental design is being implemented across the globe to perpetuate sustainable business. Polymers (such as plastics) and soft materials like foams, emulsions, and gels are being further developed for a range of consumer products and high-end technological applications that improve both business and environmental performance. Nanotech and nanomaterials offer enormous opportunities for sustainable technologies. From saving raw materials, energy, and water to decreasing greenhouse gasses and excess waste, nanotechnology utilized in various products, procedures, and applications could certainly support environmental and climate protection.
The eclectic nature of advanced materials makes them an integral part of the manufacturing process across industries and all sectors of the economy. With the rapid digitization and the growing interconnectedness of the materials sector, the development of new materials comes in parallel with their industrial adaptation through the 4IR technologies. These newly developed and highly functional materials enhance businesses by improving their processes and manufacturing methods. This rising implementation of new materials in manufacturing processes across healthcare, energy, environment, and several other areas has led them to be incredibly useful and essential for achieving sustainable business growth.
Some of the other ways this tech could revolutionize business include achieving a recycle-based and low-carbon society that new and advanced materials make possible. Industrial waste, which is severely hazardous to the environment, can be transformed into an advanced material with the potential to be utilized for the reduction of CO2 emissions. Acid-enhanced fertilizers to improve agricultural yields are also coming forward, as are augmented plastics that can reduce transformation costs.
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