Energy is the pulse of human civilization. There is a race of rapid development among the countries throughout the globe that requires a huge amount of energy. Hydrocarbon energy (fossil fuel) remains a primary energy source for the functioning of the global economy and growth. However, the critical issue with hydrocarbon energy is the enormous amount of carbon emission that hampers the world's ecosystem in many ways. To reduce the carbon footprint, many countries (specifically developed countries) have already started focusing on renewable energy resources as an alternative to fill the energy demand. Although the current breakthrough of alternative energy resources has been taking place, it is for the time being crucial to avoid the dependency on hydrocarbon (completely and shortly) that alone satisfies 80-85% of global energy demand. In context to the current growing energy demand (around a double by 2050), it is peak time to explore different ideas rigorously either to find a new way or to improve the ongoing technologies to make the whole world mainly dependent on renewable energy. In recent years the dependency on fossil fuel-based energy has reduced, and the share of renewable energy (RE) such as solar, wind, geothermal, hydropower, etc., has increased. Since these renewable energies are intermittent except hydropower (a controllable renewable energy source), an eco-friendly storage system is required to raise the RE share in the energy industry in the future.

Here at Sciglyph, the research team (energy wing) is continuously investigating novel ideas, improvement, and developing new means of green energy harvesting, storage, distribution, and management. Moreover, the energy wing of Sciglyph is also working on energy efficiency through technology improvement and process optimization.

At present, the SciGlyph team (energy wing) is working on two different projects focusing on renewable energy. Both the technologies are ready to be get patented, and the theme of these projects are;

1. A novel approach to store hydrogen in underground geological formations. (about to secure the technology/patent)

2. A hybrid energy generation system consisting of combined solar, wind, and gravitational energy. (about to secure the technology/patent)