Renewable energy and steps toward achieving more sustainable societies are the key drivers for conducting more scientific research regarding different aspects of natural resources. A proper utilization of the available resources can enhance better living standards as well as reducing energy consumption behavior. Implementing natural fibers for getting more bioenergy as an alternative source to the fossil fuel energy, as well as utilizing the natural fiber/nanoclay reinforced polymeric materials are emphasized by several governing and industrial sectors. Achieving the optimum desired properties for the completely recyclable hybrid composites are the future game of the world to expand the sustainable design possibilities that can widen the applications of such composite to reach all aspects of the modern living standards. Hybrid recyclable packaging material from natural fiber developed at lower cost but contributes to the sustainability as well as functionality. Mechanically stronger materials are recommended for the packaging as well as gas sensitive materials such as electronic and pharmaceutical packaging. Although those hybrid materials are degradable, the poor interfacial adhesion and the lack of compatibility between the filler and the matrix limited their widespread commercial impact.