Power reservoirs of jumble-based biomass in Asia

Abstract

Technology-based efforts towards the treatment of unwanted bugs rejected by the human population which cause unhealthy ifestyle need to be restored as renewable energy. Available data for the utilization of biomass are from bagasse 6 %, sugarcane residues 12 %, rhizomic crops residues 9 %, cone residues 20 %, wheat residues 25 % and rice residues 28 %, which accounts for bioenergy potential of 1550 PJ/year from sugarcane residues, 407 PJ/year from rhizomic crops residues, 2614 PJ/year from cone residues, 3299 PJ/year from wheat residues and 3407 PJ/year from rice residues. The current scenario of the scarcity of energy sources raises the curtains on other resources where Asian countries like India, Myanmar, Pakistan, Nepal, Bhutan, etc. are having population-based jumbles (municipal rejection, domestic garbage, faecal matter of railway toilet flush, hospital effluents, etc). These jumbles must be added to the power catalogue as promising power reservoirs, especially when the prices of fuels are increasing from the past few decades at a global level. This channelization scheme not only creates the power reservoirs; rather, we can restore the lost sight of a green belt. Also, other power resources are bringing forward problems like oil depletion and global warming. This is the reason why many government agenciesincluding the private sectors are endorsing the ideas for expanding the use of biofuels derived mainly from biomass. Biomasses from rich lands of Asian countries are promising reservoirs of energy that need to be exchanged where India can be the biggest tunnel. Use of such thin and convenient bioenergy reservoirs will alter the rigorous and costly approach of mechanical and physical conversion, and we can create a long-lasting avenue. The "rejection to selection" approach of such energy reservoirs will create a noble gateway for developing countries in Asia. Utilization of such a process in entrepreneurship through small- and large-scale municipal stationary tanks will help in increasing the living standards, energy security, health security and economic status of Asian countries. Generating a database system which maintains the records of the faecal matter generation sources (industry, railway stations, hospitals, municipal, etc.) and utilization at national levels will keep statistical information on each country’s contribution. Biomass from safari land which is the source of worthytrees must not be sacrificed for ample amounts of cellulose, hemicellulose, lignin, starch, proteins and other organic and inorganic components, though the conversion approach costs us million dollars and makes the bioenergy mission impossible. Here, the authors have suggested the connecting links for power generation from the jumble tanks, thus trying to create a green, healthy and powerful Asia.