bogota, colombia (PRWEB) March 11, 2017
The company ENER&GO, Sustainability in Energy and Environment, created by Emilio Martin Uribe and Andrea Londoño, designed a system for waste treatment and decided to implement it in the market sector due to the amount of waste they generate.
The plant will be located in La Calera, a delegation of Cundinamarca, and process three to five tons of waste per day operating 24 hours to generate its own electricity and illuminate the market, thus benefiting from 65 tons of organic waste per month. The treatment plant will also generate power from sunlight.
Having an on-site plant will avoid transporting organic waste to the Soacha, the city's wasteland, an extra expenditure of up to 640,000 pesos per tonne per day. With the capture of harmful greenhouse gases, energy will be generated and a soil improver will be produced, which will be delivered to the farmers.
The soil improver, which is equivalent to a mixture of nutrients up to 600 kilograms per day, generates higher quality produce, making the development attractive for traders, which will help in growing and marketing.
"The plant will improve competitiveness, image and increase the number of customers. It is intended to get people more interested in going to the market instead of a convenience store," said the CEO of the company, Emilio Martin Uribe.
"The public markets are entities of economy for the city and main supply centers for poor people; however, they have weakened against major foreign consortia, which often define the price of commodities."
ENER&G decided to use La Calera as host for the natural energy production plant, because the delegation has the first place in the waste separation program of Bogota; however, it is the one that receives less budget for infrastructure. "Tenants separate waste very well, it is a deeply rooted practice in this area," said Andrea Londoño, director of Engineering.
Another achievement of the company is the construction of an innovation research center, with three research areas: soil improvement, thermal use of solar energy and bioenergy.