Future Energy


Sustainable Technologies

The material, components and technical know how for the implementation is readily available. The utilities for the operation of biogas technology are wastes, which are free, cheap and in abundance.

There is no requirement for the addition of chemicals. Income is increased in many folds through energy, fertilizer, health and waste disposal. Maintenance is very cheap like regular painting to avoid surface corrosion of plant.


Taking into consideration of the life span of biogas plants (10-30yrs). The investment is worthwhile and highly profitable. There are no moving parts, meaning there is no wear and tear due to friction.

With the increasing population and energy demand, the dream of attaining food security and poverty eradication and environmental management in line with the millennium development goals. It is time to act.

Lets join hands to move the World forward. This is a call to entrepreneurs, governments and Non governmental organizations. It is time to make great thing happen in our country. Lets make Nigeria great again.

Patervis Corp views biogas technology as a vehicle to reduce rural poverty, and as a tool in part of a wider drive for rural development. part from the direct benefits gleaned from biogas systems, there are other, perhaps less tangible benefits associated with this renewable technology.

By providing an alternative source of fuel, biogas can replace the traditional biomass based fuels, notably wood. Introduced on a significant scale, biogas may reduce the dependence on wood from forests, and create a vacuum in the market, at least for firewood (whether this might reduce pressure on forests however, is contestable).

Benefits can also be scaled up, when the potential environmental impacts are also taken into account; significant reductions in emissions associated with the combustion of biofuels, such as sulphur dioxide (SO2), nitrogen dioxide (NO2), carbon monoxide (CO), total suspended particles (TSP's), and poly-aromatic hydrocarbons (PAH's), are possible with the large-scale introduction of biogas technology.
 


 
 
  Applicable Feedstocks
Natural Resources

Biogas technology is an aspect of Biomass energy production as earlier stated. Biomass is understood to mean all land and water plants, their waste and by-products, farmyard wastes (including manures) and the wastes and by-products resulting from the transformation of these plant and what they produce.

Biomass wastes are generally organic wastes. The production of biomass is primarily from the process of photosynthesis—the capture and conversion of sunlight by plants.

What the biogas technology actually does is to unlock energy stored by plants from the sun. In reality no new energy is created but transformed from one form to the other.

Applicable feedstocks include--- all land and water plants e.g. crops, grasses, and water hyacinth e.t.c. Waste and by-products of plants---agricultural residues after harvest and processing which include vegetable wastes, wastes from food processing industries, paper, kitchen wastes, crop stalks e.t.c. Farmyard wastes--- livestock wastes and human wastes including poultry, piggery, rams, sheep, goats, grass cutters, rabbits and cow wastes. Cassava peels and leaves, palm fibers and remnants that are usually burnt. Also included are abattoir wastes, meat and fish packing plants, fruit processing plants e.t.c.

Wastes may require pre-treatment and or combination before use.

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