Waste to Energy Project

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Waste to Energy Project

Clean Congo will set up a waste to energy plant to take care part of the solid waste management to convert ‘Dry Organic Waste’ into a sustainable resource.

Dry organic waste will comprise of:

Coconut shells
Peel & scrapings from fruit & vegetables (for e.g., cashew shell & cake, banana peel, rotting fruit)
Leftover food (dried)
Cut flowers
Corks
Coffee grindings, Tea bags
Egg & nutshells
Paper towels
STP/ETP sludge
Cow dung
Printing press waste
Plastics (except PVC), * Paper & Cardboard, * Wood, leather & rubber & so on….

Source of Feed Stock:

Agriculture Produce Farmers, for e.g., coconut, sugarcane, paddy straw, rice husk….
Food Processing Industry.
Hotels & Resorts, Malls, Large Canteens from Industry, Temples.
Residential Complex.
STP/ETP/WTP Dry Sludge Cake from Industry, Municipal Plants.
Fish Farming, Poultry Farming, other livestock farming for e.g., cattle.

Process Steps will involve:

Value Proposition of Waste to Energy project:

Waste to Energy/Biproduct concept for e.g.,

Electricity – which can be used to power up own production plant, nearby villages OR can be supplied to the grid.
Activated Carbon – as adsorption media in water treatment, wastewater treatment, oil removal, organics removal, color, odor removal & many more applications
Biochar – is a stable carbon matrix, which can hold on to water, air, metals & organic chemicals with unique thermal & electrical properties….it has 52 different uses for

Animal farming as a – silage agent, feed additive/supplement, litter additive, slurry treatment,
manure composting, water treatment in fish farming.
Soil conditioner as a – carbon fertilizer, compost additive, substitute of peat in potting soil, plant protection, compensatory fertilizer for trace elements.
Building sector for – insulation, air decontamination, decontamination of earth foundations, humidity regulation, protection against electromagnetic radiation.
Decontamination w.r.t – soil additives for soil remediation, soil substrates, as a barrier & treating pond & lake water.
Biogas production as a – biogas additive, biogas slurry treatment.
Treatment of wastewater using – activated carbon filter, pre-rinsing additive, soil substrate for plant beds, composting toilets.
Treatment of drinking water using – micro filters, micro filters in developing countries.

Exhaust filters for – controlling emissions, room air filters.
Industrial materials for – carbon fibers, plastics.
Electronics for – semiconductors, batteries.
Metallurgy for – metal reduction.
Cosmetics in – soaps, skin-cream, therapeutic bath additives.
Paints & coloring – food colorants, industrial paints.
Energy production to produce – pellets, substitute for lignite.

Medicines for – detoxification, carrier of active pharmaceutical ingredients, cataplasm for insect bites, abscesses, eczema.
Textiles as a – fabric additive for functional underwear, thermal insulation for functional clothing, deodorant for shoe soles.
In Wellness for – filling of mattresses, filling of pillows.
Shield against electromagnetic radiation.
Food conservation.
Biofuels – It is derived from biomass of organic waste which is an alternative to fossil fuel. It can be used for Transportation, Energy generation, providing heat, charging electronics, cleaning oil spills & grease, cooking, lubrication, removal of paint & adhesive, creating energy when fossil fuel runs out, reduce cost & need of imported oil.
Highest quality of product.
Environment protection.
Make in Congo initiative.

Waste to Energy Project

Waste to Energy Project

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