WELCOME TO Kaveish Bioenergy (P) Ltd No.62,Puthu mariamman Kovil street, Ellaipillaichavadi,Puducherry Phone Web-

OUR VISION Green CleanEnergy

OUR MISSION Waste Disposal at the origin Generation of Green energy Production of Organic manure

Waste to energy Bio manure Org anic farming Energy conservation Carbon Credit OUR PROGRAMS

Waste to electricity Biogas from Domestic waste Biogas from Night soil Biogas from Waste water Institutional Biogas plants Integrated waste treatment BIO ENERGY PROJECTS

TECHNOLOGIES APPLIED IN OUR WASTE TO ENERGY PROJECTS BIOMETHANATION for easily and slow degradable materials Biocinarator For very slow degradable materials Recycling For non Degradable waste

1 Cum Portable Biogas plant Waste required –Min 1 kg –Max 5 kg per day Water required –Min 2 liters- Max 10 liters per day Plant Size-4 feet height & 4 feet dia Cooking hours-2.5 hrs-4 hrs per day Gas – 0.5 kg/day equal to LPG Stove-Single burner Placement-Roof top or besides the house PORTABLE BIOGAS PLANTS

2 Cum Portable Biogas plant Water required –Min 3 kg –Max 10 kg per day Water required –Min 6 liters- Max 20 liters per day Plant Size-6 feet height & 5 feet dia Cooking hours-2.5 hrs per day Gas – 1 kg/day equal to LPG Stove-Double burner Placement- Beside the building

PORTABLE BIOGAS PLANTS 6 Cum Portable Biogas plant Water required –Min 15 kg –Max 30 kg per day Water required –Min 30 liters- Max 60 liters per day Plant Size-7 feet height & 6 feet dia Cooking hours-3hrs per day Gas – 3kg/day equal to LPG Stove-Canteen burner Placement- Beside the building

Materials to be usedMaterials to be Avoided Left out food waste like rice, sambar, Curries, etc Lemon and Lemon parts Waste flour items like idly flourUpper peel of onion and garlic Waste curd and milkAll types of shells(Coconut, Egg, groundnut & Crab) Waste vegetable peels or rotten vegetablesFresh Tamarind Waste leaf spinach, waste coconutAll types of bones All types of fruit waste or rotten fruitsAll types of acids, chemicals and soap water All fish, meat and prawn waste including fish bone Plastics, Paper, Glass and rubber items All types of single flowersDrumstick Cut pieces of Water hyacinth Cloth items Coconut water, rice cleaned water, grains cleaned water and fish, meat cleaned water All types of flower garlands

Biogas Do’s and Don’ts  The Biowaste and the water ratio should be 1 : 2 for the proper functioning of the biogas plant. for example if you feed 1 kg of Biowaste daily into plant then 2litres of water should be mixed before feeding into the plant.  Biogas plant should be feed daily without fail for the proper operation of the plant.  During the regular operations of the plant weekly once the water content and moisture in the hose to be removed for proper operation and water in the water jacket to be replaced once in a 15 days to avoid mosquitoes  Under no circumstances overfeeding to the biogas plant is not allowed as it creates acidity and the plant becomes non- functioning.  Under no circumstances Chemicals, Acid, lemon and Tamarind feeding into the biogas should be avoided as it kills bacteria and we need to do reinstallation. Slurry from the biogas plant can be used in three ways  Connect to the drainage  Recycle with next day waste  Dilute with 5 times water before using it as fertilizer.

Social / Environmental Benefits 1 m3 Biogas (approximately 6 kWh/m3) is equivalent to: Diesel, Kerosene (approx. 12 kWh/kg) 0.5 kg Wood (approx. 4.5 kWh/kg) 1.3 kg Cow dung (approx. 5 kWh/kg dry matter) 1.2 kg Plant residues (approx. 4.5 kWh/kg) 1.3 kg Hard coal (approx. 8.5 kWh/kg) 0.7 kg City gas (approx. 5.3 kWh/m3) 1.1 m3 Propane (approx. 25 kWh/m3) 0.24 m3

Since biogas burns clean, homes do not fill with smoke and ash. Women and children experience less bronchial problems and can expect to live longer. Cooking with gas takes less time than with wood or charcoal or any other commonly used fuel. It is easier to cook with biogas stove and it is more hygienic. Slurry from the biogas plant can be used as organic fertilizer The Bio gas plant effectively reduces the amount of methane directly released into the atmosphere, by trapping it and facilitating its use as a green fuel. After burning, methane only releases harmless gases in air. The reduction of 1 kg methane is equivalent to the reduction of 25 kg CO 2 No risk of fire and explosion Maintenance free and user friendly

Biowaste Treated/day- Min 50 kg - Max 100 Kg Waste Water treated /day- Min 100 Lt - Max 200 Lt Biogas Output- 10 cum Gas Output = 5 kg of LPG Equivalent 10 Cubic Meter Biogas Plant

Biowaste Treated/day- Min 100 kg - Max 250 Kg Waste Water treated /day- Min 250 Lt- Max 500 Lt Biogas Output- 25 cum Gas Output =12. 5 kg of LPG Equivalent 25 Cubic Meter Biogas Plant

Biowaste Treated/day- Min 250 kg - Max 500 Kg Waste Water treated /day- Min 500 Lt - Max 1000 Lt Biogas Output- 50 cum Gas Output =25 kg of LPG Equivalent 50 Cubic Meter Biogas Plant

250 Kva Poultry waste based power Project

FRP FLOATING DRUM BIOGAS PLANT

BIOGAS PLANT IN CONSTRUCTION STAGE

Slurry composting pits.

Redefining Concept of Biogas Once this Scheme was the scheme of farmers having own cattle Simplified system for trouble free operation No need of Cow dung for Regular operation CONTRIBUTION OF KBPL IN BIO ENERGY PROJECTS Now it is the scheme for the common man Now it is affordable for Small institutions and local bodies too In Past installation cost of Waste to Electricity Projects was not affordable No need of Microbe culture for regular operation

PROJECTS AVAILABLE IN DIFFERENT RANGES Premium quality projects Budget projects Low cost projects

SPECIALITY OF KAVEISH BIOENERGY (P) LTD PROJECTS Simplified design to meet the requirements of all category of customers. Introduction of pre-digesters helps to treat all category of fibrous waste materials. Compact and module type digesters can be installed with in a minimum time. Our units can be installed in slum areas and water logging areas. Less space is required for the installation compared to other models. Series of digesters for improving efficiency of the treatment system.

SPECIALITY OF KAVEISH BIOENERGY (P) LTD PROJECTS (CONTINUED) Less Operational Expense for regular operation of the plant. No external power required for the operation of the plant. User friendly - Semi skilled persons can operate the plant. Provision for solid and liquid waste treatment. Less moving parts - Less maintenance. Provision for solid manure recovery& No chance for scum information.

OPERATION STRUCTURE OF OUR PROJECTS Fully automatic Semi automatic Manually operated Hi tech designs

INCOME GENERATION POSSIBILITIES OF KBPL PROJECTS Bio Energy Bio manure Liquid manure Environmental benefits – Carbon Credit (CDM-Clean Development Mechanism)

ORGANIC MANURE PRODUCTION FROM KBPL PROJECTS Solid organic manure Liquid manure

KAVEISH BIOENERGY (P) Ltd ORGANIZATIONAL SETUP General administration Documentation Promotional team Research &Development wing Production and quality control Installation team Service and maintenance

OUR ACTIVITIES Consultancy Waste audit Feasibility study Project preparation Project supervision Project implementation Joint research & development projects

Awareness programs Exhibitions Road shows Training programs Demonstration of projects ACTIVITIES FOR PUBLIC AWARENESS

SUPPORTS AVAILABLE FROM KBPL Joint venture Designing Of projects Feasibility study Detailed Project report preparation Consultancy Operation & Maintenance support Project implementation Production, training

SUPPORTS TO JOINT VENTURES Training for waste audit Training for feasibility study Training for existing members Recruitment and training of staff. Technical support for Detailed Project Report preparation Training for production of plants and parts.

SUPPORTS TO JOINT VENTURES (CONTINUED) Technical support for preparation of concept proposal Technical support for project installation and activation Training for operation and maintenance of different projects. Training for designing plant according to the availability of land Training for the installation of plants with locally available materials. Technical support and guidance for establishing local production centres

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