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Our Best Selling RO Water Purifier Systems

Advantages of Composting

The organic waste (food waste, garden waste, dry leaves etc.) is loaded into the composting machine through a hopper. The organic waste is to be fed to the microorganisms (bacteria), smaller the feed size faster is the conversion. So a waste shredder is incorporated t o shred the organic waste into smaller size components. Add Bio-culture and absorbent (saw dust, dry leaves etc. if available) to the waste fed in ACM. Bio-culture is a mixture of micro-organism cultures that accelerate the aerobic composting of bio degradable organic waste. It also treats the waste and makes it free from pathogens, foul smells and weed seeds. Bio-culture is a key input in the composting process and consists of cultures of naturally occurring bacteria, fungi etc. along with enzymes. These facilitate the rapid conversion of organic waste into bio-stabilized compost. It is free from any toxic or hazardous components. It preserves the vital nutrients and organic matter in the waste.

The waste then goes into the curing tank which is horizontally aligned and powered by gear motors. The retention time depend s on the nature of the compost required. Pre-compost is obtained in 1 day; Dry-compost in 6-7 days. Also, addition of saw dust will decrease the curing time and help get dry compost in shorter time. A heater system is incorporated which maintains a temperature of 40-45deg C favorable for micro-organisms involved in decomposition.

The organic waste mixture is turned everyday by the composting machine to facilitate aeration and spread of microbial activity. The process is repeated for the next few days and new waste generated daily can be added to the machine. In 4-6 days, the waste loaded on the initial day is converted into compost and can be used as organic manure. Following a sequence, the waste loaded on later days will be coming out of the composting machine as compost on FIFO basis.

Maximizing Composting Process Efficiency

Composting, or controlled decomposition, requires a proper balance of “green” organic materials and “brown” organic materials. “Green” organic material includes grass clippings, food scraps, and manure, which contain la rge amounts of nitrogen. “Brown” organic material includes dry leaves, saw dust, wood chips, and branches, which contain large amounts of carbon but little nitrogen. So adding sawdust, dry le aves and other carbon rich material along with the organic waste can lead to better decomposition of waste resulting in better quality compost.

Capacity of Automatic Composting Machine

Machine available with per day capacity of 75 kg, 140 kg, 290 kg, 700kg & 1500kg. converting Organic Waste to Organic Fertilizer called Compost.

Specifications of Automatic Composting Machine

Part	Specification
Motor	Siemens/ABB/Trans Make
Frame	Heavy Square Tubes TATA or Similar
Mixing Cylinder	MS Plate 6mm with inner FRP coating
Shredder	D3 Blades With Arco red Body
Shredder to Mixing Chamber	Screw Conveyor
Outer Body	M S body powder coating
Control Panel	Electrical
Hopper	SS304
Air heater	500 W

Terms & Conditions

• Taxes and Transportation at actuals. Price Basis is Ex-Works.
• The prices are based on the current market prices and can be discounted against regular and bulk orders.
• The sizes mentioned and the power rating may change according to the customer spec, if any.

Benefits and Advantages of Anaerobic digester plant

In addition, biogas could potentially help to reduce global climate change. High levels of methane are produced when manure is stored under anaerobic conditions. During storage and when manure has been applied to the land, nitrous oxide is also produced as a byproduct of the denitrification process. Nitrous oxide (N2O) is 320 times more aggressive than carbon dioxide and methane. i.e.; the main advantages are it is a renewable source of energy, non polluting reduces landfills, cheaper technology, little capital investment, reduces Greenhouse effect.

Scope of work

• Supply of materials and construction of plant with above mentioned specification.
• Charging with cow dung
• Connection of gas line pipe and firing of burner.

Facilities to be provided at site

• Digging of land.
• Chlorine free water required for charging the plant.
• Connection of gas line using fixed line (if needed) to the desired point.
• Removal of excavated excess soil from site.
• Accommodation facility for labours at site.

Warranty of Anaerobic digester plant

The system will have one year warranty against any manufacturing defects.

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Estimated Cost of the Product – Bio Toilet

Cost of Bio Toilet per plant – Rs. 75000/- + Tax @18%

Benefits and Advantages

Sewage water/waste water treatment is a process used to convert wastewater into an effluent (out flowing of water to a receiving body of water) that can be returned to the water cycle with minimal impact on the environment or directly reused. The latter is called water reclamation because treated wastewater can then be used for other purposes.

Operation of Sewage treatment plant

The waste water generated in washing unit is collected and subjected to grit and oil removal. The grit and large solid particles are settled at the bottom. After oil removal, the waste water is collected in a collection tank. A chemical precipitation unit is provided. The chemical precipitation unit is provided with a mixer and dosing tanks. Parallel plates are aligned for effective settling of the slurry hoppor bottom chemical precipitation unit.. Adequate quantity of reagent and lime is added and mixed with the waste water. Chemical precipitation happens, contaminants and large particles are settled at the bottom of the chemical precipitation unit. The treated water from the chemical precipitation process is collected in filter feed tanks. The water is then subjected for pressure sand filtration and activated carbon filtration. The outlet of the pressure activated carbon filter is the treated water and is collected in a treated water collection tank and used for gardening. The sludge that settled at the bottom of the chemical precipitation unit is drained out and dried in sludge drying beds. The filtrate from the sludge drying bed is sent to the collection tank and subjected to further treatment.

Benefits and Advantages of Rainwater Harvesting

Rainwater Harvesting is the accumulation and storage of rainwater for reuse on-site, rather than allowing it to run off. Rainwater can be collected from rivers or roofs, and in many places, the water collected is redirected to a deep pit (well, shaft, or borehole), a reservoir with percolation, or collected from dew or fog with nets or other tools. Its uses include water for gardens, livestock, irrigation, domestic use with proper treatment, indoor heating for houses, etc. The harvested water can also be used as drinking water, longer-term storage, and for other purposes such as ground water recharge.

Water is our most precious natural resource and something that most of us take for granted. Normally water is collected from the roofs of buildings and stored in rainwater tanks. This is very common in rural Australia. Water can also be collected in dams from rain falling on the ground and producing runoff.

It can be purified to make it into drinking water, used for daily applications and even utilized in large scale industries. In short, Rainwater harvesting is a process or technique of collecting, filtering, storing and using rainwater for irrigation and for various other purposes. A rainwater harvesting system comprises components of various stages – transportingrainwater through pipes or drains, filtration, and storage in tanks for reuse or recharge.

The catchment of a water harvesting system is the surface which directly receives the rainfall and provides water to the system. It can be a paved area like a terrace or courtyard of a building, or an unpaved area like a lawn or open ground. A roof made of reinforced cement concrete (RCC), galvanized iron or corrugated sheets can also be used for water harvesting.

Warranty

The system will have one year warranty against any manufacturing defects. The entire expenses for repairing will be borne by us to rectify the defects within the warranty period.

Benefits and Advantages

Materials other than non recyclable plastics may be shredded to 14mm size, the shredded plastic could be used for polymerized road tarring or tile making. 10% of Bitumen can be replaced with the shredded plastic while using for road tarring.

Specification and estimated Cost of Plastic Shredding Machine

Description	Quantity	Price	Technical Specifications
Model – I	1 No	Rs.3,25,000/- + GST 18%	Motor->7.5HP ABB Make No. of Specially hardend Blades->3 + 2 Blade size-> 450 mm Throat Size- 450 x 200 mm Output-30 to 35 kgs. Per hour Bearing-NTN Japan Feeding Hopper-Fully Insulated
Model – II	1 No	Rs.5,83,000/- + GST 18%	Motor->15HP ABB Make No. of specially hardend Blades->3 + 2 Blade size-> 610 mm Throat Size- 610 x 300 mm Output- 60 to 70 kgs. Per hour Bearing-NTN Japan Feeding Hopper-Fully Insulated
Model – III	1 No	Rs.10,60,000/- +GST 18%	Motor->25 HP ABB Make No. of specially hardend Blades->9 + 4 Blade size-> Moving – 310mm, Fixed – 456mm Throat Size- 910 x 450 mm Output- 150 kgs. Per hour Bearing-NTN Japan Feeding Hopper-Fully Insulated

Installation requirements to be provided by the purchaser at site

The machine is ready to fix condition fitted with starters. You may arrange electrician to connect it to the power line with necessary power cut of switch. Our technical experts will provide initial training to the machine operators appointing by you.

Benefits and Advantages of Biogas Plant

In addition, biogas could potentially help to reduce global climate change. High levels of methane are produced when manure is stored under anaerobic conditions. During storage and when manure has been applied to the land, nitrous oxide is also produced as a byproduct of the denitrification process. Nitrous oxide (N2O) is 320 times more aggressive than carbon dioxide and methane. i.e.; the main advantages are it is a renewable source of energy, non polluting reduces landfills, cheaper technology, little capital investment, reduces Greenhouse effect.

Operation of Biogas Plant

Anaerobic digestion is a collection of processes by which microorganisms break down biodegradable material in the absence of oxygen. The process is used for industrial or domestic purposes to manage waste and to produce fuels. The digestion process begins with bacterial hydrolysis of the input materials. It is used as part of the process to treat biodegradable waste and sewage sludge. As part of an integrated waste management system, anaerobic digestion reduces the emission of landfill gas into the atmosphere.

Anaerobic digestion is widely used as a source of renewable energy. The process produces a biogas, consisting of methane, carbon dioxide and traces of other “contaminant” gases. This biogas can be used directly as fuel, in combined heat and power gas engines or upgraded to natural gas-quality biomethane. The nutrient-rich digestate also produced can be used as fertilizer.

Bio Energy Systems

The plants are made up in different types and in different models in Fibre Reinforced Plant, Ferrocement, in fire bricks and concrete. During the gasification process, acids are produced and it cause leakage to the walls of cement structured plants like ferrocement, fire bricks etc. That is why we were suggesting fibre coating inside wall of the gas plant. Fibre Coated plants have more lasting than normal plants.

Methods advising to process

A pulverizer with a capacity of 75kg/hour will be installed on the mouth of the plant to restrict the feeding of plastics, metals and glass materials and also it accelerates the decomposition of biodegradables.

Estimated Cost of the Biogas Plant

Scope of work

• Supply of Plant
• Charging with cow dung.
• Connection of gas line pipe and firing of burner.

Client’s Scope

• Foundation with 15 cm thickness
• Union loading charges, if any, will be on your scope.
• Chlorine Free water

Warranty

The system will have one year warranty against any manufacturing defects.

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Features

• Continuous air-jet synchronous draft technology for clean efficient combustion
• Enclosed chamber with curved acidic refractory bricks for heat retention
• Fully insulated system for efficiency and operator safety
• One year warranty
• We provide water scrubber system for reducing atmospheric pollutions.

Specifications

• Foundation with required diameter and 15 cm thickness.
• 2. Inside coated fire brick on the ash collection area and combustion chamber lined with 3 inch furnace bricks for 10-30Kg incinerators and 4 inch furnace bricks for 40-90Kg and outside body with MS sheet coated with high grade HR paint.
• Top conical part coated with high quality furnace material
• Separation between combustion chamber and ash collection area provided with SS 304 grade grill.
• Smoke line 3metre length SS 304 grade pipeline.

Operation of Incinerator

The fuel free solid waste dispenser with the unique CORT (Controlled Oxygen Rotating Technology) turns any solid waste material permitted to be incinerated into pure ash within minutes adhering to relevant emission standards.

Within 3 to 4 minutes, the temperature inside the closed chamber reaches very high depending upon the nature of the waste material. The high quality steel chimney which can stand up to a temperature of 700 degree centigrade makes it lasting.

Fuel free incinerator is an eco-friendly and economic solution for inert disposals which runs on the principle of incineration while addressing and solving the major drawbacks of conventional incinerators like a) Use of Fuel and Resultant Environmental Impacts b) High Initial Investment c) Recurring Costs d) Extensive Space.

It works on Controlled Oxygen Rotating Technology incinerates solid waste by combustion using atmospheric Oxygen, convert it into ash, heat, steam, and gas causing minimal environmental impact. Manufacturing cost is comparatively very low, the fuel free operation avoids recurring costs, and the compactness ensures minimum space for installation.

Terms & Conditions

• Prices are inclusive of transportation and installation at site.
• Erection & commissioning shall be done by the company and are included in the price.
• One year on-site warranty for all parts with free maintenance and thereafter AMC is offered for the equipment.
• Union loading charges, if any, will be charged extra as actuals.
• Standard height specified is part of the manufacturer’s design for the equipment.
• Any additional work comes other than the above mentioned will come under the client scope. All Plumbing works including water pipes, connections, etc comes under client scope.

Estimated Cost of the Product

Description	Chamber Size in mm	Burning Capacity	Chimney Size	Pipe line	RATE in Rs.	Tax (18% GST)	Total
10 apartment	500 x 1250	10 kg	3 metre	6’’	46017	8283	54300
20 apartment	600 x 1250	20 kg	3 metre	6’’	60339	10861	71200
30 apartment	700 x 1250	30 kg	3 metre	6’’	74406	13393	87799
40 apartment	800 x 1250	40 kg	3 metre	8’’	96949	17450	114400
50 apartment	1000 x 1250	50 kg	3 metre	8’’	111356	20044	131400
60 apartment	1200 x 1250	60 kg	3 metre	8’’	130000	23400	153400
70 apartment	1400 x 1250	70 kg	3 metre	10’’	157204	28297	185501
80 apartment	1600 x 1250	80 kg	3 metre	10’’	176695	31805	208500
90 apartment	1600 x 1500	90kg	3 metre	10’’	195339	35161	230500
100 apartment	1700 x 1500	100 kg	3 metre	12’’	214873	38677	253550
110 apartment	1800 x 1500	110 kg	3 metre	12’’	236360	42545	278905
120 apartment	1900 x 1500	120 kg	3 metre	12’’	257633	46374	304007
130 apartment	2000 x 1500	130 kg	3 metre	12’’	280820	50548	331368
140 apartment	2100 x 1500	140 kg	3 metre	12’’	303287	54591	357878
150 apartment	2200 x 1500	150 kg	3 metre	12’’	327549	58959	386508