Industries

PUBLIC PARKS

A green revolution has taken place in the City in the form of development of Parks, Landscapes, Traffic Islands, etc. The city is with a unique harmonious blend of Tradition and Modernity with multi-storeyed buildings of Industrial/ Residential/ Commercial.

It has increasing trend of Global Warming and Pollution due to growing No. of industries and Vehicles.

This major development with emphasis on greenery reduces the carbon-dioxide content in the atmosphere and allows the citizens to breathe pollution free air in the vicinity of Parks. It Provides lung spaces for the city and enable children to play safely and serves as peaceful place for walking entertainments etc. it also adds aesthetics and thus transformation from a dry city to a green aesthetic city.

Currently, developed countries have tended to adopt a general standard of green space of 20 sqm park area per capita. The World Health Organization (WHO) recommends that cities should provide 9 sqm of undeveloped (unpaved) open space for every inhabitant. The WHO also suggests designing green area networks so that all residents live within a 15 minute walk to an open space.

The parks range in size from 700 square meters to 5,000 square meters. The per capita green cover of the city has been estimated at 8.5 square meters, as against the World Health Organization recommendation of 9 square meters of green cover per capita in cities.

The average amount of water required to maintain the parks in the city is 5 litres per square meter, ie for an average of 2000 Sqmeter of Parks, water requirement is (2000 x 5 = 10,000 Liters per day).

At present water is drawn through Bore well inside the park or Corporation water, Most of the places the Quality & Qty of Ground water is poor because of the contamination which needs treatment. Sufficient quantity of Municipal water is not available. Resulting The parks goes to dry condition due to the water shortage in summer season the water source gets depleted.

Hence SWARAJ suggest to draw sewage from the public sewer line, treat it and use for developing and rejuvenating the greenery of the city without the shortage of water by reusing the treated wastewater available nearby the parks and their vicinity.

SWARAJ Modular Sewage treatment plants consisting of Biological treatment & Filtration.

Source of Waste Water

Sewage from the nearby sewers are collected through closed pipe in a collection sump inside the parks and pumped into the Sewage treatment plant for the treatment. The System consist of Biological treatment followed by Tertiary Treatment.

EXPECTED TREATED CHARACTERISTICS

Sl. No	Parameter	Expected Value	P CB Norms
01	Ph	6.5 – 7.5	5.5 – 9.0
02	Total Suspended Solids	< 10 mg/l	< 100 mg/l
03	Oil & Grease	NIL	< 5 mg/l
04	Chemical Oxygen Demand	< 100 mg/l	< 250 mg/l
05	Bio-Chemical Oxygen Demand	< 10 mg/l	< 20 mg/l

SALIENT FEATURES OF THE PACKAGE SYSTEM

All systems controlled by automation panel
Level switches and float given for the operation of pumps as per the requirement of water in the park.
Aeration tank operated continuously for 24 hrs
No need of continuous monitoring and man power, have to monitor once in a day to check automatic filter valves & panel board.
Since the Treated water has nutrients requirement of fertilizer is reduced.
Being Modular can be executed fast & in case required can be transported
Aesthetically good looking

RESIDENTIAL

With global scarcity of fresh water, efficient potable water generation and conservation is vital.

"When you put the whole picture together, recycling is the right things to do."

Than letting out the sewerage into public drain these sewage to be treated and used back for Flushing, Floor washing, Gardening, etc there by more than 50% of freash intake of water can be reduced.

Water Treatment

Most of the places the ground water is contaminated, The same can be treated and used back after proper treatment, This treatment is essential to human health and allows humans to benefit from both drinking and irrigation use.

HOSPITALS

Hospital Waste is a highly hazardous waste. Wastewaters generated from hospitals contain pharmaceuticals residues, pathogens, chemical reagents, radionuclide, and other harmful matter.

These effluents also carry pathogenic microorganisms such as viruses, bacteria, fungi, protozoans, and helminths which induces pressure of rapid adaptation to these fluctuating conditions through genome rearrangement in innate microorganism.

“A Hospital is not a place to be sick”

- Samuel Goldwyn

Process Description

1. Primary Treatment

2. Secondary Treatment

3. Tertiary Treatment

4. Re Use

EXPECTED TREATED SEWAGE CHARACTERISTICS

Sl No	PARAMETERS	Expected @ ACF	Expected @ UF	PC Board Norms
01	Ph	6.5 to 7.5	6.5 to 7.5	5.5 to 9.0
02	Total Suspended Solids	<5 mg/l	<1 mg/l	< 10 mg/l
03	Oil & Grease	Nil	Nil	< 5 mg/l
04	Chemical Oxygen Demand	<50 mg/l	<10 mg/l	< 250 mg/l
05	Bio-Chemical Oxygen Demand	<10 mg/l	<3 mg/l	<20 mg/l

SCHOOLS & COLLEGES

Most of the educational institution has large areas around , Developing Greenary around shall change the atmosphere, For to develop Greenary large qty of water required, Because of the shortage of water development of Greenary is less

Swaraj suggest to reuse the sewage generated for Gardening purpose which shall help in drawing more water from the ground, The percolation shall help in increasing the water table.

Since the waste water generated is mostly Sullage & Lots are Holidays are there we have suggested Chemical treatment followed by Filtration.