Water Conservation Storage And Fitration

1) Water Conservation

  • We promote and supply end to end hi-tech solutions into water conservation, water storage and water purification in collaboration with our EPC partners and suppliers.
  • Using Rainwater - There is a great demand of water in industry and industrial sector offers great opportunities to conserve water. The economy in water use in this sector will have two benefits. Firstly the saved water may be used to meet the demand in other sectors. Secondly, the affluents thrown in the water bodies will be less.
  • Water in most industries is used for cooling purposes, thus, it is not necessary to use fresh potable water. Instead, the recycled water may be used for this purpose. By using the recycled water over and over again, fresh water can be conserved.

2) Water Storage: Modular Tanks

  • Modular Storage Tanks can be exclusively used for various type of commercial and industrial applications like Agro Industries, water storage, water treatment pants and also for water harvesting plants.
  • Unique Salient Feature: Highly durable, maintenance free and economic in construction over- Civil/ Fabricated and PVC Tanks
  • Water in most industries is used for cooling purposes, thus, it is not necessary to use fresh potable water. Instead, the recycled water may be used for this purpose. By using the recycled water over and over again, fresh water can be conserved.

3) Water Purification

  • We are manufacturing complete range of Domestic, Commercial, and Industrial R.O Systems & Water Vending Machine. In addition to this we manufacture Bottle Mineral Water, Pouch Packing, and Jar filling plants. We have in house capacity to make 25 lph (liter per hour) to 20,000 lph (liter per hour) capacity plants.
  • Our Domestic range includes seven unique models having seven to nine stage of filtration. These models have successfully made inroads in to market. The quality and configuration have given us a large number of satisfied customers across all over India.

E- Toilet

Smart Toilet – Urinal for Female users

Smart Toilet is an innovatively designed and engineered public sanitation model that involves unmanned operations, clean and hygienic facilities, easy and continual operation of the toilets while minimizing unnecessary maintenance costs. The Smart Toilets incorporate a full-cycle approach in sustainable sanitation by integrating electrical, mechanical and web-mobile technologies. Smart Toilets have multiple revenue options which ensures sustainability of operations.

Made of Stainless Steel, Smart Toilets have electronic systems for enhancing user experience and for tracking the health status of Smart Toilets. Smart Toilets have automated access control systems, sensor enabled water minimization, self- washing and floor wash mechanisms. The Smart Toilets can be designed as coin- operated or free-to-use toilets for the public.

Features:

  • a) Portable, Compact and User-friendly Design
  • b) Easy to Install and Service
  • c) Integrated with Metal base
  • d) Automatic self-cleaning and washing mechanism

E- Power Bike

2) About E-Power Bike

  • An electric bicycle also known as an e-bike is a bicycle with an integrated electric motor which can be used for propulsion. Many kinds of e-bikes are available worldwide, from e-bikes that only have a small motor to assist the rider's pedal-power (i.e. pedelecs) to more powerful e-bikes which are closer to moped-style functionality
  • E-bikes use rechargeable batteries and the lighter ones can travel up to 25 to 32 km/h (16 to 20 mph), depending on local laws, while the more high-powered varieties can often do more than 45 km/h (28 mph).
  • In some markets, such as Germany as of 2013, they are gaining in popularity and taking some market share away from conventional bicycles, while in others, such as China as of 2010, they are replacing fossil fuel-powered mopeds and small motorcycles.
  • Depending on local laws, many e-bikes (e.g., pedelecs) are legally classified as bicycles rather than mopeds or motorcycles. This exempts them from the more stringent laws regarding the certification and operation of more powerful two-wheelers which are often classed as electric motorcycles.


3) Reduction Of Co2 Footprint Calculation

  • Approx 200gms of Co2 Emssion is saved per km by uasage electric Cycle.
  • So If we Consider Avg.30 Kms of usage per cycle we save 6kg of Co2 Emission per day.
  • For 1000 E-cycles in a city we save approx 6000kg of Co2 Emmision per day.
  • There is a fair amount of reduction in carbon footprint which would help save our mother narure.


4) Operating Cost For 3 yrs & ROI

Assumptions
Price Of Electrical/Unit 5RS/Unit
Energy Consumed By E-cycle to full charge 1.5 Units
Annual Driving Distance 9,000 kms
Duration 3 yrs
3 Yrs Driving Distance 27,000 kms

  • ROI of e-Cycle:
  • Form above calculation savings from e-cycle is around 20,000 per year Hence ROI is 1.5 years.
Ownership Cost for 3 yrs. e-cycle Petrol Bike
Cost Of Vehicle Rs 30,000 Rs 62,000
Range per Charge (km/charge)Mileage(km/ltr) 35 lms per charge 50 kms per litre
Maintenance cost Rs 5,000 Rs 16,000
Battery cost Rs 18,000 0
Units of power Consumed/Litres of petrol Consumed 772 charge cycle(1158 units of electricity) 540 Litre of petrol
Fuel/Electricity Cost incurred Rs 5,790 Rs 43,200
Total cost in 3 years Rs 58,790 Rs 1,21,200