On Site Disinfectant & Anti Fouling Generation Systems. By Aeolus Sustainable Bio-Energy Pvt Ltd Surat

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1 On Site Disinfectant & Anti Fouling Generation Systems By Aeolus Sustainable Bio-Energy Pvt Ltd Surat om

2 Disinfection The Strategy The strategy is to generate on site a powerful yet affordable disinfectant and antifouling liquid for effective disinfection and safe storage at the point of use.

3 Why Disinfection? To avoid contamination by pathogens & undesirable macro / micro-organism in process / personal care To ensure SAFE drinking / process water To prevent Algae and Fungus formation To keep process equipments, water storage and pipelines clean

4 Disinfection Search for Ideal Disinfectant For a developing country s domestic, commercial and industrial purpose disinfection an ideal disinfectant should be: Affordable Effective and consistent in killing Pathogens & undesirable macro / micro-organisms Optimum residual concentration during storage Potentially safe to store, handle & use by unskilled Have adequate self life without loosing potency Should not make application area harmful or unpleasant for working

5 Sodium Hypochlorite The Ideal Disinfectant Sodium Hypochlorite of low concentration meets most of the requirements of an ideal disinfectant. The most prevalent chlorine products in the United States are aqueous solutions of 5.25% 6.15% sodium hypochlorite. They have a broad spectrum of antimicrobial activity, do not leave toxic residues, are unaffected by water hardness, are inexpensive and fast acting, remove dried or fixed organisms and bio-films from surfaces, and have a low incidence of serious toxicity Department of Health & Human Services USA in CDC Guidelines 2008

6 Sodium Hypochlorite The Ideal Disinfectant Sodium Hypochlorite is generated in Electro Chlorinator using common salt, electricity and drinking water. It is: A simple, inexpensive and robust technology appropriate for the developing world Implemented in 5 continents and 20 countries of the world

7 Sodium Hypochlorite Generation by Electro-Chlorination a proven Disinfection System for Various Applications Brought to you by Aeolus Sustainable Bio-Energy Pvt Ltd

8 - Advantages - Sodium Hypochlorite generation unit offers: Powerful biocide and disinfecting agent Safe and economical disinfection Efficient protection against micro & macro organic fouling Use no chemicals other than common salt Simple and easy to operate and maintain Plug & Play operations Operations can be fully automatic as per requirements Wide range of proven applications Globally accepted, preferred even by United Nations Organization for UNDP projects.

9 Advantages Factors Commercial Biocides AEOLUS CHLOR Transportation safety hazard YES NO Hard deposit alkalinity buildup YES NO Handling and storage of Chlorine gas and Chemicals YES NO Heavy cost of commercial biocides YES NO Dependency on outside suppliers YES NO

10 Effect on Common Pathogens Disinfectants E. Coli Giardia Sp. Cryptosporidium Viruses Chlorine / Sodium Hypochlorite Very effective Moderately Effective Very effective Very effective Ozone Very effective Moderately Effective Very effective Very effective Bleaching Powder Very effective Moderately Effective Not effective Moderately Effective Phenolic Disinfectants Very effective Moderately Effective Not effective Moderately Effective

11 Disinfection & Anti Fouling The Aeolus Technology

12 The Robust Technology Sodium Hypochlorite Generator On site hypochlorite generator Works on principle of Electrolysis Uses patented electrodes Design developed on 30 years indigenous research by Internationally renowned Scientist Holds hundreds of satisfied customers around the globe NaCl + H 2 O + Electric Energy NaOCl + H 2 TR AC

13 - System Diagram Sodium Hypochlorite Generator Vent Top cover Salt saturation Assembly Electrolysis tank Strainer Mesh Gas Lift Assembly Electrolytic cell Drain valve Union

14 - The Process On-site sodium hypochlorite generation process uses three common consumables : salt, water and electricity. On-site generation systems operate by feeding softened / RO water into a brine dissolver. The salt dissolves to form a brine solution The salt solution is allowed to react through the electrolytic cells, which apply a low voltage DC current to the brine to produce Sodium Hypochlorite The Sodium Hypochlorite can now be stored in the day tank for disinfection

15 The Process Diagram - Animated

16 The Ease of Operations No need to depend external suppliers / Vendors. No skilled and technically qualified persons are required to operate the system. Simple tools and instruments needed to maintain the system. Skid mounted modular unit. Chlorine readily available at reasonable cost. Can disinfect large area / volumes of water Low Power requirement. The operation is fully controlled.

17 The Installation Potential Air ports / Bus Stands Community/ Cinema halls Effluent Treatment Educational Institutes Sports Complexes Guesthouse / Hostel Hospitals Village Panchayats Lakes & Swimming pools Textiles Industry Housing Colonies Municipalities Military campus Railways Restaurants Shopping/office complex Food Processing Units Power Plants Industries & Refineries

18 - Applications Pond & Lakes cleaning Fire Water Tanks Cooling towers & Refrigeration plants Offshore Platforms Sea water intake systems Petro-Chemical complex Generally where a big mass of water need to be disinfected before final using

19 - Applications Drinking Water Utility & Process Water Swimming Pool Fountain Water Bleaching Food Processing Units Sewage & Effluent Treatment Plants Large Desalination Plants General Sanitation Floor & Equipment Disinfection

20 Standard Models AELOUS CHLOR NCS 15 Process requirements Skid power supply 230VAC 1Ф / 50 HZ Mode of cell operation Batch process time Capacity of brine Salt required/batch Power (DC) Chlorine concentration Batch 8 hours/ batch 20 liters 0.6 Kg 0.96 KW 8000 ppm Treatable volume of water ppm Minimum salt purity required = 98% pure RO / Soft water of potable quality should be used for brine solution makeup NCS 15

21 Standard Models AELOUS CHLOR NCS 50 Process requirements Skid power supply 230VAC 1Ф / 50 HZ Mode of cell operation Batch process time Capacity of brine Salt required/batch Power (DC) Chlorine concentration Treatable volume of water Batch 8 hours/ batch 70 liters 2.5 Kg 3.2 KW 8000 ppm ppm Minimum salt purity required = 98% pure RO / Soft water of potable quality should be used for brine solution makeup NCS 50

22 Standard Models AELOUS CHLOR NCS 100 Process requirements Skid power supply 230VAC 1Ф / 50 HZ Mode of cell operation Batch process time Capacity of brine Salt required/batch Power (DC) Chlorine concentration Treatable volume of water Batch 8 hours/ batch 140 liters 4.5 Kg 6.4 KW 8000 ppm ppm Minimum salt purity required = 98% pure RO / Soft water of potable quality should be used for brine solution makeup NCS 100

23 Standard Models AELOUS CHLOR NCS 200 Process requirements Skid power supply Mode of cell operation Batch process time Capacity of brine Salt required/batch Power (DC) Chlorine concentration Treatable volume of water 230VAC 1Ф / 50 HZ 440VAC 3Ф / 50 HZ Batch 8 hours/ batch 250 liters 7.5 Kg 12.8 KW 8000 ppm ppm Minimum salt purity required = 98% pure RO / Soft water of potable quality should be AEOLUS used for brine CHLORsolution makeup NCS 200

24 Product Summary Batch Chlorinators Range Summary Model No Chlorine output Per Batch (8 Hrs) Chlorine output Per Day (2 batches) Treatment water 2ppm NCS Grams 300 Grams 1,50,000 Liters NCS Grams 1100 Grams 5,50,000 Liters NCS Grams 2200 Grams 11,00,000 Liters NCS Grams 4000 Grams 20,00,000 Liters

25 Product Summary Batch Chlorinators Technical Information Model No OPEX cost / batch Rs. Consumable per Batch (8Hrs) Salt (kg) Water (Ltrs) Power (KW) NCS NCS NCS NCS

26 Now its time for YOU to join US and bring the CHANGE for the betterment of our Mother INDIA Thanks

27 Business Inquiries Solicited AEOLUS SUSTAINABLE BIO-ENERGY PVT LTD LG-15, DADA BHAGWAN COMPLEX, Nr. KAMREJ 4 RASTA, SURAT, GUJARAT Cell: om