We are offering ozone generator. we are pleased to inform you that we are project engineering organization in the field of ozone application since last decade. We are manufacturing our ozone generators at nagpur in technical collaboration with m/s kaufmann umweltchinik, germany from 2gms/hr to 30kg/hr capacity. Ozone has very specific application in power plant for the following: • cooling towers water disinfection with complete replacement of chlorine & reduction of scale & corrosion inhibitors etc. • pretreatment of raw water including iron and manganese oxidation. • disinfection of drinking water. • pre & post disinfection in ro plants for dm water. • sewage water recycle/reuse. • color and odor removal

We are offering uvgi system. we have a pleasure to tell you that we are also manufacturing uvgi sytem which used to achieve sterilization of 99.99% , where other in market using uv product of sub-stranded efficiency . Such uv product are able to give disinfection only 90% of e. Coli. But neither e.coli is single microorganism nor 90% kill means sterility. So the basic intention to kill microorganism pass through filter are not suffice by such uv product. in view of the same and to keep you abreast regarding the upcoming technology in air disinfection, we would like to seek your appointment for detail presentation of air as per your earliest convenience. i. uvgi:- a. 99.99% disinfection of air-born microorganisms by using ottpl uvgi. a. merv 15 + ottpl uvgi = hepa filter sterility b. hepa filter + ottpl uvgi = ulpa filter sterility b. “in-duct uvgi, the amount of radiation applied can be much higher compared to what can be used for other uvgi, resulting in higher exposures and quicker inactivation. Duct-mounted uvgi functions similarly to filtration”- airborne infectious disease (ashrae june 2009) c. minimizes pressure drop – e.g. For hospital(ot) & pharma get result better than hepa with merv-15 & get min. Pressure drop & its related saving. d. minimizes ach by 50% - airborne microorganisms viz, a. tuberculosis where min. 12 ach are required; by using uvgi it can bring down to 6 ach (recommendation by cdc; accepted by ashrae) b. bacterial inactivation studies using bcg mycobacteria and serratia marcescens have estimated the effect of uvgi as equivalent to 10 ach from 39 ach i.e. Reduction by 74%- cdc (guidelines for environmental infection control in health-care facilities, 2003) so, in general saving will be, 1) reduced capital costs - lower air change rates result in smaller fans, which reduce both the initial investment and construction cost. A 20 percent decrease in acr will enable close to a 50 percent reduction in fan size. 2) reduced energy consumption - the energy savings opportunities are comparable to the potential fan size reductions. According to the fan affinity laws, the fan power is proportional to the cube of air changes rates or airflow. A reduction in the air change rate by 30% results in a power reduction of approximately 66%. A 50 percent reduction in flow will result in a reduction of power by approximately a factor of eight or 87.5 percent. 3) lesser will the noise & vibration 4) saving by less pressure drop with higher sterility of air - min. Recommended ach

We are offering ozone generator. we are pleased to inform you that we are project engineering organization in the field of ozone application since last decade. We are manufacturing our ozone generators at nagpur in technical collaboration with m/s kaufmann umweltchinik, germany from 2gms/hr to 30kg/hr capacity. Ozone has very specific application in power plant for the following: • cooling towers water disinfection with complete replacement of chlorine & reduction of scale & corrosion inhibitors etc. • pretreatment of raw water including iron and manganese oxidation. • disinfection of drinking water. • pre & post disinfection in ro plants for dm water. • sewage water recycle/reuse. • color and odor removal

We are offering uvgi system. we have a pleasure to tell you that we are also manufacturing uvgi sytem which used to achieve sterilization of 99.99% , where other in market using uv product of sub-stranded efficiency . Such uv product are able to give disinfection only 90% of e. Coli. But neither e.coli is single microorganism nor 90% kill means sterility. So the basic intention to kill microorganism pass through filter are not suffice by such uv product. in view of the same and to keep you abreast regarding the upcoming technology in air disinfection, we would like to seek your appointment for detail presentation of air as per your earliest convenience. i. uvgi:- a. 99.99% disinfection of air-born microorganisms by using ottpl uvgi. a. merv 15 + ottpl uvgi = hepa filter sterility b. hepa filter + ottpl uvgi = ulpa filter sterility b. “in-duct uvgi, the amount of radiation applied can be much higher compared to what can be used for other uvgi, resulting in higher exposures and quicker inactivation. Duct-mounted uvgi functions similarly to filtration”- airborne infectious disease (ashrae june 2009) c. minimizes pressure drop – e.g. For hospital(ot) & pharma get result better than hepa with merv-15 & get min. Pressure drop & its related saving. d. minimizes ach by 50% - airborne microorganisms viz, a. tuberculosis where min. 12 ach are required; by using uvgi it can bring down to 6 ach (recommendation by cdc; accepted by ashrae) b. bacterial inactivation studies using bcg mycobacteria and serratia marcescens have estimated the effect of uvgi as equivalent to 10 ach from 39 ach i.e. Reduction by 74%- cdc (guidelines for environmental infection control in health-care facilities, 2003) so, in general saving will be, 1) reduced capital costs - lower air change rates result in smaller fans, which reduce both the initial investment and construction cost. A 20 percent decrease in acr will enable close to a 50 percent reduction in fan size. 2) reduced energy consumption - the energy savings opportunities are comparable to the potential fan size reductions. According to the fan affinity laws, the fan power is proportional to the cube of air changes rates or airflow. A reduction in the air change rate by 30% results in a power reduction of approximately 66%. A 50 percent reduction in flow will result in a reduction of power by approximately a factor of eight or 87.5 percent. 3) lesser will the noise & vibration 4) saving by less pressure drop with higher sterility of air - min. Recommended ach