Hygiene & Disinfection – Technologies for Safe Water and Process Hygiene

Ozone generators CFS for industrial applications and water treatment; water-cooled generator in compact sheet steel housing (IP 42) for oxygen or dried air as operating gas according to the "silent electrical discharge" method.Consisting of the following components:Ozone generation module made of stainless steel and ceramic dielectric; IGBT power supply with high-voltage transformer and medium-frequency converter electronics.Control and display instruments: Flow meter with adjustment valve for operating gas; pressure control valve with operating pressure indicator; membrane keypad for setting the ozone production quantity (power control 10-100 %) and operating control with display for electrical power, operating hours, operating mode and fault.Floating outputs: remote ON/OFF, open gas valves and alarmsExternal setpoint: 4-20 mA

Ozone generators CFS for industrial applications and water treatment; water-cooled generator in compact sheet steel housing (IP 42) for oxygen or dried air as operating gas according to the "silent electrical discharge" method.Consisting of the following components:Ozone generation module made of stainless steel and ceramic dielectric; IGBT power supply with high-voltage transformer and medium-frequency converter electronics.Control and display instruments: Flow meter with adjustment valve for operating gas; pressure control valve with operating pressure indicator; membrane keypad for setting the ozone production quantity (power control 10-100 %) and operating control with display for electrical power, operating hours, operating mode and fault.Floating outputs: remote ON/OFF, open gas valves and alarmsExternal setpoint: 4-20 mA

Ozone generators CFS for industrial applications and water treatment; water-cooled generator in compact sheet steel housing (IP 42) for oxygen or dried air as operating gas according to the "silent electrical discharge" method.Consisting of the following components:Ozone generation module made of stainless steel and ceramic dielectric; IGBT power supply with high-voltage transformer and medium-frequency converter electronics.Control and display instruments: Flow meter with adjustment valve for operating gas; pressure control valve with operating pressure indicator; membrane keypad for setting the ozone production quantity (power control 10-100 %) and operating control with display for electrical power, operating hours, operating mode and fault.Floating outputs: remote ON/OFF, open gas valves and alarmsExternal setpoint: 4-20 mA

Ozonia* Membrel MkV ozone generation plant based on the catalytic water electrolysis process; suitable for sterilization and sanitization of ultrapure water in ring piping systems in the pharmaceutical and semiconductor industriesThe plant consists of 1, 2 or 3 current-regulated electrolysis cells including electrode set (anode, cathode and solid electrolyte membrane) and an electric feeder. Ozone production per cell: 3-4 g/h Feed water flow per cell: nom. 100 l/h Feed water conductance: < 20 μS/cm Operating pressure: max. 6 bar Electrical power per cell: 460 W/ 230 VAC, 50-60 Hz Ozone power setting: 8-100%Control functions (floating): System ON/OFF; control and set point LOCAL/REMOTE supply ON/OFF /collective alarm Control function (4-20 mA): electrolysis current for ozone production System plants MkV-S ready for operation and connection; consisting of: Electrolysis cells made of PVDF / titanium / stainless steel (316L) internally piped incl. flow meter and control valve; with temperature and flow monitoring; installed in stainless steel housing IP54 Connections Feed water and ozone-strong water: TriClamp TC25 ID 10 mm n. DIN 32676-A Connections hydrogen and waste water: SERTO for pipe 10 x 1 mm Electrical supply unit with power supply, controller unit and emergency battery in IP 54 stainless steel housing, wired directly to electrolysis cell via connection cable*Trademark of Veolia; may be registered in one or more countries.

Ozonia* Membrel MkV ozone generation plant based on the catalytic water electrolysis process; suitable for sterilization and sanitization of ultrapure water in ring piping systems in the pharmaceutical and semiconductor industriesThe plant consists of 1, 2 or 3 current-regulated electrolysis cells including electrode set (anode, cathode and solid electrolyte membrane) and an electric feeder. Ozone production per cell: 3-4 g/h Feed water flow per cell: nom. 100 l/h Feed water conductance: < 20 μS/cm Operating pressure: max. 6 bar Electrical power per cell: 460 W/ 230 VAC, 50-60 Hz Ozone power setting: 8-100%Control functions (floating): System ON/OFF; control and set point LOCAL/REMOTE supply ON/OFF /collective alarm Control function (4-20 mA): electrolysis current for ozone production System plants MkV-S ready for operation and connection; consisting of: Electrolysis cells made of PVDF / titanium / stainless steel (316L) internally piped incl. flow meter and control valve; with temperature and flow monitoring; installed in stainless steel housing IP54 Connections Feed water and ozone-strong water: TriClamp TC25 ID 10 mm n. DIN 32676-A Connections hydrogen and waste water: SERTO for pipe 10 x 1 mm Electrical supply unit with power supply, controller unit and emergency battery in IP 54 stainless steel housing, wired directly to electrolysis cell via connection cable*Trademark of Veolia; may be registered in one or more countries.

Ozonia* Membrel MkV ozone generation plant based on the catalytic water electrolysis process; suitable for sterilization and sanitization of ultrapure water in ring piping systems in the pharmaceutical and semiconductor industriesThe plant consists of 1, 2 or 3 current-regulated electrolysis cells including electrode set (anode, cathode and solid electrolyte membrane) and an electric feeder. Ozone production per cell: 3-4 g/h Feed water flow per cell: nom. 100 l/h Feed water conductance: < 20 μS/cm Operating pressure: max. 6 bar Electrical power per cell: 460 W/ 230 VAC, 50-60 Hz Ozone power setting: 8-100%Control functions (floating): System ON/OFF; control and set point LOCAL/REMOTE supply ON/OFF /collective alarm Control function (4-20 mA): electrolysis current for ozone production Component plant MkV-K consisting of: three electrolytic cells made of PVDF / titanium / stainless steel (316L) with temperature monitoring Connections feed water and ozone-strong water: TriClamp TC25 ID 6 mm n. DIN 32676-A Connections hydrogen and waste water: SERTO for pipe 10 x 1 mm for installation in the pipeline bypass (flow meter and control valve to be supplied by the customer) Electrical power supply unit with power supply, controller unit and emergency battery in IP 54 stainless steel housing, 0.50 m connection cable for electrolysis cells*Trademark of Veolia; may be registered in one or more countries.

Ozonia* Membrel MkV ozone generation plant based on the catalytic water electrolysis process; suitable for sterilization and sanitization of ultrapure water in ring piping systems in the pharmaceutical and semiconductor industriesThe plant consists of 1, 2 or 3 current-regulated electrolysis cells including electrode set (anode, cathode and solid electrolyte membrane) and an electric feeder. Ozone production per cell: 3-4 g/h Feed water flow per cell: nom. 100 l/h Feed water conductance: < 20 μS/cm Operating pressure: max. 6 bar Electrical power per cell: 460 W/ 230 VAC, 50-60 Hz Ozone power setting: 8-100%Control functions (floating): System ON/OFF; control and set point LOCAL/REMOTE supply ON/OFF /collective alarm Control function (4-20 mA): electrolysis current for ozone production Component plant MkV-K consisting of: two electrolytic cells made of PVDF / titanium / stainless steel (316L) with temperature monitoring Connections feed water and ozone-strong water: TriClamp TC25 ID 6 mm n. DIN 32676-A Connections hydrogen and waste water: SERTO for pipe 10 x 1 mm for installation in the pipeline bypass (flow meter and control valve to be supplied by the customer) Electrical power supply unit with power supply, controller unit and emergency battery in IP 54 stainless steel housing, 0.50 m connection cable for electrolysis cells*Trademark of Veolia; may be registered in one or more countries.

Ozonia* Membrel MkV ozone generation plant based on the catalytic water electrolysis process; suitable for sterilization and sanitization of ultrapure water in ring piping systems in the pharmaceutical and semiconductor industriesThe plant consists of 1, 2 or 3 current-regulated electrolysis cells including electrode set (anode, cathode and solid electrolyte membrane) and an electric feeder. Ozone production per cell: 3-4 g/h Feed water flow per cell: nom. 100 l/h Feed water conductance: < 20 μS/cm Operating pressure: max. 6 bar Electrical power per cell: 460 W/ 230 VAC, 50-60 Hz Ozone power setting: 8-100%Control functions (floating): System ON/OFF; control and set point LOCAL/REMOTE supply ON/OFF /collective alarm Control function (4-20 mA): electrolysis current for ozone production System plants MkV-S ready for operation and connection; consisting of: Electrolysis cells made of PVDF / titanium / stainless steel (316L) internally piped incl. flow meter and control valve; with temperature and flow monitoring; installed in stainless steel housing IP54 Connections Feed water and ozone-strong water: TriClamp TC25 ID 10 mm n. DIN 32676-A Connections hydrogen and waste water: SERTO for pipe 10 x 1 mm Electrical supply unit with power supply, controller unit and emergency battery in IP 54 stainless steel housing, wired directly to electrolysis cell via connection cable*Trademark of Veolia; may be registered in one or more countries.

Ozone generators CFS for industrial applications and water treatment; water-cooled generator in compact sheet steel housing (IP 42) for oxygen or dried air as operating gas according to the "silent electrical discharge" method.Consisting of the following components:Ozone generation module made of stainless steel and ceramic dielectric; IGBT power supply with high-voltage transformer and medium-frequency converter electronics.Control and display instruments: Flow meter with adjustment valve for operating gas; pressure control valve with operating pressure indicator; membrane keypad for setting the ozone production quantity (power control 10-100 %) and operating control with display for electrical power, operating hours, operating mode and fault.Floating outputs: remote ON/OFF, open gas valves and alarmsExternal setpoint: 4-20 mA

OZONE GENERATORS FOR WATER TREATMENTThe ozone systems are completely piped, connected and ready for operation on the mounting frame. The systems each consist of:Ozone generator with high voltage/high frequency power supply and ozone generator module with a ceramic dielectric; Control and indication instruments: ON/OFF switch; Ozone ON/OFF switch; Ozone local/remote switch; Ozone ON/OFF lamp; Ozone fault lamp; Operating gas fault indicator; Adjustment knob for variable ozone production; External control input for ozone (4-20 mA); Flow meter and regulator for oxygen with pressure control valve.Fully automatic oxygen concentrator with pressure change system and integrated air compressor with boiler for the production of approx. 95 % oxygenOzone injection system with booster pump and liquid jet injector for suction and mixing of the ozone-containing oxygen with motive water including check valve in the ozone gas line and piping of the components in ozone-resistant Teflon and PVC materialsControl box with indicator lamps for operating mode and malfunction Main switch, EMERGENCY STOP; pump malfunction indicator; local/remote changeover switch and connection terminals

Ozonia* Membrel MkV ozone generation plant based on the catalytic water electrolysis process; suitable for sterilization and sanitization of ultrapure water in ring piping systems in the pharmaceutical and semiconductor industriesThe plant consists of 1, 2 or 3 current-regulated electrolysis cells including electrode set (anode, cathode and solid electrolyte membrane) and an electric feeder. Ozone production per cell: 3-4 g/h Feed water flow per cell: nom. 100 l/h Feed water conductance: < 20 μS/cm Operating pressure: max. 6 bar Electrical power per cell: 460 W/ 230 VAC, 50-60 Hz Ozone power setting: 8-100%Control functions (floating): System ON/OFF; control and set point LOCAL/REMOTE supply ON/OFF /collective alarm Control function (4-20 mA): electrolysis current for ozone production Component plant MkV-K consisting of: an electrolytic cell made of PVDF / titanium / stainless steel (316L) with temperature monitoring Connections feed water and ozone-strong water: TriClamp TC25 ID 6 mm n. DIN 32676-A Connections hydrogen and waste water: SERTO for pipe 10 x 1 mm for installation in the pipeline bypass (flow meter and control valve to be supplied by the customer) Electrical power supply unit with power supply, controller unit and emergency battery in IP 54 stainless steel housing, 0.50 m connection cable for electrolysis cells*Trademark of Veolia; may be registered in one or more countries.

Ozone generators CFS for industrial applications and water treatment; water-cooled generator in compact sheet steel housing (IP 42) for oxygen or dried air as operating gas according to the "silent electrical discharge" method.Consisting of the following components:Ozone generation module made of stainless steel and ceramic dielectric; IGBT power supply with high-voltage transformer and medium-frequency converter electronics.Control and display instruments: Flow meter with adjustment valve for operating gas; pressure control valve with operating pressure indicator; membrane keypad for setting the ozone production quantity (power control 10-100 %) and operating control with display for electrical power, operating hours, operating mode and fault.Floating outputs: remote ON/OFF, open gas valves and alarmsExternal setpoint: 4-20 mA

DISINFECTION OF PROCESS, DRINKING AND ULTRAPURE WATER The Neomeris UVprofessional Standard series consists of:Stainless steel reactor (1.4571 DIN EN 10217-7, externally electropolished), with conical external threads according to DIN 10241:2000 for single-lamp systems and with flange connections according to DIN 2642 for multiple-lamp systems, quartz immersion tube and UV low-pressure lamp.Electronic ballast for single-lamp systems in plastic housing and for multiple-lamp systems in sheet steel housing (dimensions on request) with function display, operating hours counter and manual/auto switch (230 VAC, optionally 400 VAC) incl. UV monitoring system, remote control input, time relay as well as signal outputs.  Flow rate applies to water with a UV transmission of 98% / 1cm and 400 J/m2 UV exposure. UV systems for higher flow rates, as well as temperature monitoring available on request. Variants:Neomeris UVprofessional Standard 2Neomeris UVprofessional Standard 3Neomeris UVprofessional Standard 4Neomeris UVprofessional Standard 5Neomeris UVprofessional Standard 6.9Neomeris UVprofessional Standard 14Neomeris UVprofessional Standard 18Neomeris UVprofessional Standard 20Neomeris UVprofessional Standard 25Neomeris UVprofessional Standard 30Neomeris UVprofessional Standard 45Neomeris UVprofessional Standard 75Neomeris UVprofessional Standard 145 

DISINFECTION OF PROCESS, DRINKING AND ULTRAPURE WATER The Neomeris UVprofessional Standard series consists of:Stainless steel reactor (1.4571 DIN EN 10217-7, externally electropolished), with conical external threads according to DIN 10241:2000 for single-lamp systems and with flange connections according to DIN 2642 for multiple-lamp systems, quartz immersion tube and UV low-pressure lamp.Electronic ballast for single-lamp systems in plastic housing and for multiple-lamp systems in sheet steel housing (dimensions on request) with function display, operating hours counter and manual/auto switch (230 VAC, optionally 400 VAC) incl. UV monitoring system, remote control input, time relay as well as signal outputs.  Flow rate applies to water with a UV transmission of 98% / 1cm and 400 J/m2 UV exposure. UV systems for higher flow rates, as well as temperature monitoring available on request. Variants:Neomeris UVprofessional Standard 2Neomeris UVprofessional Standard 3Neomeris UVprofessional Standard 4Neomeris UVprofessional Standard 5Neomeris UVprofessional Standard 6.9Neomeris UVprofessional Standard 14Neomeris UVprofessional Standard 18Neomeris UVprofessional Standard 20Neomeris UVprofessional Standard 25Neomeris UVprofessional Standard 30Neomeris UVprofessional Standard 45Neomeris UVprofessional Standard 75Neomeris UVprofessional Standard 145 

The system consists of:Ozone generator with high voltage / high frequency power supply and ozone generator module with a ceramic dielectric; function and fault indicators: Ozone fault lamp; operating gas fault indicator, variable ozone output control (internal and external); flow meter for oxygen. Fully automatic oxygen concentrator with pressure change system and integrated air compressor with boiler for the generation of approx. 95 % oxygen.

TOC REDUCTION IN ULTRAPURE WATER SYSTEMS Stainless steel reactor (1.4571 DIN EN 10217-7; optionally 1.4404) electropolished inside and outside with thread or flange connection to DIN 2576, SUPRASIL quartz immersion tube and UV low-pressure lamp (ozone-forming). Electronic ballast for single-lamp systems in plastic housing and for multi-lamp systems in sheet steel housing (dimensions on request) with function display, operating hours counter and manual/auto switch (230 VAC, optionally 400 VAC) incl. UV monitoring system. Variants: TOC 0.05 TOC 0.35 TOC 2.3 TOC 3.1 TOC 5.5 TOC 8 TOC 10 TOC 14 TOC 18 TOC 24 TOC 28 TOC 32 Flow rate value applies to water with a UV transmission of 98% / 1cm and 1600 J/m² UV irradiation. UV systems for higher flow rates, as well as radiation doses and without UV monitoring are available on request.

DISINFECTION OF PROCESS, DRINKING AND ULTRAPURE WATER The Neomeris UVprofessional Standard series consists of:Stainless steel reactor (1.4571 DIN EN 10217-7, externally electropolished), with conical external threads according to DIN 10241:2000 for single-lamp systems and with flange connections according to DIN 2642 for multiple-lamp systems, quartz immersion tube and UV low-pressure lamp.Electronic ballast for single-lamp systems in plastic housing and for multiple-lamp systems in sheet steel housing (dimensions on request) with function display, operating hours counter and manual/auto switch (230 VAC, optionally 400 VAC) incl. UV monitoring system, remote control input, time relay as well as signal outputs.  Flow rate applies to water with a UV transmission of 98% / 1cm and 400 J/m2 UV exposure. UV systems for higher flow rates, as well as temperature monitoring available on request. Variants:Neomeris UVprofessional Standard 2Neomeris UVprofessional Standard 3Neomeris UVprofessional Standard 4Neomeris UVprofessional Standard 5Neomeris UVprofessional Standard 6.9Neomeris UVprofessional Standard 14Neomeris UVprofessional Standard 18Neomeris UVprofessional Standard 20Neomeris UVprofessional Standard 25Neomeris UVprofessional Standard 30Neomeris UVprofessional Standard 45Neomeris UVprofessional Standard 75Neomeris UVprofessional Standard 145 

DISINFECTION OF PROCESS, DRINKING AND ULTRAPURE WATER The Neomeris UVprofessional Standard series consists of:Stainless steel reactor (1.4571 DIN EN 10217-7, externally electropolished), with conical external threads according to DIN 10241:2000 for single-lamp systems and with flange connections according to DIN 2642 for multiple-lamp systems, quartz immersion tube and UV low-pressure lamp.Electronic ballast for single-lamp systems in plastic housing and for multiple-lamp systems in sheet steel housing (dimensions on request) with function display, operating hours counter and manual/auto switch (230 VAC, optionally 400 VAC) incl. UV monitoring system, remote control input, time relay as well as signal outputs.  Flow rate applies to water with a UV transmission of 98% / 1cm and 400 J/m2 UV exposure. UV systems for higher flow rates, as well as temperature monitoring available on request. Variants:Neomeris UVprofessional Standard 2Neomeris UVprofessional Standard 3Neomeris UVprofessional Standard 4Neomeris UVprofessional Standard 5Neomeris UVprofessional Standard 6.9Neomeris UVprofessional Standard 14Neomeris UVprofessional Standard 18Neomeris UVprofessional Standard 20Neomeris UVprofessional Standard 25Neomeris UVprofessional Standard 30Neomeris UVprofessional Standard 45Neomeris UVprofessional Standard 75Neomeris UVprofessional Standard 145 

TOC REDUCTION IN ULTRAPURE WATER SYSTEMS Stainless steel reactor (1.4571 DIN EN 10217-7; optionally 1.4404) electropolished inside and outside with thread or flange connection to DIN 2576, SUPRASIL quartz immersion tube and UV low-pressure lamp (ozone-forming). Electronic ballast for single-lamp systems in plastic housing and for multi-lamp systems in sheet steel housing (dimensions on request) with function display, operating hours counter and manual/auto switch (230 VAC, optionally 400 VAC) incl. UV monitoring system. Variants: TOC 0.05 TOC 0.35 TOC 2.3 TOC 3.1 TOC 5.5 TOC 8 TOC 10 TOC 14 TOC 18 TOC 24 TOC 28 TOC 32 Flow rate value applies to water with a UV transmission of 98% / 1cm and 1600 J/m² UV irradiation. UV systems for higher flow rates, as well as radiation doses and without UV monitoring are available on request.

DISINFECTION OF PROCESS, DRINKING AND ULTRAPURE WATER The Neomeris UVprofessional Standard series consists of:Stainless steel reactor (1.4571 DIN EN 10217-7, externally electropolished), with conical external threads according to DIN 10241:2000 for single-lamp systems and with flange connections according to DIN 2642 for multiple-lamp systems, quartz immersion tube and UV low-pressure lamp.Electronic ballast for single-lamp systems in plastic housing and for multiple-lamp systems in sheet steel housing (dimensions on request) with function display, operating hours counter and manual/auto switch (230 VAC, optionally 400 VAC) incl. UV monitoring system, remote control input, time relay as well as signal outputs.  Flow rate applies to water with a UV transmission of 98% / 1cm and 400 J/m2 UV exposure. UV systems for higher flow rates, as well as temperature monitoring available on request. Variants:Neomeris UVprofessional Standard 2Neomeris UVprofessional Standard 3Neomeris UVprofessional Standard 4Neomeris UVprofessional Standard 5Neomeris UVprofessional Standard 6.9Neomeris UVprofessional Standard 14Neomeris UVprofessional Standard 18Neomeris UVprofessional Standard 20Neomeris UVprofessional Standard 25Neomeris UVprofessional Standard 30Neomeris UVprofessional Standard 45Neomeris UVprofessional Standard 75Neomeris UVprofessional Standard 145 

DISINFECTION OF PROCESS, DRINKING AND ULTRAPURE WATER The Neomeris UVprofessional Standard series consists of:Stainless steel reactor (1.4571 DIN EN 10217-7, externally electropolished), with conical external threads according to DIN 10241:2000 for single-lamp systems and with flange connections according to DIN 2642 for multiple-lamp systems, quartz immersion tube and UV low-pressure lamp.Electronic ballast for single-lamp systems in plastic housing and for multiple-lamp systems in sheet steel housing (dimensions on request) with function display, operating hours counter and manual/auto switch (230 VAC, optionally 400 VAC) incl. UV monitoring system, remote control input, time relay as well as signal outputs.  Flow rate applies to water with a UV transmission of 98% / 1cm and 400 J/m2 UV exposure. UV systems for higher flow rates, as well as temperature monitoring available on request. Variants:Neomeris UVprofessional Standard 2Neomeris UVprofessional Standard 3Neomeris UVprofessional Standard 4Neomeris UVprofessional Standard 5Neomeris UVprofessional Standard 6.9Neomeris UVprofessional Standard 14Neomeris UVprofessional Standard 18Neomeris UVprofessional Standard 20Neomeris UVprofessional Standard 25Neomeris UVprofessional Standard 30Neomeris UVprofessional Standard 45Neomeris UVprofessional Standard 75Neomeris UVprofessional Standard 145 

The LOTUS MINI system is a device for the production, dosing and monitoring of chlorine dioxide for the disinfection of water and is available as a system with a capacity of 8 g/h (192 g/day) and as a system for up to 20 g/h (480 g/day). Chlorine dioxide is produced by the acid-chlorite process from diluted hydrochloric acid (HCl 9%) and sodium chlorite (NaClO2 7.5%). Chlorine dioxide production by LOTUS MINI can be controlled according to the flow rate of the water or according to a predefined setpoint. No chlorine dioxide is stored or saved, so neither chlorine dioxide gas nor concentrated solutions are produced outside the process application. LOTUS MINI is designed so that chlorine dioxide is generated in a special reaction chamber. Safety is ensured by multifunction valves at the injection points in the reaction chamber. The starting chemicals are stored in tanks and fed into the reaction chamber via suction lances. Integrated fill level sensors stop the pumps automatically when the tanks are empty. The Lotus Mini system is equipped with the following components: The Lotus control unit Dosing pumps for HCI (red) and NaCIO2 (blue) A pump for dilution water (grey) 3SEFL flow sensors to ensure increased safety An MFKT/V multifunction valve that regulates pressure and safety and acts as an antisiphon and drain valve A reaction chamber Injection valves 2 suction lances Advantages: Reaction under atmospheric pressure High stability of the chlorine dioxide solution No loss of CIO2 due to closed reaction chamber Use of diluted chemicals Functions: Immediate CIO2 production Proportional CIO2 dosing Flow monitoring input (flow alarm) Tank level monitoring (level alarms) Water meter connection Standby input Real-time production data Monitoring of pumps and flow sensors (SEFL) Continuous data storage with system data log (logbook in the menu) ERMES communication mA output Display of the next service date Optional USB data protocol Optional Ethernet module Optional internal GSM/GPRS modem Characteristics: CIO2 concentration: 2g/l Dosing pumps for HCI (red), NaCIO2 (blue) and dilution water (grey) 3 SEFL control sensors for monitoring pump dosing MFKT/V multifunction valve for pressure and safety, as antisiphon and drain valve Reaction chamber made of PVC Housing made of ASA (acrylonitrile-styrene-acrylate copolymer) Protection class IP65 (NEMA4x) for the LOTUS control unit and pumps Rotary control for easy programming Operating temperature: 0/45°C (32/110°F) Frequently Asked Questions What can I use this dosing pump for? The pump is suitable for the precise dosing of chemicals into water, for example in water treatment or swimming pool systems. The emec Lotus Mini chlorine dioxide systems produce, dose and monitor chlorine dioxide for water disinfection. Can I adjust how much liquid the pump dispenses? Yes. The dosing rate can be adjusted using a rotary control, so that the pump dispenses exactly the desired amount. Does the pump operate automatically or do I have to adjust it constantly? Both are possible. It can dispense a constant rate continuously or automatically adjust its output in response to a signal. Which liquids is the dosing pump suitable for? It is mostly used for chemicals in water, for example for disinfection or water treatment. The chlorine dioxide is produced from diluted chemicals: the acid-chlorite process using hydrochloric acid (HCl 9%) and sodium chlorite (NaClO₂ 7.5%). Can the pump detect when the chemical container is empty? Yes. A level control can indicate when there is no more medium present. Can I integrate the pump into existing systems? Yes. It can be controlled via signals such as pulses or current signals and integrated into existing systems

The LOTUS MINI system is a device for the production, dosing and monitoring of chlorine dioxide for the disinfection of water and is available as a system with a capacity of 8 g/h (192 g/day) and as a system for up to 20 g/h (480 g/day). Chlorine dioxide is produced by the acid-chlorite process from diluted hydrochloric acid (HCl 9%) and sodium chlorite (NaClO2 7.5%). Chlorine dioxide production by LOTUS MINI can be controlled according to the flow rate of the water or according to a predefined setpoint. No chlorine dioxide is stored or saved, so neither chlorine dioxide gas nor concentrated solutions are produced outside the process application. LOTUS MINI is designed so that chlorine dioxide is generated in a special reaction chamber. Safety is ensured by multifunction valves at the injection points in the reaction chamber. The starting chemicals are stored in tanks and fed into the reaction chamber via suction lances. Integrated fill level sensors stop the pumps automatically when the tanks are empty. The Lotus Mini system is equipped with the following components: The Lotus control unit Dosing pumps for HCI (red) and NaCIO2 (blue) A pump for dilution water (grey) 3SEFL flow sensors to ensure increased safety An MFKT/V multifunction valve that regulates pressure and safety and acts as an antisiphon and drain valve A reaction chamber Injection valves 2 suction lances Advantages: Reaction under atmospheric pressure High stability of the chlorine dioxide solution No loss of CIO2 due to closed reaction chamber Use of diluted chemicals Functions: Immediate CIO2 production Proportional CIO2 dosing Flow monitoring input (flow alarm) Tank level monitoring (level alarms) Water meter connection Standby input Real-time production data Monitoring of pumps and flow sensors (SEFL) Continuous data storage with system data log (logbook in the menu) ERMES communication mA output Display of the next service date Optional USB data protocol Optional Ethernet module Optional internal GSM/GPRS modem Characteristics: CIO2 concentration: 2g/l Dosing pumps for HCI (red), NaCIO2 (blue) and dilution water (grey) 3 SEFL control sensors for monitoring pump dosing #BBD0E0 » Frequently Asked Questions What can I use this dosing pump for? The pump is suitable for the precise dosing of chemicals into water, for example in water treatment or swimming pool systems. The emec Lotus Mini chlorine dioxide systems produce, dose and monitor chlorine dioxide for water disinfection. Can I adjust how much liquid the pump dispenses? Yes. The dosing rate can be adjusted using a rotary control, so that the pump dispenses exactly the desired amount. Does the pump operate automatically or do I have to adjust it constantly? Both are possible. It can dispense a constant rate continuously or automatically adjust its output in response to a signal. Which liquids is the dosing pump suitable for? It is mostly used for chemicals in water, for example for disinfection or water treatment. The chlorine dioxide is produced from diluted chemicals: the acid-chlorite process using hydrochloric acid (HCl 9%) and sodium chlorite (NaClO₂ 7.5%). Can the pump detect when the chemical container is empty? Yes. A level control can indicate when there is no more medium present. Can I integrate the pump into existing systems? Yes. It can be controlled via signals such as pulses or current signals and integrated into existing systems

The Ozone generator TOGC2 is based on the principle of „Silent Electrical Discharge” using oxygen or air as feedgas. The ozone production can be adjusted for a variable output: max. 10 g/h from oxygen and 4 g/h from dried air. The instrument is concepted for small industrial ozone application and pilot plants. Application examples Industrial oxidation processes Drinking water and Process water treatment Bottled water DisinfectionMain features Ozone generator producing a variable output up to 10g/hr Feed gas: oxygen or air Operate under vacuum or at maximum pressure of 10psig Air cooled ozone generating module Illuminating switches indicating ozone production and faults O&M manual including performance graphs in EnglishCompact dimensions Technology and how it works The Ozone generator TOGC2 is built in a small, wall-mounted housing with air cooler, especially suited for industrial application. The instrument consists of operation displays, flow meter for the feedgas and a controller for the variable power adjustment. The ozone output is adjustable via a rotary knob and externally by a 4-20 mA signal. Ozone is produced when oxygen containing gas is passed over the ceramic dielectric of an ozone generating module. The ceramic dielectric is housed within a finned heat sink block which is air cooled by fan assisted atmospheric air. Technical features Operating method: vacuum or pressure (10psi max.) Module cooling medium: ambient air (fan assisted) Connections: PVDF compression fitting to suit 8 mm pipe/tubeDimension (LxWxD): 330 mm x 150 mm x 250 mm Flowmeter: 2-10l/min Enclosure: 316 stainless steel, satin finished Module: 316 stainless steel electrode assembly inside a ceramic dielectric tube Remote controls and signalsOzone ON-OFF: green illuminator switch Fault: red illuminator switch Power supply230 VAC, 50-60HzOptions4-20mA external output control