Chlorine dioxide systems are an essential component of clinical water treatment as they provide an effective and reliable method of disinfecting water in medical facilities. Chlorine dioxide is a powerful oxidising agent that is effective against a wide range of pathogens such as bacteria, viruses and fungi. These systems are particularly suitable for use in hospitals as they ensure continuous disinfection while remaining free of harmful by-products, which is of great importance in the healthcare sector.
An outstanding advantage of chlorine dioxide systems is their long-lasting effect, which remains stable even in complex and extensive water systems. This is particularly important in large hospitals, where comprehensive water disinfection is necessary to minimise the risk of infection. Chlorine dioxide also prevents the formation of biofilms, which often serve as a breeding ground for microorganisms in pipes. This makes a significant contribution to maintaining water quality and meeting the high standards in the healthcare sector.
The use of chlorine dioxide systems raises water hygiene to a new level that meets the requirements for cleanliness and safety in sensitive clinical areas such as operating theatres and intensive care units. The systems enable precise and safe dosing that is easy to handle and ensures reliable disinfection. Chlorine dioxide is therefore the ideal choice for clinics and hospitals that want to ensure permanent water hygiene.
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)
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 »
This injection valve made of polyvinylidene fluoride (PVDF), which is designed for all emec dosing systems, is screwed into the pipe and is suitable for dosing both chlorine and pH minus. emec LOTUS MINI injection valve 1/2" - 4 x 6 PVDF+FP+CE
This injection valve made of polyvinylidene fluoride (PP), which is designed for all emec dosing systems, is screwed into the pipe and is suitable for dosing both chlorine and pH minus. LOTUS MINI injection valve 1/2"- 4x6 (PP+EP+CE) Opening pressure: 0.3 bar
This injection valve made of polyvinylidene fluoride (PVDF), which is designed for all emec dosing systems, is screwed into the pipe and is suitable for dosing both chlorine and pH minus. LOTUS MINI injection valve 1/2"- 4x6 (PVDF+FP+CE+C276) Opening pressure: 3 bar
This injection valve made of polyvinylidene fluoride (PVDF), which is designed for all emec dosing systems, is screwed into the pipe and is suitable for dosing both chlorine and pH minus. LOTUS MINI injection valve 1/2" - 6x8 PVDF+FP+CE+C276, 0.3 bar
This injection valve made of polyvinylidene fluoride (PVDF), which is designed for all emec dosing systems, is screwed into the pipe and is suitable for dosing both chlorine and pH minus. emec LOTUS MINI injection valve 1/2" - 6X8 PVDF+FP+CE + extension 10CM
Dosing lance made of PP (polypropylene) Precise dosing is essential, especially when the dosing pump has to work below the liquid level. The high-quality Emec LINI chemical injection lance offers the ideal solution for industrial requirements. Conventional injection valves can cause problems such as crystallisation and chemical deposits, which are effectively avoided by the injection lance. In addition, the unique design of the injection lance allows easy removal of the injection point, especially in pressurised systems, thanks to the optional non-return valve. Area of application: The EMEC LOTUS MINI LINI-D ½" is particularly suitable for applications where precise dosing is required, such as water treatment. Materials: Body: - The dosing lance is made of PP (polypropylene), a high-quality plastic O-rings and lip seal: These are made of EPDM (ethylene propylene diene rubber) Maximum flow rate: The dosing lance can achieve a flow rate of up to 10 litres per hour. Immersion depth: The immersion depth of the lance is variable: 20 - 160 mm Operating range: The dosing lance can be used at a maximum pressure of 16 bar and a temperature of 25°C (or 2 bar at 130°C). Process connection: The dosing lance has a ½" process connection Hose connection: the hose connection is 4x6 mm Dimensions: Width: 12 cmLength: 78 cmWeight: 800g
Precise dosing is essential, especially when the dosing pump has to work below the liquid level. The high-quality Emec LINI chemical injection lance offers the ideal solution for industrial requirements. Conventional injection valves can cause problems such as crystallisation and chemical deposits, which are effectively avoided by the injection lance. In addition, the unique design of the injection lance allows easy removal of the injection point, especially in pressurised systems, thanks to the optional non-return valve. Area of application:The EMEC LOTUS MINI LINI-D ½" is particularly suitable for applications where precise dosing is required, such as water treatment.Materials: Body: - The dosing lance is made of PP (polypropylene), a high-quality plastic O-rings and lip seal: These are made of EPDM (ethylene propylene diene rubber) Maximum flow rate: The dosing lance can achieve a flow rate of up to 10 litres per hour.Immersion depth: The immersion depth of the lance is variable: 20 - 160 mmOperating range: The dosing lance can be used at a maximum pressure of 16 bar and a temperature of 25°C (or 2 bar at 130°C).Process connection: The dosing lance has a ½" process connectionHose connection: the hose connection is 4x6 mm Dimensions: Width: 12 cm Length: 78 cm Weight: 800g
Precise dosing is essential, especially when the dosing pump has to work below the liquid level. The high-quality emec LINI chemical injection lance offers the ideal solution for industrial requirements. Conventional injection valves can cause problems such as crystallisation and chemical deposits, which are effectively avoided by the injection lance. In addition, the unique design of the injection lance allows easy removal of the injection point, especially in pressurised systems, thanks to the optional non-return valve. Area of application: The EMEC LOTUS MINI LINI-V ½" is particularly suitable for applications where precise dosing is required, such as water treatment. Materials: Body: - The dosing lance is made of PVDF (polyvinylidene fluoride), a high-quality plastic with high resistance to chemicals. O-rings and lip seal: These are made of FKMB (Viton) Maximum flow rate: The dosing lance can achieve a flow rate of up to 10 litres per hour. Immersion depth: The immersion depth of the lance is variable: 20 - 160 mm Operating range: The dosing lance can be used at a maximum pressure of 16 bar and a temperature of 25°C (or 2 bar at 110°C). Process connection: The dosing lance has a ½" process connection Hose connection: the hose connection is 6x8 mm. Dimensions: Width: 12 cm Length: 78 cm Weight: 800g
Precise dosing is essential, especially when the dosing pump has to work below the liquid level. The high-quality emec LINI chemical injection lance offers the ideal solution for industrial requirements. Conventional injection valves can cause problems such as crystallisation and chemical deposits, which are effectively avoided by the injection lance. In addition, the unique design of the injection lance allows easy removal of the injection point, especially in pressurised systems, thanks to the optional non-return valve. Area of application: The EMEC LOTUS MINI LINI-V ½" is particularly suitable for applications where precise dosing is required, such as water treatment. Materials: Body: - The dosing lance is made of PVDF (polyvinylidene fluoride), a high-quality plastic with high resistance to chemicals. O-rings and lip seal: These are made of FKM B (Viton) Maximum flow rate: The dosing lance can achieve a flow rate of up to 10 litres per hour. Immersion depth: The immersion depth of the lance is variable: 20 - 160 mm Operating range: The dosing lance can be used at a maximum pressure of 16 bar and a temperature of 25°C (or 2 bar at 110°C). Process connection: The dosing lance has a ½" process connection Hose connection: the hose connection is 9x12 mm Dimensions: Width: 12 cm Length: 78 cm Weight: 800g
Precise dosing is essential, especially when the dosing pump has to work below the liquid level. The high-quality emec LINI chemical injection lance offers the ideal solution for industrial requirements. Conventional injection valves can cause problems such as crystallisation and chemical deposits, which are effectively avoided by the injection lance. In addition, the unique design of the injection lance allows easy removal of the injection point, especially in pressurised systems, thanks to the optional non-return valve. Area of application: The EMEC LOTUS MINI LINI-V ½" is particularly suitable for applications where precise dosing is required, such as water treatment. Materials: Body: - The dosing lance is made of PVDF (polyvinylidene fluoride), a high-quality plastic with high resistance to chemicals O-rings and lip seal: These are made of FKM B (Viton) Maximum flow rate: The dosing lance can achieve a flow rate of up to 10 litres per hour. Immersion depth: The immersion depth of the lance is variable: 20 - 160 mm Operating range: The dosing lance can be used at a maximum pressure of 16 bar and a temperature of 25°C (or 2 bar at 110°C). Process connection: The dosing lance has a ½" process connection Hose connection: the hose connection is 4x8 mm Dimensions: Width: 12 cmLength: 78 cmWeight: 800g
Precise dosing is essential, especially when the dosing pump has to work below the liquid level. The high-quality Emec LINI chemical injection lance offers the ideal solution for industrial requirements. Conventional injection valves can cause problems such as crystallisation and chemical deposits, which are effectively avoided by the injection lance. In addition, the unique design of the injection lance allows easy removal of the injection point, especially in pressurised systems, thanks to the optional non-return valve. Area of application: The EMEC LOTUS MINI LINI-V ½" is particularly suitable for applications where precise dosing is required, such as water treatment. Materials: Body: - The dosing lance is made of PVDF (polyvinylidene fluoride), a high-quality plastic with high resistance to chemicals O-rings and lip seal: These are made of FKM B (Viton) Maximum flow rate: The dosing lance can achieve a flow rate of up to 10 litres per hour. Immersion depth: The immersion depth of the lance is variable: 20 - 160 mm Operating range: The dosing lance can be used at a maximum pressure of 16 bar and a temperature of 25°C (or 2 bar at 110°C). Process connection: The dosing lance has a ½" process connection Hose connection: the hose connection is 4x6 Dimensions: Width: 12 cm Length: 78 cm Weight: 800g
Precise dosing is essential, especially when the dosing pump has to work below the liquid level. The high-quality emec LINI chemical injection lance offers the ideal solution for industrial requirements. Conventional injection valves can cause problems such as crystallisation and chemical deposits, which are effectively avoided by the injection lance. In addition, the unique design of the injection lance allows easy removal of the injection point, especially in pressurised systems, thanks to the optional non-return valve. Field of application: The EMEC LOTUS MINI LINIR-D ½" is particularly suitable for applications where precise dosing is required, such as water treatment. Materials: Body: - The dosing lance is made of PP (polypropylene), a high-quality plastic Ball valve: PVC O-rings and lip seal: These are made of EPDM (ethylene propylene diene rubber) Maximum flow rate: The dosing lance can achieve a flow rate of up to 10 litres per hour. Immersion depth: The immersion depth of the lance is max. 55 mm Operating range: The dosing lance can be used at a maximum pressure of 16 bar and a temperature of 25°C (or 3 bar at 50°C). Process connection: The dosing lance has a ½" process connection Hose connection: the hose connection is 4x6 Dimensions: Width: 12 cm Length: 78 cm Weight: 800g
The ½" injection nozzle is specially designed for the precise dosing of sodium hypochlorite in drinking water. With its automatic cleaning system, it ensures reliable and efficient performance. [#dspacer#] Area of application: The EMEC LOTUS MINI LINIR-V ½" is particularly suitable for applications where precise dosing is required, such as water treatment. Materials: Body: - The dosing lance is made of PVDF (polyvinylidene fluoride), a high-quality plastic with high resistance to chemicals Ball valve: PVC O-rings and lip seal: These are made of FKM B (Viton) Maximum flow rate: The dosing lance can achieve a flow rate of up to 10 litres per hour. Immersion depth: The immersion depth of the lance is max. 55 mm Operating range: The dosing lance can be used at a maximum pressure of 16 bar and a temperature of 25°C (or 3 bar at 50°C). Process connection: The dosing lance has a ½" process connection Hose connection: the hose connection is 4x6 mm Dimensions: Width: 12 cm Length: 78 cm Weight: 800g
LINIR-V 1/2"- 6x8 (PVDF+FP+CE) dosing lance made of PVDF The ½" injection nozzle is specially designed for the precise dosing of sodium hypochlorite in drinking water. With its automatic cleaning system, it ensures reliable and efficient performance [#dspacer#] Area of application: The EMEC LOTUS MINI LINIR-V ½" is particularly suitable for applications where precise dosing is required, such as water treatment. Materials: Body: - The dosing lance is made of PVDF (polyvinylidene fluoride), a high-quality plastic with high resistance to chemicals Ball valve: PVC O-rings and lip seal: These are made of FKM B (Viton) Maximum flow rate: The dosing lance can achieve a flow rate of up to 10 litres per hour. Immersion depth: The immersion depth of the lance is max. 55 mm Operating range: The dosing lance can be used at a maximum pressure of 16 bar and a temperature of 25°C (or 3 bar at 50°C). Process connection: The dosing lance has a ½" process connection Hose connection: the hose connection is 6x8 mm Dimensions: Width: 12 cm Length: 78 cm Weight: 800g
The ½" injection nozzle is specially designed for the precise dosing of sodium hypochlorite in drinking water. With its automatic cleaning system, it ensures reliable and efficient performance. Area of application: The EMEC LOTUS MINI LINIR-V ½" is particularly suitable for applications where precise dosing is required, such as water treatment. Materials: Body: - The dosing lance is made of PVDF (polyvinylidene fluoride), a high-quality plastic with high resistance to chemicals Ball valve: PVC O-rings and lip seal: These are made of FKM B (Viton) Maximum flow rate: The dosing lance can achieve a flow rate of up to 10 litres per hour. Immersion depth: The immersion depth of the lance is max. 55 mm Operating range: The dosing lance can be used at a maximum pressure of 16 bar and a temperature of 25°C (or 3 bar at 50°C). Process connection: The dosing lance has a ½" process connection Hose connection: the hose connection is 8x10 mm Dimensions: Width: 12 cm Length: 78 cm Weight: 800g
The 3/4’ injection nozzle is specially designed for the precise dosing of sodium hypochlorite in drinking water. With its automatic cleaning system, it ensures reliable and efficient performance. Field of application: The EMEC LOTUS MINI LINIR-V 3/4’ is particularly suitable for applications where precise dosing is required, such as water treatment. Materials: Body: - The dosing lance is made of PVDF (polyvinylidene fluoride), a high-quality plastic with high resistance to chemicals Ball valve: PVC O-rings and lip seal: These are made of FKM B (Viton) Maximum flow rate: The dosing lance can achieve a flow rate of up to 120 litres per hour. Immersion depth: The immersion depth of the lance is max. 55 mm Operating range: The dosing lance can be used at a maximum pressure of 10 bar and a temperature of 25°C (or 3 bar at 50°C). Process connection: The dosing lance has a 3/4’ process connection Hose connection: the hose connection is 13x16 mm Dimensions: Width: 12 cm Length: 78 cm Weight: 800g
LINIR-V 3/4" dosing lance 8X10 PVDF+FP+CE The 3/4" injection nozzle is specially designed for the precise dosing of sodium hypochlorite in drinking water. With its automatic cleaning system, it ensures reliable and efficient performance. Field of application: The EMEC LOTUS MINI LINIR-V 3/4" is particularly suitable for applications where precise dosing is required, such as water treatment. Materials: Body: - The dosing lance is made of PVDF (polyvinylidene fluoride), a high-quality plastic with high resistance to chemicals Ball valve: PVC O-rings and lip seal: These are made of FKM B (Viton) Maximum flow rate: The dosing lance can achieve a flow rate of up to 120 litres per hour. Immersion depth: The immersion depth of the lance is max. 55 mm Operating range: The dosing lance can be used at a maximum pressure of 10 bar and a temperature of 25°C (or 3 bar at 50°C). Process connection: The dosing lance has a 3/4" process connection Hose connection: the hose connection is 8x10 mm Dimensions: Width: 12 cm Length: 78 cm Weight: 800g
Service set LOTUS A/MINI 8 / 20 for annual maintenance consisting of: 2 dosing heads VIS pumps acid/sodium chlorite - 4x6 (PVDF+FP+CE)2 PTFE diaphragms type A/I/J, VIS pumps acid/sodium chlorite1 pc. Dosing head VIS pump water dilution - 4x6 (PVDF+FP+CE)1 PTFE diaphragm type PCS/K, VIS pump water dilution3 pcs. non-return valve ½" (PVDF+FP+CE) 0.3 bar5 O-ring FPM for hose connection 1/2"1 pc. MFKT/V - 4x6 Multifunction valve (chlorine dioxide)1 pc. Injection valve 1/2" - 4x6 (PVDF+FP+CE+C276)2 pcs. service set FPM red/blue for suction lances LASP42 m dosing hose 4x6 PVDF10 m suction hose 4x6 PVC