Usage areas
• Industrial and civilian Waste Water Cleaning Facilities:
- Compressed air supply for biological cleaning of waste water;
- Fat separation;
- Filter washing;
- Supply of oxygen to the operations of deferization and/or demagnetization;
• Petrochemical and chemical industry for:
- Air combustion and reaction supply;
- Flue-gas desulfurization;
- Catalytic recovery of sulfur;
-Sulfuric acid production;
• Metallurgical industry:
- Air combustion and reaction supply;
- Slack environmental transportation
• Pharmaceutical and food industry:
- Air supply for fermentation process.
• Industrial and civilian Waste Water Cleaning Facilities:
- Compressed air supply for biological cleaning of waste water;
- Fat separation;
- Filter washing;
- Supply of oxygen to the operations of deferization and/or demagnetization;
• Petrochemical and chemical industry for:
- Air combustion and reaction supply;
- Flue-gas desulfurization;
- Catalytic recovery of sulfur;
-Sulfuric acid production;
• Metallurgical industry:
- Air combustion and reaction supply;
- Slack environmental transportation
• Pharmaceutical and food industry:
- Air supply for fermentation process.
Working parameters:
• Constant heading pressure between 1,2 ÷ 3,5 bars abs;
• Adjustable air flow by automatization system within 45% ÷ 100%, in order to maintain maximum equipment efficiency;
• Quality of air supply: without oil and mechanical impurities;
• continuous operating, 24/7, 8.000 functioning hours;
• Resources between technical revisions: 8000 functioning hours
• Resources between overhauling: 40000 hours (5 years).
• Constant heading pressure between 1,2 ÷ 3,5 bars abs;
• Adjustable air flow by automatization system within 45% ÷ 100%, in order to maintain maximum equipment efficiency;
• Quality of air supply: without oil and mechanical impurities;
• continuous operating, 24/7, 8.000 functioning hours;
• Resources between technical revisions: 8000 functioning hours
• Resources between overhauling: 40000 hours (5 years).
Environmental conditions:
• Aspiration temperature: -400C ÷ + 490C;
• Humidity: 30% ÷ 80 %;
• Altitude: 0 ÷ 3.000 m. Main technical characteristics
• Blower type: centrifugal, with closed up rotor and backwards curved blades
• Drive type: asynchronous electric motors with 400V supply
• Aspiration temperature: -400C ÷ + 490C;
• Humidity: 30% ÷ 80 %;
• Altitude: 0 ÷ 3.000 m. Main technical characteristics
• Blower type: centrifugal, with closed up rotor and backwards curved blades
• Drive type: asynchronous electric motors with 400V supply
Automatisation and control system
• Ensures equipment automation functioning and SCADA system integration;
• Ensures air flow adjustment according to the requirements imposed by the process, resulting in energy savings;
• Displays working parameters variation;
• Presents the schematic diagram of the waste water plant;
• Ensures the possibility realization Ethernet links.
• Ensures equipment automation functioning and SCADA system integration;
• Ensures air flow adjustment according to the requirements imposed by the process, resulting in energy savings;
• Displays working parameters variation;
• Presents the schematic diagram of the waste water plant;
• Ensures the possibility realization Ethernet links.
Product warranty:
• 8.000 functioning hours or 18 months from delivery.
Over cost services:
• post-warranty revisions and overhauling;
• Operation and maintenance training personnel.
Beneficiaries:
• S.C. SOMEȘ S.A. – Dej Waste water treatment plant
• 8.000 functioning hours or 18 months from delivery.
Over cost services:
• post-warranty revisions and overhauling;
• Operation and maintenance training personnel.
Beneficiaries:
• S.C. SOMEȘ S.A. – Dej Waste water treatment plant
• Târgoviște Waste water treatment plant, Dâmbovița Water Company
• S.C. ACETI S.A. – Slatina Wastewater Treatment Plant
