Projects
Industries Overview
All Industries
- Centrifuge applications: Utilize regenerative AC drives instead of resistor braking.
- Decanter systems: Implement AC multidrive solutions rather than mechanical controls.
- Fan speed management: Adopt AC drives for effective speed control over dampers, on-off systems, two-speed motors, and inlet vanes.
- Replace conventional AC motors with high-efficiency AC motors.
- Upgrade to new AC drives and motors instead of outdated models.
- For sludge dewatering centrifuges, replace hydraulic controls with AC drives.
- Optimize pump operations: Use AC drives for speed control instead of recirculation and throttling methods.
- Implement PumpSave technology for accurate pump energy calculations.
- Employ AC drives with common DC buses for winders and unwinders.
- Car painting booth fans: Transition to AC drives instead of inlet vanes.
- Engine test rigs: Utilize regenerative AC drives as an alternative to mechanical systems.
- Bank computer center cooling pumps: Implement AC drives instead of throttling.
- Broadcasting studio fans: Use AC drives for effective on-off control.
- Chiller compressors: Integrate AC drives instead of mechanical controls.
- Air conditioning in gate rooms: Use AC drives for efficient operation rather than full speed.
- Hospital HVAC systems: Utilize AC drives for better control instead of throttling methods.
- HVAC Air Handling Units: Replace vanes with AC drives for enhanced efficiency.
- HVAC chiller water pumps: Employ AC drives instead of throttling techniques.
- HVAC cooling tower fans: Implement AC drives in place of on-off controls.
- HVAC supply fans: Transition to AC drives instead of eddy-current clutches.
- Comfort cooling and heating in HVAC systems: Utilize AC drives for optimal performance.
- Cement factory ID fans: Employ AC drives instead of dampers.
- Clay workshop ID fans: Utilize AC drives for better efficiency.
- Mine cooling fans: Implement AC drives instead of dampers.
- Mine ore conveyors: Use AC cage motors with drives instead of slip-ring motors.
- Mine submersible pumps: Optimize with AC drives instead of throttling.
- Acid pumps in chemical industries: Use AC drives for better control instead of throttling.
- Screw compressors: Implement AC drives instead of on-off control.
- Chemical filters: Utilize AC drives instead of dampers.
- Fin fans in the chemical sector: Replace dampers with AC drives.
- Bakery depanners: Use AC drives for variable speed control.
- Dairy air compressors: Implement AC drives instead of relief valves.
- Dairy boiler feed water pumps: Optimize with AC drives instead of throttling.
- Dairy refrigeration compressors: Use AC drives for efficient operation.
- Distillery cooling pumps: Integrate AC drives with flux optimization.
- Flour mill extract fans: Transition to AC drives instead of dampers.
- Malt kiln fans: Use AC drives instead of inlet vanes.
- Sugar centrifuges: Implement AC multidrive systems rather than two-speed motors.
- Sugar mill boiler ID fans: Replace vanes with AC drives.
- Ship podded propulsion: Use AC drives instead of pitch control.
- Ship sea water pumps: Implement AC drives rather than throttling.
- Container cranes: Utilize regenerative AC drives instead of resistors.
- Lift speed controls: Transition to AC drives rather than pole-changing motors.
- Appliances plant water pumps: Use AC drives instead of throttling.
- Metal industry ID fans: Implement AC drives instead of dampers.
- Scrubber pumps in metal industries: Use AC drives for improved efficiency.
- Fans in steel melting plants: Transition to AC drives instead of dampers.
- Roller tables in steel mills: Use AC drives instead of fixed speeds.
- Oil terminal pumps: Implement AC drives instead of throttling.
- Rubber mixers: Transition to AC drives instead of hydraulic drives.
- Boiler coal mills: Utilize AC drives instead of bypass systems.
- Boiler extract fans: Replace dampers with AC drives.
- Boiler feed pumps: Implement AC drives instead of fluid couplings.
- Refurbishment of district heating systems to reduce emissions.
- District heating pumps: Use AC drives instead of throttling.
- Power plant booster fans: Implement AC drives instead of inlet guide vanes.
- Fans in power plants: Transition to AC drives instead of inlet guide vanes.
- ID fans in power plants: Use AC drives instead of fluid couplings.
- Wind power generators: Integrate AC drives for improved efficiency.
- Paper machines: Transition to AC drives instead of DC drives.
- Paper mill pulpers: Use AC drives instead of operating at full speed.
- Pulp mill debarking drums: Implement AC drives instead of constant speed.
- Pumps in pulp mills: Optimize with AC drives instead of throttling.
- Pulp pumping: Use AC drives instead of smaller impellers.
- Fabric dyeing pumps: Utilize AC drives instead of throttling.
- Sawmill conveyors: Implement AC drives instead of two-speed motors.
- Timber drying: Use AC drives instead of throttling.
- Wood-processing extract fans: Optimize with AC drives instead of throttling.
- Clean water pumps: Transition to AC drives instead of on-off systems.
- River water axial pump controls: Utilize AC drives instead of throttling.
- Sewage aeration controls: Implement AC drives for better regulation.
- Sewage pumps: Use AC drives instead of throttling.
- Wastewater pumping: Optimize with AC drives instead of on-off controls.
- Water booster pumps: Transition to AC drives instead of throttling.
- Water treatment pumps: Implement AC drives instead of on-off systems.
- Irrigation pumps: Use AC drives instead of on-off controls.
- Laboratory glove box vacuum control: Implement AC drives for precise management.
- Milking machines: Transition to AC drives instead of relief valves.
- Ski lifts: Utilize AC drives instead of constant speed.
- EPC For Power and Process Industry