Air Generation
One or more air compressors are selected according to required flow, pressure, redundancy and operating hours.
Pusat Produk

Sistem Udara Mampat Lengkap
LeadCom plans and integrates compressed air stations around the customer's air demand, pressure, air-quality target, load profile and site conditions. The solution can cover air generation, storage, drying, filtration, condensate management, distribution piping, centralized control and energy optimization as one coordinated system.
One or more air compressors are selected according to required flow, pressure, redundancy and operating hours.
Air receivers buffer short-term demand, stabilize pressure and support orderly loading and unloading.
Refrigerated or desiccant dryers and staged filters are configured to meet the required dew point, particles and oil level.
Automatic drains and condensate treatment help discharge collected water reliably and support cleaner operation.
Low-pressure-drop headers, branch piping, valves and connection hardware deliver air to each point of use.
Sequencing, pressure control, metering and remote monitoring coordinate the station and reveal optimization opportunities.
The air compressor, air receiver, dryer and staged filters are planned as a complete supply, treatment and storage system.
A modular plant-room layout supports multiple compressors, complete air treatment, future expansion and centralized maintenance.
Duty, standby and peak-load equipment can be coordinated to support continuous production and maintenance flexibility.
Drying, staged filtration and optional oil-free compression are combined for processes with stricter air-quality requirements.
Variable-speed capacity, coordinated control, metering and pressure-drop management reduce avoidable energy use.
Recoverable compressor heat can be evaluated for process water, space heating or other suitable thermal loads.
Confirm current and future air demand, pressure, air-quality targets, operating pattern and site constraints.
Prepare equipment selection, process flow, controls, room layout, ventilation, drainage and piping design.
Coordinate equipment delivery, installation checks, controls, testing and operating-point verification.
Support preventive maintenance, operating-data review and ongoing energy-performance improvement.