LAMP - Lukhozi Asset Management Program

LAMP is a Computerized Maintenance Management System (CMMS) that is used as a tool to assist maintenance managers in the following industries or environments:

• Hospitals
• Local Municipalities
• Facilities Management
• Fleet Management
• Heavy Engineering Works
• Production plants

The functionality of the system is described briefly here (PDF document).

Hospitals

The system can assist in the maintenance of the following areas in a hospital:

• buildings (walls, roof, flooring, lifts, etc)
• steam and related equipment (boilers, autoclaves, etc)
• airconditioning equipment (chillers, window units, mortuary cabinets, etc)
• kitchen equipment (shredders, fridges, coldrooms, etc)
• laundry equipment (washers, ironers, etc)
• other equipment (incinerators, garbage compactors, etc)
• clinical instruments and equipment (monitors, theatre equipment, etc)
• lighting (theatre lights, dental lights, etc)
• roads and gardens (mowing, sweeping, etc)
• fencing (alarms, electric fences, etc.)

Local Municipalities

The system can store asset information for a local municipality and assist in:

• building an asset list (GAMAP)
• maintaining reticulation systems (electricity, water, etc)
• locating equipment (GPS coordinates)
• tracking reported problems till resolution

Facilities Management

The system can be used for facilities management in office parks or shopping centres and assist in the following areas:

• maintenance of buildings and infrastructure
• tracking problems (where? and why?)
• followup on customer complaints
• manage contracts for specific items (eg. airconditioning maintenance)

Fleet Management

All vehicles in a fleet can be managed by the system in the following ways:

• register of all vehicles
• licensing reminders and information
• regular maintenance based on hours worked or kilometers travelled
• full service history recorded for each vehicle

Heavy Engineering Works

In this type of facility the system can assist with:

• statuatory inspections (lifting equipment, pressure vessels, etc)
• downtime recording
• failure analysis
• equipment hierarchies
• functional locations
• rotable parts tracking

Production Plants

The availability of the production plant can be maximized by using the system to:

• regularly maintain equipment according to manufacturers recommendations
• do condition based maintenance and repairs in a planned manner
• manage a parts store (purchasing, issues and returns)
• ensure parts are available when required
• identify failure trends and implement corrective measures
• staff skill requirements checking