First Case provides deep-cleaning services for data centres and cleans multiple sites of a hyperscaler in the Netherlands three times a year. Computer floors, 1.200+ racks, cold aisles and cable trays are made dust-free using ESD- and HEPA-certified methods, with a report per location.
Three times a year deep clean of 1.200+ racks and computer floors across multiple data centres in the Netherlands.
In a data centre, dust is not a cosmetic problem: it strains cooling, sensors and electronics. First Case provides deep-cleaning services for data centres and performs a full deep clean three times a year across multiple sites of a hyperscaler in the Netherlands, from the computer floor into the racks and the space beneath. The work happens while the installations are live, ESD-safe and without disturbing operation. The operator wanted one certified party for all sites, with reporting per room.
The scope: computer floors tile by tile, deep clean of designated racks, cable trays and the space beneath the floor. After each round a measurement, a signed handover protocol and a report per location.
All floor tiles are lifted, both sides cleaned with an ESD HEPA vacuum, then damp-mopped.
Designated racks are opened and cleaned inside, fans treated with an ionisation gun where needed.
The space beneath the computer floor is vacuumed around and under the cable trays, without disturbing the installation.
On the large halls, two layers of data cable trays are included in the cleaning.
After each round a measurement, a signed handover protocol and a report per location, with photos if permitted.
On arrival, the foreman discusses with the contact what happens that day and which racks may and may not be opened. First, a short baseline check of room and equipment. With permission, photos are taken, for reporting only. Before starting, a Last Minute Risk Assessment (LMRA) is done.
The computer floor is lifted tile by tile, a maximum of five at a time for stability, and cleaned on both sides with an ESD HEPA vacuum. Designated racks are cleaned inside, fans with an ionisation gun where needed. The space beneath the floor and the cable trays are included without disturbing the installation.
After the round, a measurement of the result follows at each location. A handover protocol is signed on the spot by the client. Per room a report follows, with photos if permitted. That way it is recorded per location and per round what was done.
A fixed rhythm: inspect, deep clean, measure, report.
Per round a schedule is made based on the client's availability.
Work instruction, baseline check and LMRA before starting.
Floor, racks, sub-floor and cable trays cleaned ESD- and HEPA-safe.
Measurement, signed handover protocol and report per location.
The cycle is repeated three times a year per location.
Three times a year we clean computer floors tile by tile, 1.200+ racks internally, the cable trays and the space beneath, across multiple live sites. Each location gets a measurement, a signed handover protocol and a report.
Planned electrical work on the entire electrical installation of a hyperscale data centre in the Netherlands with a fixed supervisor-led crew, more than 200 planned working days over several months.
12 UPS systems placed and fully DC-cabled in a colocation data centre in the Netherlands, 144 cables of 95 mm², every conductor labelled.
A 1 MW loadbank positioned and connected to a new busbar system: both feeds loaded separately and in steps, five units under a single remote control.
Three times a year deep clean across multiple live data centres of a hyperscaler in the Netherlands. From computer floor into the racks, ESD-safe.
One certified party, handover protocol and report per location.
One certified party cleans floor, racks and sub-floor, ESD- and HEPA-safe.
All floor tiles are lifted, both sides cleaned with an ESD HEPA vacuum, then damp-mopped.
Designated racks are opened and cleaned inside, fans treated with an ionisation gun where needed.
The space beneath the computer floor is vacuumed around and under the cable trays, without disturbing the installation.
On the large halls, two layers of data cable trays are included in the cleaning.
After each round a measurement, a signed handover protocol and a report per location, with photos if permitted.
On arrival, the foreman discusses with the contact what happens that day and which racks may and may not be opened. First, a short baseline check of room and equipment. With permission, photos are taken, for reporting only. Before starting, a Last Minute Risk Assessment (LMRA) is done.
The computer floor is lifted tile by tile, a maximum of five at a time for stability, and cleaned on both sides with an ESD HEPA vacuum. Designated racks are cleaned inside, fans with an ionisation gun where needed. The space beneath the floor and the cable trays are included without disturbing the installation.
After the round, a measurement of the result follows at each location. A handover protocol is signed on the spot by the client. Per room a report follows, with photos if permitted. That way it is recorded per location and per round what was done.
Per round a schedule is made based on the client's availability.
Work instruction, baseline check and LMRA before starting.
Floor, racks, sub-floor and cable trays cleaned ESD- and HEPA-safe.
Measurement, signed handover protocol and report per location.
The cycle is repeated three times a year per location.
Three times a year we clean computer floors tile by tile, 1.200+ racks internally, the cable trays and the space beneath, across multiple live sites. Each location gets a measurement, a signed handover protocol and a report.
Planned electrical work on the entire electrical installation of a hyperscale data centre in the Netherlands with a fixed supervisor-led crew, more than 200 planned working days over several months.
12 UPS systems placed and fully DC-cabled in a colocation data centre in the Netherlands, 144 cables of 95 mm², every conductor labelled.
A 1 MW loadbank positioned and connected to a new busbar system: both feeds loaded separately and in steps, five units under a single remote control.
One address, from transport to handover. A response within 24 hours.