Decontamination after fire suppression discharge, building works, leaks or other incidents — returning the environment to operational cleanliness standards safely and quickly.
Contents
1 Purpose & Service Overview……………………………………………………………………………………….. 3
2 Scope of Services………………………………………………………………………………………………………. 3
3 Response Process & Sequence…………………………………………………………………………………….. 4
4 Standards & Reference Frameworks……………………………………………………………………………… 4
5 Roles & Responsibilities……………………………………………………………………………………………… 5
6 Service Benefits………………………………………………………………………………………………………… 5
7 Next Steps………………………………………………………………………………………………………………. 5
1 Purpose & Service Overview
When something goes wrong in a data centre — a fire suppression discharge, a burst pipe, or dust and debris from building works — the clock starts immediately. Every hour the environment stays contaminated is an hour of elevated risk to live equipment, and standard cleaning crews are rarely equipped or trained to work safely around energised, mission-critical infrastructure.
This service specification sets out DCS Australia’s Post-Incident & Construction Cleaning program — rapid-response decontamination that returns the environment to operational cleanliness standards safely and quickly, with the evidence to prove it.
Service Objectives
- Respond rapidly — to limit secondary damage from residue, dust or moisture.
- Work safely on a live floor — without requiring a full shutdown wherever possible.
- Remove corrosive or conductive residues — left by fire suppressant, water or construction debris.
- Restore ISO 14644 cleanliness levels — before equipment is returned to service.
- Provide verification evidence — supporting insurance claims and warranty requirements.
2 Scope of Services
The service covers the following core work streams, described in detail below:
- Fire suppression discharge cleanup
- Construction and building works cleaning
- Water and leak damage decontamination
- Emergency response mobilisation
- Detailed condition reporting
2.1 Fire Suppression Discharge Cleanup
Removal of clean-agent or powder-based fire suppressant residue from white space, sub-floor and equipment surfaces, using methods that avoid secondary contamination or corrosion of sensitive components.
2.2 Construction & Building Works Cleaning
Decontamination following building works, fit-outs or nearby construction — removing dust and debris from white space, sub-floor and mechanical plant before it settles into equipment intakes and cooling systems.
2.3 Water & Leak Damage Decontamination
Rapid extraction and drying following leaks or water ingress, followed by decontamination to prevent corrosion and secondary particulate contamination from damaged materials.
2.4 Emergency Response Mobilisation
After-hours and weekend response capability, with technicians trained to assess and work safely around energised, mission-critical equipment from first attendance.
2.5 Detailed Condition Reporting
Every engagement includes before-and-after photographic evidence, post-clean verification testing where required, and a written condition report supporting return-to-service sign-off and insurance documentation.
3 Response Process & Sequence
Response timeframes below are indicative for a typical single-zone incident and are confirmed on a case-by-case basis depending on severity and access.
| Stage | Activity | Timeframe | Purpose |
| 1. Emergency mobilisation | Rapid response dispatch and site briefing on incident type and affected zones | Within hours | Limit secondary damage and begin containment as early as possible |
| 2. Site assessment | Inspection and photographic documentation of affected white space, sub-floor and equipment | Day 1 | Establish scope, severity and equipment at risk before work begins |
| 3. Isolation & containment | Power/fire system isolation as required, containment of affected zones | Day 1 | Protect unaffected equipment and personnel during remediation |
| 4. Residue & debris removal | Removal of fire suppressant residue, construction dust, or water-damaged material | Day 1–2 | Eliminate corrosive or conductive residues from critical surfaces |
| 5. Forensic decontamination clean | HEPA-filtered cleaning of white space, sub-floor, racks and equipment to ISO 14644 levels | Day 2–3 | Return the environment to operational cleanliness standards |
| 6. Verification & reporting | Post-clean testing, photographic evidence and condition report | Day 3–4 | Provide auditable proof the environment is safe to return to service |
4 Standards & Reference Frameworks
The service is designed to align with recognised industry frameworks, including:
- ISO 14644-1 — Cleanroom and associated controlled environment classification
- ASHRAE TC 9.9 — Data centre thermal guidelines and gaseous/particulate contamination guidance
- Fire suppressant manufacturer decontamination guidance (e.g. clean agent, FM-200, powder-based systems)
- Manufacturer environmental specifications for IT and mechanical equipment
Where insurance, warranty, or client contractual requirements impose additional standards or verification steps, these should be layered on top of the baseline scope above rather than replacing it.
5 Roles & Responsibilities
| Role | Responsibility |
| Facility Operations Manager | Declares the incident, authorises emergency access, and approves the return-to-service sign-off |
| DCS Emergency Response Technicians | Mobilise on-site, isolate affected zones, and execute decontamination to procedure |
| Site Reliability / Critical Facilities Lead | Reviews verification testing and condition report before equipment is re-energised |
6 Service Benefits
- Faster return to service — rapid mobilisation limits downtime following an incident.
- Reduced secondary damage — prompt residue and moisture removal prevents corrosion taking hold.
- Live-floor safe methods — technicians trained to work around energised equipment from first attendance.
- Insurance-ready documentation — photographic and test evidence supports claims and audits.
7 Next Steps
For an active incident, contact DCS Australia directly for emergency mobilisation. For planned works (e.g. scheduled construction or fit-out), we recommend a pre-works consultation to agree containment measures and a post-works cleaning scope in advance.
