Risk Engineering Surveys: Hazard and Loss Assessment in Pakistan

Risk engineering answers three questions for insurers and asset owners: what could go wrong at a site, how likely a failure is, and what a failure would cost, and itmad provides risk engineering surveys in Pakistan covering hazard identification, protection assessment, estimated maximum loss and risk improvement recommendations. The survey produces the answers through structured survey and analysis rather than judgement, so that a risk can be priced, controlled or declined on evidence. itmad has worked in Pakistan for more than 10 years. Last reviewed: October 2026.

What risk engineering answers

Insurers and asset owners need the same three answers: what could go wrong at a site, how likely a failure is, and what a failure would cost. Risk engineering produces the answers through structured survey and analysis rather than judgement, which is what allows a risk to be priced, controlled or declined on evidence.

What the risk engineering survey covers

• Construction and occupancyBuilding construction, fire compartmentation, separation between occupancies, and the processes and materials actually present rather than the processes and materials declared.
• Fire protectionDetection and alarm, sprinkler and suppression systems and the design basis of the systems, water supply adequacy and duration, hydrants, extinguishers, and the maintenance and testing record behind all of the protection.
• Process safetyHazardous materials and quantities, containment, pressure systems, ignition source control, emergency shutdown arrangements and management of change.
• Natural hazard exposureFlood, windstorm, seismic and other perils relevant to the location, and whether the design and arrangements of the site reflect the perils.
• Security and exposureSite security, external exposures from neighbouring occupancies, and accumulation where several insured assets sit close together.
• Business interruptionCritical equipment and single points of failure, replacement lead times, redundancy, interdependency between locations, and realistic recovery timescales.
• Utilities and servicesPower supply and backup generation, water supply for both process and firefighting, compressed air and steam, and the consequence of losing any of the services, which is frequently a larger exposure than the physical asset itself.
• Management controlsMaintenance regimes, hot work permits, housekeeping, impairment procedures and emergency response: the human factors that determine whether physical protection performs as designed.

Loss estimation

The survey quantifies exposure using the loss estimates that underwriters work with: typically estimated maximum loss, probable maximum loss and maximum foreseeable loss, depending on the convention that the insurer applies. Each estimate rests on a stated set of assumptions about which protection operates and which fails, and the assumptions are set out explicitly rather than buried, because a loss figure without the basis of the figure cannot be interrogated or compared.

Business interruption is estimated alongside property damage. On most industrial sites the interruption exposure exceeds the physical damage, and the interruption exposure is the one most often underestimated, usually because equipment lead times were assumed rather than checked.

Risk improvement recommendations

Recommendations are prioritised and costed in terms of the exposure that each addresses, so that spending can be directed at what materially changes the risk rather than at what is easiest to implement. Each recommendation is graded by significance, with an indication of the reduction in exposure that the recommendation would deliver, which is what allows an owner to make a capital case and an underwriter to price the improved position.

Who commissions risk engineering surveys

• Insurers and reinsurers assessing a risk before binding or at renewal
• Brokers preparing a submission and needing the risk presented accurately
• Asset owners seeking better terms by demonstrating controlled exposure
• Owners planning capital expenditure on protection and needing to prioritise the expenditure
• Organisations reviewing exposure across a portfolio of sites
• Lenders and investors assessing physical risk in a transaction

Where surveys are carried out

• Manufacturing and process plant
• Warehousing, logistics and cold storage
• Oil, gas and petrochemical facilities
• Power generation and utilities
• Commercial and mixed-use property
• Hospitality and retail

itmad conducts surveys across Pakistan, with reporting in the format that the instructing insurer or broker uses.

Independence in risk engineering

itmad holds no interest in the placement of the risk. itmad does not broker insurance, sell protection systems or carry out the improvements that itmad recommends. The assessment reports the risk as found, which is the only basis on which either party can rely on the assessment.

Related services

Risk engineering is frequently commissioned alongside damage assessment where a loss has already occurred, and alongside technical due diligence where physical risk forms part of a wider asset assessment.

Frequently asked questions

What is a risk engineering survey?

A risk engineering survey answers three questions for insurers and asset owners: what could go wrong at a site, how likely a failure is, and what a failure would cost. The survey produces the answers through structured survey and analysis rather than judgement, so that a risk can be priced, controlled or declined on evidence.

What does a risk engineering survey cover?

A risk engineering survey covers construction and occupancy, fire protection, process safety, natural hazard exposure, security and exposure, business interruption, utilities and services, and management controls. The survey examines the processes and materials actually present rather than the processes and materials declared.

Which loss estimates does a risk engineering survey produce?

The survey quantifies exposure using the loss estimates that underwriters work with: typically estimated maximum loss, probable maximum loss and maximum foreseeable loss, depending on the convention that the insurer applies. Each estimate rests on a stated set of assumptions about which protection operates and which fails, and the assumptions are set out explicitly.

Why is business interruption estimated alongside property damage?

On most industrial sites the interruption exposure exceeds the physical damage, and the interruption exposure is the one most often underestimated, usually because equipment lead times were assumed rather than checked. Business interruption is therefore estimated alongside property damage.

Who commissions risk engineering surveys?

Insurers and reinsurers commission risk engineering surveys before binding a risk or at renewal, brokers commission surveys to present a risk accurately, and asset owners commission surveys to demonstrate controlled exposure or to prioritise spending on protection. Organisations reviewing a portfolio of sites, and lenders and investors assessing physical risk in a transaction, also commission surveys.

Does itmad broker insurance or sell protection systems?

No. itmad holds no interest in the placement of the risk, does not broker insurance, does not sell protection systems, and does not carry out the improvements that itmad recommends. The assessment reports the risk as found.