Construction Insurance and UK Construction Contracts
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CHAPTER 4
A broad overview of risks in construction projects and the role of insurance
A broad overview of risks in construction projects and the role of insurance
4.1 Risk assessment for construction projects is a science not an art form. In any competent organisation concerned with delivering construction projects there will be a process of risk assessment. The assessment carried out will vary depending upon the commercial interests and function of the party on whose behalf the assessment is carried out - usually the developer client. At the end of the process there will be some risks that it is accepted cannot be passed on; some that will be dealt with by contractual arrangements with other parties to the construction project; and some will be dealt with by insurance. Self-evidently each party in the process will try to achieve a position whereby as much as possible of relevant risk rests with other parties and as much as possible of the chance of profit is retained. In PFI/PPP projects risks will lie usually with the party best placed to manage them (see ). 4.2 It is helpful to consider these competing considerations at each stage of the journey from initial inspiration for a project to ultimate completion and use or disposal of the completed project.The vision
4.3 Every project starts with an idea - it may be good or bad, obvious or unexpected. Construction projects range from digging a hole in the ground to construction of a multi-billion pound project such as the Channel Tunnel. In each case the project also usually commences with a person or organisation wanting to consider the feasibility of carrying out the works. In this chapter that visionary is described as the “employer”.Method of risk assessment
4.4 There are several construction contracts, in a modern form such as the JCT Constructing Excellence Contract (CE 2007) and the Project Team Agreement (CEIP 2006) that accompanies it, which embrace having a risk register dealing with all the risks (with options for allocation of these risks) discussed in this chapter, and others in a register forming part of the construction contract.1
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The assessment of project feasibility
4.5
Having had the vision, the employer has to consider whether the project can be achieved and, if so, whether the balance of anticipated costs and rewards makes the proposed project desirable.
4.6
Leaving aside the very simplest projects, until about 30 years ago the participants in the vast majority of construction projects consisted of the employer on one side of the fence, accompanied by a professional team usually including an architect, quantity surveyor and sundry engineers (civil, structural, mechanical and electrical etc.). On the other side of the fence was the “contractor” fronting subcontractors and suppliers.
4.7
In this traditional world, as between himself and the contractor the employer took the design risk as well as the risks of delay caused by unforeseen circumstances necessitating changes in the work, and most market risks associated with the ultimate profitability of the original concept. The employer relied upon his professional team to limit his risks, expecting them to carry professional indemnity insurance in order to enable them to discharge any liability arising from errors or omissions in carrying out their functions. The only risk arising out of the period before works started on site undertaken by the contractor in this way of arranging matters related to assessment of the cost of executing the projected works as reflected in the tendered price and terms of tender.
4.8
Whilst some projects are still arranged on that traditional model, they are perhaps now a minority, certainly of the major projects commenced in recent years. At a government level within the United Kingdom (and increasingly overseas as well) the political desire, for the last two decades, has been that large publicly funded projects should have considered an option to let as PFI2 or PPP3 contracts whereby so far as possible all construction and operational risk in the project is passed to the “contractor” and/or “operator” in return for a fixed programme of payments over a period of years from the public purse. The insurance implications of these arrangements are considered below.4
4.9
The first necessity for a construction project is the availability of somewhere to execute the project whether on land or at sea or both (such as a project for an oil refinery with jetties for tankers). Whether or not the employer can acquire the necessary project area if it is not already owned is a risk usually borne by the employer and is unlikely to be an insurable risk. If, however, the project area is already within the control of the employer, there is always a risk of the employer being dispossessed, for example by expropriation. Within the United Kingdom expropriation is lawfully effected through the statutory machinery of compulsory purchase, which carries with it an entitlement to compensation. There is not a significant market for insurance against expropriation risks in respect of United Kingdom-based projects. By contrast, there is a lively market for political risk insurance in respect of projects in certain countries outside the United Kingdom.
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The design stage
4.18 It is possible conceptually to separate the feasibility stage from the design stage, although in practice the division may not be clearcut. Thus in an ideal world it might be thought that the employer would carry out the fullest possible assessment of a project before committing himself by entering into a contract to purchase land. However, that may not be desirable or practicable. The employer may wish to minimise costs incurred until he is certain that he has acquired legal title to land. The market may be such that the employer has to take a view and strike while the iron is hot. It may not be feasible to carry out full investigations until the land has been bought. There are numerous permutations. 4.19 The design process carries with it substantial potential for the creation of loss. Generally the losses will only reveal themselves when construction works commence or later. Inadequacies in the design process are liable to cause losses in a large number of respects:- delays in the design phase delaying start of the construction phase and therefore delay of completion of the project;
- unnecessary expense in the design process;
-
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- increase in the necessary time for execution of construction works;
- failure to achieve the employer’s requirements for the project;
- physical injury to persons on or off site;
- physical damage to the contract works, existing property on site or to property off site;
- consequential losses arising out of the foregoing.
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The construction phase
4.30 During the construction phase, problems that were once only potential problems arising out of the earlier phases are now liable to emerge as actual problems and are liable to be joined by fresh problems arising out of events on site. Risks of loss during the construction phase include the following:- delays to the project because of late possession of site;
- physical injury to persons on and off site;
- physical damage to the contract works;
- physical damage to property owned by the employer;
- physical damage to third parties’ property;
- delays to the project as the result of such physical damage;
- delays to the project as a result of design errors, because of late issue of designs or instructions, or because of changes in the design;
- delays to the project as a result of inefficiency or bad workmanship by the contractor;
- delays to the project as a result of unforeseen events or circumstances;
- delays to the project as a result of employment disputes;
- delays to the project as a result of shortage of resources;
- contractors’ additional costs/loss of profit as a result of delays;
- employer’s additional costs/loss of profit as a result of delays;
- consequences of government policy.
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Testing and commissioning
4.34
One phase of a construction contract calls for particular comment, particularly in respect of such projects as the construction of process plants or power stations: that is to say the testing and commissioning phase. At this stage elements of the plant designed to work under pressure, such as boilers, are pressurised, and elements designed to work at heat, such as furnaces, are fired up. Even on the best designed and constructed project, this phase presents particular hazards.
4.35
Unsurprisingly, the risks attendant upon this phase of the works can produce particular problems for the insurance industry.7 From the insurers’ standpoint, it is important to understand the risks involved and to ensure that premium and other terms reflect those risks. From the contractors’ viewpoint, it is obviously important to ensure that cover is in place: particular problems can occur if a project overruns so that a contractor finds itself seeking an extension of the policy period in respect of a troubled project. The insurance market can sometimes be reluctant to extend the period of cover in such circumstances.
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The maintenance period
4.36 Most standard forms of contract provide for a “maintenance period”, that is the period after practical completion or substantial completion of the construction works. During this period the contractor will often be off site but has a liability to return to site to finish off any minor elements of “snagging” or “punch list” items that remain to be completed and to put right any defects that may emerge. The period will vary from contract to contract. Frequently, contractors all risks and erection all risks policy cover terminates with the issue of the certificate of practical completion or the certificate of substantial completion:8 however, cover can be obtained to provide some cover during this period, either on a “visits” basis or an “extended maintenance” basis.Post-completion
4.37 The insurance of property risks after completion of construction projects is generally outside the purview of this book. An exception to this is in respect of latent defects insurance policies (“inherent defects policies of insurance”), which are discussed in below.
1 See BE Guide to Risk Management and the Creation of a Risk Allocation Schedule (2006).