“(a) Contrary to the defendant’s case, there was no material change between the Building Regulations in force as at the date of the contract and the period after Grenfell. (b) The Sto system did not comply with the guidance given in ADB 2000, in particular, the guidance in paragraph 13.7. (c) The Sto system did not comply with the guidance given in BR 135 (1988) in that it used an organic based render and had not been the subject of a full scale test. (d) The Sto system did not comply with the guidance given in BR 135 (2003) in that it had not passed a BS 8414-1 test when tested against the BR 135 (2003) performance criteria.”
“The application of external thermal insulation is a technique relatively new to the UK. The use of appropriately designed systems particularly on walls of high rise buildings provides an attractive method of energy conservation. To identify the design principles affecting the safety of occupants and the probable extent of fire spread, BRE has conducted large-scale tests in a four-storey experimental building … A series of fundamental design recommendations has consequently been drawn up to minimize the hazard to life and to restrict the extent of necessary reinstatement following a serious fire.”
“Control over the external surface of walls of buildings, particularly those of multi-storey flats, to avoid ignition and flame spread which might endanger the lives of residents above by breaking down effective ‘compartmentation’, is currently controlled by reference to tests specified in BS 476: Parts 6 and 7. However, these tests only provide information on surface fire behaviour. The overall fire performance of a ventilated cladding system or insulated assembly, incorporating independently-supported weathering finishes and complicated reveal details, can only be investigated under actual fire conditions on a full-scale building façade. To identify the design principles on which constructional recommendations might confidently be based demanded research. This would be to determine both the risk of flame spread over the surface of the building and the risk of progressive spread via a cavity within the cladding system or through a layer of combustible insulant to other areas remote from the original fire.”
“To reduce the risk of vertical fire spread in existing and proposed external insulation systems the following recommendations based on this test programme are proposed by the Department of the Environment. 1. Mineral insulants may be safely used … protected by … cementitious renders” 2. Combustible insulants may be used without a specifically designed system of surface protection only if shown by a full-scale fire test to be satisfactory (eg expanded polystyrene aggregate in cementitious matrix)”. … 5. Combustible insulants incorporated in non-sheeted systems are likely to suffer only limited fire spread if the following recommendations are applied: (a) Cementitious rendered metal lathing over thermoplastic insulants should be provided with sufficient metal pins (about one every square metre) to secure the reinforcement to the masonry in order to stabilise the cladding and fire barriers should be installed every two storeys from the second floor upwards. With satisfactory full-scale test evidence barriers may be omitted up to the 15 m level. (b) Cementitious rendered metal lathing over thermosetting insulants should be provided with sufficient metal pins (about one per square metre) to stabilise the cladding. (c) Thin renders with glass fabric reinforcement over thermoplastic insulants should be fitted with fire barriers (which also support the protective finish) at every storey from the second floor upwards. With satisfactory full-scale test evidence barriers may be omitted up to the 15 m level. 6. Surface protection applied directly to all combustible insulants must be carefully designed and installed, round windows and other openings.”
“4.1 The system would not be classified non-combustible when tested in accordance with BS 476: Part 4 : 1970(1984). However, in the opinion of the BBA, the use of the system will not introduce an additional hazard in respect of behaviour in fire when compared with a system using traditional sand/cement render finishes. 4.2 The system is classified Class 0 as defined in paragraphA12 of Approved Document B to the Building Regulations 1991 (as amended 1994) (England and Wales). 4.3 The behaviour in fire of external wall insulation systems is the subject of recommendations by the Building Research Establishment which, for the system, makes no restriction on the height of the building to be treated provided fire barriers are included at every floor level above the third storey.”
“We were shown the relevant provisions of theBuilding Regulations 2000 (which applied when the design and construction took place) and theBuilding Regulations 2010 (which applied at the time of the Grenfell fire and today). Those provisions were materially identical. That might suggest that the EPS insulation complied with both sets of Regulations or with neither; certainly if that was not so, one would expect to find a straightforward explanation as to when and how this potentially important change had come about. After all, these are meant to be practical Regulations which are easy to understand and implement in drawing offices and on building sites.”
“In nature there are certain conditions which must exist for an event to occur. The presence of oxygen is a necessary condition of a fire but no one, save when it was necessary to do so in a scientific context, would describe it as a cause. Similarly, if responsibility for an event is to be attributed to a human agency, then the character of the contribution made by that human agency has to be evaluated. The state of mind of the human agent is in most cases an important consideration, as are the standards of conduct which we expect of such a person. Conduct which contains no element of fault will not without more be treated as a cause in law. Such conduct, to be treated as a cause, must be of such a character as to negative the responsibility of some earlier actor for the consequences of his fault, typically on the basis that the later causative conduct was outside the contemplation of the previous party. In the legal analysis, the concepts of contemplation and foreseeability interact with concepts of standard of conduct.”
“Where the sufferer from a breach of contract finds himself in consequence of that breach placed in a position of embarrassment the measures which he may be driven to adopt to extricate himself ought not to be weighed in nice scales at the insistence of the party whose breach of contract has occasioned the difficulty. It is often easy after an emergency has passed to criticise the steps which have been taken to meet it, but such criticism does not come well from those who have themselves created the emergency. The law is satisfied if the party placed in a difficult situation by reason of the breach of a duty owed to him has acted reasonably in the adoption of remedial measures, and he will not be held disentitled to recover the cost of such measures merely because the party in breach can suggest that other measures less burdensome to him might have been taken.”
“.. it is not enough for the wrongdoer to show that it would have been reasonable to take the steps he has proposed: he must show that it was unreasonable of the innocent party not to take them. This is a real distinction. It reflects the fact that if there is more than one reasonable response open to the wronged party, the wrongdoer has no right to determine his choice. It is where, and only where, the wrongdoer can show affirmatively that the other party has acted unreasonably in relation to his duty to mitigate that the defence will succeed.”
“(a) if there is no effective causal link between the breaches of duty of the defendant and the need for the claimant to enter into the settlement with a third party or the payment of the sums pursuant to the settlement agreement, there will be no liability to pay the settlement sums irrespective of whether the settlement was reasonable. (b) The onus of proof in establishing the reasonableness of the settlement is upon the claimant. Thus, there must be some reliable evidence for the court to conclude that it was a reasonable settlement. (c) The mere fact that the claimant is not liable to the third party either at all or for all the sums payable pursuant to the settlement is not necessarily a bar to recovery or to the establishment of the reasonableness of the settlement. However, the fact that the claimant was not liable to the third party either at all or for anything approaching the sums payable may be a factor in determining that the settlement was unreasonable. (d) Where a settlement is not established as reasonable, it is still open to the claimant to recover from the culpable defendant elements of the sums paid pursuant to the settlement to the third party to the extent that it can be proved that there is an effective causal link between the payment of those sums and the established breaches of duty. In those circumstances, it is legitimate for the court to consider and establish what was likely to have been payable as a matter of fact and law to the third party as the foreseeable result of the defendant’s breaches.”
“Where two parties have made a contract which one of them has broken the damages which the other party ought to receive in respect of such breach of contract should be such as may fairly and reasonably be considered as either arising naturally, i.e. according to the usual course of things, from the breach of contract itself, or such as may reasonably be supposed to have been in the contemplation of both parties at the time they made the contract as the probable result of the breach of it.”
“A type or kind of loss is not too remote a consequence of a breach of contract if, at the time of contracting (and on the assumption that the parties actually foresaw the breach in question), it was within their reasonable contemplation as a not unlikely result of that breach.”
“43. An issue which arises from the decided cases is whether the appropriate test as to degree of probability of the loss is “a not unlikely result”, or “a serious possibility”
“31. First, in principle the purpose of damages for breach of contract is to put the party whose rights have been breached in the same position, so far as money can do so, as if his or her rights had been observed. “31. First, in principle the purpose of damages for breach of contract is to put the party whose rights have been breached in the same position, so far as money can do so, as if his or her rights had been observed. 32. But secondly, the party in a breach of contract is entitled to recover only such part of the loss actually resulting as was, at the time the contract was made, reasonably contemplated as liable to result from the breach. To be recoverable, the type of loss must have been reasonably contemplated as a serious possibility, in the sense discussed in paragraphs 27 and 28 above. 33. Thirdly, what was reasonably contemplated depends upon the knowledge which the parties possessed at that time or, in any event, which the party, who later commits the breach, then possessed. 34. Fourthly, the test to be applied is an objective one. One asks what the defendant must be taken to have had in his or her contemplation rather than only what he or she actually contemplated. In other words, one assumes that the defendant at the time the contract was made had thought about the consequences of its breach. 35. Fifthly, the criterion for deciding what the defendant must be taken to have had in his or her contemplation as the result of a breach of their contract is a factual one.”
“…it is not simply a question of probability. It is also a question of what the contracting parties must be taken to have had in mind, having regard to the nature and object of their business transaction. If a manufacturer of lightning conductors sells a defective conductor and the customer’s house burns down as a result, the manufacturer will not escape liability by proving that only one in a hundred of his customers’ buildings had actually been struck by lightning.”
“The [Hadley v Baxendale] principle is founded on the notion that the parties, in the absence of special provision in the contract, would normally expect a contract-breaker to be assuming responsibility for damage which would reasonably be contemplated to result from a breach. The Achilleas shows that there may be cases where, based on the individual circumstances surrounding the making of the contract, this assumed expectation is not well-founded. Thus, in that case, charterers of a ship were not liable for all the consequences of a late redelivery of the vessel, which had forced the owners to renegotiate a more favourable rate for a follow-on charter. The commercial pressure to renegotiate had arisen because of unusually and highly volatile market rates. According to Lord Hoffmann (see para 23),with whom Lord Hope of Craighead agreed, departure from the ordinary test was justified because the loss claimed would have been completely unquantifiable at the date of the contract and because the general understanding of the market was that the claimed loss was not recoverable. The charterer could not reasonably be taken to have assumed responsibility for the particular loss claimed. Lord Hoffmann recognised that the mere fact that losses were unforeseeably large did not exclude recovery if loss of that type would fall within one or other of the rules in Hadley v Baxendale 9 Exch 341: see[2009] AC 61 , para 21. Nevertheless there was also what he called an “exclusive principle” which meant that there could be some foreseeable losses for which the contract-breaker would not be liable because they were not the kind or type of loss for which he can be treated as having assumed responsibility (ibid). Whether a type of loss was different is determined by asking whether it reflects what would reasonably have been regarded as significant for the purpose of the risk being undertaken: para 22. Lord Hoffmann did, however, point out at para 11: “cases of departure from the ordinary foreseeability rule based on individual circumstances will be unusual, but limitations on the extent of liability in particular types of contract arising out of general expectations in certain markets, such as banking and shipping, are likely to be more common.”
“90. I therefore recommend that the external wall insulation system is removed and replaced. In my view the opportunity might be taken to supplement fire safety at the buildings by installing vertical fire barriers at compartment wall lines and to select an insulant that is less readily combustible than the expanded polystyrene that is currently in place for use throughout the system. 91. However, if the prospect of material ‘betterment’ needed to be avoided, I confirm that I would regard a conforming Sto EWI system using EPS insulant with adequately and properly installed ‘Lamella’ horizontal firebreaks to provide a significant improvement in fire safety conditions at the Gosport Towers.”
“11.1 Repairing the fire breaks will only ensure that the system performance meets with the manufacturers requirements at time of the original installation. In addition to the repairs and reinstatement works required to the fire breaks supplemental mechanical fixings would also need to be installed throughout the blocks to ensure the structural integrity of the system as a whole. On completion of such significant remedial work the external wall insulation system would still not be compliant with current Building Regulations albeit that you are not currently required to upgrade the complete system. 11.2 The cost of repair is significant and will be in the region of 50% to 60% of the cost to replace it with a system that would be fully compliant with current Building Regulations …” 11.5 In light of the potential risks to residents with regard to the fire breaks, coupled with the cost of repairs versus replacement, urgency of the work required and the element of uncertainty that would remain in relation to the integrity of the system as a whole we would recommend replacement of the EWI in its entirety. Only with complete replacement will Hyde be in a position to ensure that the EWI will meet with the requirements of the current Building Regulations and provide the building with a system that would be guaranteed by the chosen manufacturer for a further 20 years.”