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England and Wales High Court (Technology and Construction Court) Decisions |
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You are here: BAILII >> Databases >> England and Wales High Court (Technology and Construction Court) Decisions >> Sahib Foods Ltd & Anor v Paskin Kyriakides Sands (a firm) [2003] EWHC 142 (TCC) (3 March 2003) URL: http://www.bailii.org/ew/cases/EWHC/TCC/2003/142.html Cite as: [2003] EWHC 142 (TCC) |
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TECHNOLOGY AND CONSTRUCTION COURT
BEFORE HIS HONOUR JUDGE BOWSHER Q.C.
St Dunstans House | ||
B e f o r e :
Sahib Foods Limited and Co-Operative Insurance Society Limited | Claimants | |
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Paskin Kyriakides Sands (a firm) | Defendant |
For the Defendant: Richard Wilmot-Smith Q.C. and C. Manzoni (Fishburns, solicitors)
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DATE OF HTML VERSION OF JUDGMENT: 3 MARCH, 2003
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HTML VERSION OF JUDGMENT
Crown Copyright ©
The judgment of His Honour Judge Bowsher Q.C. is as follows:
Background
The Premises and the use of the bratt pan
"I recall that it was intended that the veg prep cook area, which was also known as area G49, would contain a gas fired bratt pan. The other items of cooking equipment in this area were two steam heated bratt pans. There were also extraction canopies fitted into the ceiling above the cooking equipment which were designed to extract the steam that was produced during the cooking process. I recall the bratt pan that was to be placed in this area was a Zanussi manufactured gas fired bratt pan, which is about 1 metre square in size. The bratt pan is used for cooking products such as rice and sauces and, if for frying at all, shallow frying. It should not be used for deep frying foods. I would describe shallow frying as using less than an overall depth of 2 mm of cooking oil and deep frying is using more than 2 mm. The deep frying of food would take place in the continuous fryers located in the fryer
enclosure elsewhere in the factory.
Bratt pans are designed to be attended to by an operator at all times. They are not designed to be left to cook food unattended, unlike continuous fryers. Once a batch of products has been cooked and the working shift completed, any residual cooking oil or other cooking matter should be drained off and the bratt pan switched off by the operator. I recall that at the factory, we relied on the operators to to switch off their equipment. The supervisors on site were also supposed to check that the equipment had been switched off before leaving the shift."
"The appliance must be used only for the intended purpose, that is to say, cooking meats – with sauce, braised and stewed, sauces, lightly fried food, omelettes and stews in general. Any other use is considered unsuitable.
Do not use the appliance as a fryer because the temperature of the bottom of the tub rises above 230 degrees C with the danger of the oil catching fire (excluding the equipment for such use, whose functioning thermostat has a maximum temperature of 185 degrees C."
" 2 mm of cooking oil hardly -- could even not be enough to do shallow frying in my view, with my experience. 2 mm is really nothing. I mean, it might be enough to do some flash frying, where you are just throwing things in and bringing them out, but not for shallow frying. For shallow frying, you do need, in my view, more oil in whatever vessel you are using than 2 mm. In my view, for the sort of process that those bratt pans were being used for, they would need at least 10 to 12 mm at least. …
You heat up the oil first, and then you throw the ingredients in.
Some oil would be absorbed, yes. So you top it up again before you put the next batch of ingredients in."
"The process you have just described is actually making the product. The process for which this particular bratt pan was used, and is also used in other places, is a prepping process. In the prepping process, you do not continue to add different ingredients into it, and you do not add any spices or anything, it is just preparing -- for example, in this particular case, it was prepping the onions, they were caramelised.
So all you are doing is caramelising the onions, taking them out. Then those onions go to the main kitchen -- this is in the prep kitchen, that you are prepping the product. Then you go to the main kitchen, where you actually do what you have just described actually then make the product, a curry or whatever, into which these prepped onions or aubergines or potatoes or whatever is going. So you do not do in the prepping bratt pan what you would do in the main recipe cooking bratt pan."
(a) Mr. Openshaw, then a director of LRI, visited the factory before the refurbishment and he advised Mr. Reynolds specifically in relation to the veg prep area that non-combustible panels should be used wherever cooking was taking place. Mr. Reynolds replied that the veg prep area was used only for steam cooking and that satisfied Mr. Openshaw that as result non-combustible panels would not be required in that area. Mr. Reynolds was wrong and negligent in giving that statement. One of the bratt pans was fired by a naked gas flame and if Mr. Openshaw had known that, he would have pressed his advice that non-combustible panels should be used: if that advice had been heeded, the spread of the fire would have been limited.
(b) Sahib employed as the operator of the gas fired bratt pan Mr. Gurcharan Singh, an asylum seeker who could not speak English. On the day in question, he worked from 6 a.m. until 8 p.m. At the end of the day, he was responsible for turning off the gas supply to the bratt pan. There may be many women who work hours like that in their own homes and kitchens, but Mr. Reynolds agreed that it was not sensible to employ a man to work those hours and rely on him to perform an important task like turning off the gas at the end of the day. Mr. Singh did not turn off the gas supply or the pilot light. The gas burners were left on in the maximum position. In that failure, Mr. Singh was negligent, though in the circumstances one could only sympathise with him if he were here to accept that sympathy. His employers, Sahib, were not only vicariously liable for his negligence, they were independently negligent for relying on him to perform a responsible (though simple) task after working such long hours. It is true that his supervisor ought to have checked, and Sahib are vicariously liable for his failure also.
(c) Sahib were also negligent in allowing the gas fired bratt pan to be used with a depth of oil far in excess of that recommended by the manufacturers. Mr. Singh told Dr. Sanders of Dr. J.H.Burgoyne and Partners, through an interpreter, that he left cooking oil in the pan to a depth of about 50 to 100 mm. Dr. Sanders and another fire expert, Dr. Bland, agree that burn marks on the inside of the pan show that the pan had contained oil to a depth of 100 mm when the oil ignited. The evidence of Mr. Reynolds is that the night shift should have come on at 10.00 pm to clean the pan and its surroundings. However, before they arrived, the fire had started.
(d) The gas fired bratt pan was designed to be fitted with a thermostat controlled by a revolving switch to control the temperature of oil in the pan. On the day in question, and probably for some time earlier, the thermostat was broken, and if the gas was left on (as it was) there was nothing to stop the temperature of the oil rising until combustion took place. In the opinion of Dr. Sanders, that is what happened. There was no maintenance contract for the gas fired bratt pan. I have no evidence whether the broken thermostat was reported and not dealt with or not reported. In either event, Sahib were negligent.
(e) Later models of this bratt pan were fitted with an override temperature cut-out switch set at a fixed maximum temperature. This was an old model that did not have such a switch and there is no evidence that such a switch was required when the pan was brought back into service. However, the fire experts agree that it would have been preferable for an override thermostat to have been fitted.
(f) Mr. Reynolds said that operators at the bratt pan would use a paddle to turn over the vegetables while cooking and in doing so they would cause oil to go over the sides and onto the underside of the pan. Also, when emptying the pan after cooking, they would use a large scoop like a shovel and would tend to overload the scoop and spill more oil and food onto the floor and onto the gas flame where it would congeal and form a flammable solid that would be difficult to remove. That evidence is inconsistent with his evidence about shallow fat.
The Fire Experts
"In our view, it is unlikely that ignition occurred within less than about 1 hour from the end of cooking at a nominal temperature of 180 degrees C.
We agree that if the bratt pan had been switched off immediately after the appliance was last used or at the end of the shift this fire would not have occurred.
We agree that, if the bratt pan thermostat had been functioning correctly and had been correctly located at the time of the fire, this fire would not have occurred.
We agree that, if the bratt pan had been fitted with an overheat limit thermostat which was functioning correctly and correctly located, this fire would not have occurred.
We agree that it would have been preferable for the bratt pan to have been fitted with an overheat limit thermostat."
As to the overheat limit thermostat, the gas fired bratt pan was bought second hand and it may be that when made or bought it was not required to have an overheat limit thermostat. The experts are agreed that it would have been good practice for an overheat limit thermostat to have been fitted when the bratt pan was refurbished but Dr. Sanders stated that an overheat limit thermostat was not then required.
After discussion of a test by way of research, the experts then said:
"In our view, based on data for pool fires involving combustible liquids and BRE data for heat output from a fire in a larger fryer, the oil in the bratt pan would have burned at a rate of about 1.75 mm depth per minute (although there is a range of possible rates, say between 1.0 and 2.5). A rate of 1.75 mm per minute equates to a heat output of about 473 kilowatts, which is 58 per cent greater than in the aforementioned test [which was 300 mm]. The bratt pan was located about 600 mm from the side wall, which is 50 per cent greater than in the test, but the width of the bratt pan was more than twice the width of the test burner. Therefore, the radiation heat transfer 'view factor' from the bratt pan to the wall would have been at least as high as the view factor in the test. Dr Sanders' photographs of the scene indicate that there was a vertical joint in the panel wall approximately in line with the front of the bratt pan. The diagram of the test set-up shows that the burner was located much closer to the floor than the pan of the bratt pan. In the test, the combustion products would have impinged on the ceiling and the upper part of the side walls. In the real case, it is likely that combustion products would have been removed by the extraction hood, even after the fan had failed. It is likely the fan would have failed within about two minutes from the start of the fire due to the effects of the hot gases passing up through the duct. However, the extraction duct was in contact with the ceiling panels where it passed through the ceiling. In the real system, there would have been no preheating regime ... "Considering the above points, it is Dr Sanders' view that the sandwich panels would probably have ignited in about the same time as in the aforementioned test (that is, in 3.5 minutes) and ignition may have occurred more quickly.
"Dr Bland believes that ignition at the side wall would probably not have occurred in less than 3.5 minutes. After this period of time, there would have been an increasing risk of ignition."
At a burn rate of 1.75 mm per minute, an oil depth of about 8 mm would take about 3.5 minutes to burn.
We agree that if the veg prep cook enclosure had been constructed as a 'fire compartment' capable of containing a fire for one hour, this fire would not have spread outside the enclosure. The main features of such an enclosure would have been:
- Walls and ceilings constructed from non-combustible panels (such as mineral wool).
- Fire resisting doors or automatic shutters of the appropriate specification.
- Automatic fire shutters in the ventilation ducts where they crossed to other areas of the factory.
We agree that, under the circumstances, the fire would probably not have spread outside the enclosure if somewhat less than the compartment precautions had been taken ….
We agree that there was no evidence that the factory breached the relevant Building Regulations. We are aware that the premises had a Fire Certificate. As far as we are aware, both the relevant parts of the Building Regulations and the Fire Certificate are intended to prevent danger to persons, and are not intended to prevent damage to property."
The experts explained that the concentration of the Building Regulations on preventing danger to persons meant that there were protected escape routes. As a result, there was no loss of life in this disastrous fire in which virtually the whole building was burnt down. The experts said that apart from the legal regulations there were other publications regarding the use of EPS panels in food factories and other duties to protect properties.
The duties of the Defendants
Standard of care owed to Sahib
"... where you get a situation which involves the use of some special skill or competence, the test is as to whether there has been negligence or not is not the test of the man on top of the Clapham omnibus, because he has not got this special skill. The test is the standard of the ordinary skilled man exercising or professing to have that special skill".
After some discussions of the submissions, Webster J. then said:
"The second gloss which Mr Phillips sought to put upon the test was that it is the duty of a professional man to exercise reasonable skill and care in the light of his actual knowledge and that the question whether he exercised reasonable care cannot be answered by reference to a lesser degree of knowledge than he had, on the grounds that the ordinary competent practitioner would only have had that lesser degree of knowledge.
I accept Mr Phillips' submission; but I do not regard it as a gloss upon the test of negligence as applied to a professional man. As it seems to me that test is only to be applied where the professional man causes damage because he lacks some knowledge or awareness. The test establishes the degree of knowledge or awareness which he ought to have in that context.
Where, however, a professional man has knowledge, and acts or fails to act in way which, having that knowledge he ought reasonably to foresee would cause damage, then, if the other aspects of duty are present, he would be liable in negligence by virtue of the direct application of Lord Atkins' original test in Donoghue v Stevenson."
Was there a breach of duty of care?
"Mr. Vassilas agreed in cross-examination that Mr. Yerolomou had no objection to authorising the expenditure of money if a case was made for it and that had anyone perceived a risk in relation to Room 49 the money would have been forthcoming to deal with that risk."
"Enclosed with this letter is our specification and costing for the insulation element of the above project. We have costed the project based on the information shown on the room loading sheets and your specification.
We have great concern that polystyrene core panels have been selected for use in areas where cooking or frying will take place. On page 7 of your specification, you refer to polystyrene having a core with "fire resisting additives." There is no such thing as a non-combustible polystyrene. All polystyrene and polyurethanes are combustible regardless of grade. We would strongly recommend that our Flameguard range of non-combustible panels are used in areas where there is a risk of fire. The fryers should be in self-contained units and here the enclosure should be constructed from our Flamelock panels. This system has been installed at a very large food factory in Shropshire. Two recent fires in frying enclosures were successfully contained for over two hours. There is, of course, a cost implication for these panels. May I suggest that one of my fire engineers visits you and puts his suggestions forward? I feel sure that your clients' insurance company would object to the scheme as it is proposed at present. If I can be of any further assistance please do not hesitate call me."
"All polystyrene and polyethuranes irrespective of their grades are combustible. It is not possible to install fire rated doors into these panels. See letter attached regarding our concern at the use of polystyrene panels in certain areas."
The "letter attached" was the letter of 6 October, 1994.
(a) Was there input from the client that a bratt pan is not used for deep fat frying?
(b) Did the architect in question actually know about the danger of spread of fire from EPS panels?
"In carrying out a risk assessment, I am of the opinion that a reasonably competent architect would understand that he is entitled to assume that the equipment for which he is designing will be properly used or, at worst, only slightly misused".
So, said Mr. Highton, the reasonably competent architect may need to design for use of the pan with a broken thermostat, but not for its use with a known thermostat failure at the same time as the pan was full of oil for deep fat frying, and was left unattended for two hours and not switched off. I am afraid I must disagree with Mr. Highton in that regard. If equipment were only slightly misused in the manner suggested by him, there would be no fires and no need to design buildings against the risk of fire. But we all know that there are fires, particularly in cooking areas. That is why, in this cooking area, there was provision for a fire alarm, a fire blanket, and a fire extinguisher. Moreover, the architect could have seen by inspection that there was a naked gas flame under one of the bratt pans, and that deep fat frying did take place. If, as is alleged, he made a risk assessment, he could have discovered that normal procedure in the factory meant that if the gas was not turned off at the end of the day, the pan would be left unattended with the gas turned on with fat being supposedly left to cool until the cleaners came on duty at 10 p.m.
"The risk assessment carried out by Paul Vassilas and Barry Reynolds established that a bratt pan was not a hazardous cooking appliance and the bratt pan was located at a distance from the nearest wall that was, in the event, six times the safe working distance."
Some of the written evidence before Mr. Highton when he wrote his report (in particular parts of the written statement of Mr. Reynolds) would justify Mr. Highton in that view of the facts, and I do not criticise him for forming that view of the facts. However, having heard much oral evidence, and having examined more documents in greater detail with the assistance of counsel, I disagree with that view of the facts. The gas bratt pan was a hazardous cooking appliance. Whether the gas bratt pan was located at a distance from the nearest wall that was "in the event" 6 times the recommended safe working distance is dependent on a view of its likely use expressed in Mr. Reynolds' witness statement that was shown at the trial to be wholly unrealistic and contrary to demonstrable facts available to the defendants at the time. Moreover, as Miss Tooth said, an architect should not assume that equipment will not be moved. Because I disagree with Mr. Highton's view of the facts, I reject his opinion based on those facts. I make no criticism of Mr. Highton's competence as an expert witness.
Contributory negligence
"Contribution starts from a point at which two or more defendants have been held to have contributed by their own fault to the claimant's injury. The remaining task is then to measure their contributions by gauging the relative causative potency of their respective faults and their comparative blameworthiness. Contributory negligence, by contrast, starts from a point at which the defendant alone has been held to have caused the claimant's injury by his fault. Not one but three questions then arise. The first is whether the claimant too was materially at fault. The second, if he was, is whether his fault lay within the very risk which it was the defendant's duty to guard him against. It is only if his fault was not, or not wholly, within the causative reach of the defendant's own neglect that the question of relative culpability enters into the picture."
"Where any person suffers damage as the result partly of his own fault and partly of the fault of any other person or persons, a claim in respect of that damage shall not be defeated by reason of the fault of the person suffering the damage, but the damages recoverable in respect thereof shall be reduced to such extent as the court thinks just and equitable having regard to the claimant's share in the responsibility for the damage …[there follow some provisos that are not relevant for present purposes].