1.1 Oils in 200-litre Drums There were total of thirty-eight (38) 200-litre drums kept in the rear extension, Stores 3 and 4, as shown in Figure 1 (also see Photographs 1 - 6). The drums had been arbitrary designated/labelled as A1 - A16, B1 - B5, C1 - C7, D1 - D8 and E1 - E2 (refer Figure 1). We collected samples of the liquid/remains from each drums. Examination of each drums revealed the following. [156] Unfortunately, apart from identifying the drums by labels, there were no photographs of these 38 drums produced before this Court for visual verification. [157] In any case, even assuming for a moment that there were in fact 38 drums as contended by DW-4, it must be noted that the assessment and measurements of the volume of liquid in the drums were only conducted 27.9.2012 and 5.10.2012, some 53 days after the fire broke out on 5.8.2012. In this regard, DW-4 acknowledged that those drums (however many they were) were left exposed to the elements and contaminants. This much was admitted by DW-4 as follows: These drums were in fact left exposed for about two months after the fire? Yes S/N E9Xd0bP2u0el6DNndbxm8g And the roof around most of these areas were not there, allowed rain water and other things to come in? Yes. Correct. So, but you recognised that there is a possibility that other liquids can be present in these drums? You mean water? Yes. Yes, is possible. Possible, ok. We don't know. Yes because nobody actually did that process to take out the contents. [158] The possibility of contamination notwithstanding, there is also no available means placed before this Court for anyone to verify if the measurements taken by DW-4 using the custom-made dip-stick with the multimeter were accurately taken and computed. More specifically, the readings of the multimeter taken before and during or after the measurements were never produced before this Court at all. Also, the accuracy of the dip-stick device depends very much on whether the same was properly inserted right to the bottom of the drums. Again, there is no evidence that this was properly done at all times save for the say-so by DW-4. So, would you agree that it is possible in a drum, where you have oil and water, it will depend how deep or shallow you push the device into as to whether you will get one reading or the other. You agree? The device will go to the bottom. Sorry? JUDGE The device will go to the bottom? Yes. S/N E9Xd0bP2u0el6DNndbxm8g JUDGE Yes, Mr Tharminder. So, the device is touching the bottom, Mr Yu? We know that if anything, it will be, water will be at the bottom. So, that's why I put the device going into the bottom. So, if there is water inside. then it will give a reading. If it gives zero reading, so that means the liquid is non-conductive. [159] In fact, during cross examination DW-4 also conceded that because the probes could also touch the metal drum, there is a possibility that it would be testing the conductivity of the metal drums and not as intended to test the type of liquid inside the drum. Right. Now, would you agree that what you were testing were actually metal drums? Yes. So, if you put the device to the bottom and the device, the probes are touching the metal, they are going to conduct, isn't it? Because you have a completed circuit. Yes. But - [160] In short, it has not been satisfactorily demonstrated to this Court that the dip-stick device deployed by DW-4 to measure the quantity of oil in the drums was indeed a reliable device at all. Indeed, there is no evidence that the dip-stick device has been accepted anywhere or by established authorities as a reliable and proven method to obtain measurements of the quantity of oils in the drums as in this particular case. [161] Quite apart from the above, there is yet a further issue wit computation of the volume of oils in the drums. FSM claims to have S/N E9Xd0bP2u0el6DNndbxm8g relied on a formula set out in an unidentified online portal for the measurement of the volume of the liquids found within the horizontally-placed drums: Calculation of the volume of a partially filled horizontal drum is more complicated, as it involves the calculation of an area of a circular segment multiple by the length of the drum. There are many online websites detailing the calculation of partially filled horizontal cylinder drum/tank, and also online calculators to calculate the volume of liquids inside the partially filled horizontal drum/tank. An example is; https://www.hagra.nl/glossary/convertors/horizontal-tank-volume-calculator.html. Yet, the formula for the measurement of the horizontally-placed evidence. There is also no verification of the appropriateness or otherwise of the formula used. [162] Further, during cross examination of DW-4, he accepted that some of the drums found at Lot 53 were clearly distorted post-fire and were no longer in their original shape. Quite obviously, the formula used by DW-4 to calculate the volume of liquids in the drums assumes that the drums were in their original perfect condition. Whether the formula can still be relied upon in cases where the drums are no longer in their original form has in fact been put in doubt. In fact, DW-the fixed formula cannot be applied in the present case given the fact that the drums were no longer in its original shape and ultimately, S/N E9Xd0bP2u0el6DNndbxm8g would have bearing to the so-called total volume of liquid. For completeness, DW-Now, would you agree if that's the case, you won't have a consistent circumference to apply a formula to calculate the volume? Yes. Because the formula is on the assumption that the circumference will remain the same for the entire part of the container or whatever it is that you are measuring to get the volume for, correct? Repeat that again? That the formula that you apply for this vertical ground, the formula requires the circumference to be consistent throughout, yes? Yes, circumference, rather diameter. Yes, diameter, to be consistent. So when you have a bowl shape, Ms Ling, the formula can no longer apply because the diameter is no longer consistent. The diameter is going to reduce as it comes. In actuality, yes. [163] The cumulative effect of the aforesaid is that the suitability of the methodology comprising the use of the dip-stick with the use of the mathematical formula relied upon by FSM to determine the volume of liquids in the drums is suspect and wholly unreliable. No evidence was tendered to this Court to inform that the methodology employed is in fact an approved method of measurement by any authorities. Neither is the Court informed of any required steps and or care that must be taken in handling the dip-stick and multimeter to avoid any wrong readings or contaminations. S/N E9Xd0bP2u0el6DNndbxm8g [164] In this regard, it is not insignificant that DW-4 in fact conceded that this entire process of determining the actual volume of liquids in the drums could have been done using measuring bucket instead of the convoluted arithmetic approach adopted by FSM. DW-concession during cross examination is reproduced below: So, now, you, when it came to measuring, Mr Yu, yes, do you agree that you decided to take an arithmetic approach rather than actually measuring the volume? JUDGE Can you explain that? I don't understand. Yes, My Lord. What Mr Yu did was he took that ruler, stuck it into the ground and it gives you the height of the liquid that is in. He then applies a formula to calculate the volume. JUDGE Yes. As opposed to? As opposed to actually putting the liquid in a measuring bucket or some sort to measure actual volume. JUDGE Yes alright. Mr Yu, am I right? Yes. [165] In the premises, it is the judgment of this Court that the insurers have not discharged their burden of proof that the Warranty has been breached. The conclusion that there was at least 3,779 litres is simply unreliable and as a result is not established at all. There is no further need to even consider the second limb to the warranty, namely, that the flash point of the liquids shall not be less than 93ºC. [166] The 2nd Question is therefore answered in the negative. S/N E9Xd0bP2u0el6DNndbxm8g Conclusions [167] In the light of the aforesaid, to avoid any doubt, I hereby set out before this Court for determination: a) as regard the 1st Question, namely, whether the fire that broke out at Lot 53 was accidental or deliberately caused, this Court finds that the fire was accidental and not deliberately caused; b) as regard the 2nd Question, namely, whether SPA was in breach of the Storage of Hazardous Goods Warranty A of the Schedule to the Insurance Policy which restricts the storage to 3600 litres of all liquids including kerosene oil and diesel giving off flammable vapour with flash point not less than 93 °C, this Court finds that the Warranty has not been breached by SPA. As such, MSIG is not entitled to avoid liability pursuant to the Warranty. [168] As both the 1st Question and the 2nd Question have been answered in favour of the Plaintiffs, it is only just that the costs for the trial be borne and paid for by the insurers in the sum of RM 200,000.00 subject to the payment of allocator in the following apportionment: a) in respect of Suit 541, 542 and 543, costs of RM 30,000.00 each subject to allocator; b) in respect of Suit 329 and 330, costs of RM 55,000.00 each subject to allocator. S/N E9Xd0bP2u0el6DNndbxm8g Dated the 14th day of March 2025 ONG CHEE KWAN Judge of the High Court of Malaya High Court of Kuala Lumpur, NCC2 & Admiralty Counsel: