“08:40 Calculated the dock’s tonnage at the moment for the dock’s draught 4.4m – 19320 t. Ordered to dock master to pump out ballast and to get the dock’s draught as 2.8m.”
“On the 26th of June during my morning watch it was advised from the drydock that damage control drills and testing of the system of pumping water in/out to/from ballasting tanks were started. On the 27th of June the master of the drydock advised that during the 26th June trainings on dock drainage and ballasting were held, that all the drydock's system are go whereat I made a short entry in the logbook. During the radio traffic between the commander of the expedition and the master of the drydock I heard that the drafts of 2.8 and 3.3. m under different conditions of ballasting were mentioned. In the logbook the entry of the draft of 3.3 m was made.”
“When on 10.7.2006 the stormy weather abated, in accordance with the Master’s order the crew under my guidance and with my participation mounted four guy-lines into the pontoon (steel line of 19mm thickness), welded angle bars on stanchions and breakwater, re-tightened guy lines with loads on the pontoon deck”
“The design maximum wave is determined according to the formula (which is then set out) [as] 5.58m The design maximum wave height during towage hd = 5.58m, which corresponds to scale 6 wave height of 3% probability. According to experience in towing constructions similar in type, the design maximum wave height hd is 2.0…3,5m which corresponds to scale 5 wave height of 3% probability”
“6.1. In conformity with design documentation, [the Dock] is permitted for tugging by sea at a wave height of h3% This signifies that 3% of the wave heights exceed this height = 7m… 6.1.3.In accordance with data in the present document, with consideration for the design ultimate bending moment, the maximum scale for waves is 6 at a wave height of h3% = 5.77m Considering the practice of towing such Docks, the designer considers it possible to allow [the Dock] for ocean tugging, limiting the maximum permissible wave scale to 5 at a wave height h3% = 2.0… 3.5m. To minimise the bending moment at midship on calm water, in conformity with the requirements of the Rules of the Shipping Register 2005 ….and the Dock trim, liquid ballast must be taken into ballast sections No 2 and No 19 in the amount of 286 tonnes and 363 tonnes respectively. For standing at anchor, to minimise the swaying surface the Dock’s draught must be increased to an amount of d=3.20m. This is achieved by additional use of liquid ballast in ballast sections No 2 and No 19 in the amount of 2*545-1090 tons and by using liquid ballast in ballast sections No4 of the port side and No 8 of the starboard side in the amount of 631 tonnes and No 13 of the port side and No 17 of the starboard side in the amount of 805 tons… 6.2.2 In conformity with design documentation the seaworthiness of the Dock in sea waves in condition of lack of slamming is ensured in the range dtow= 2.4 …3.75m. The present tugging is carried out with a draught of dtow=2.79m which ensures fulfilment of the necessary requirements”
“- Warranted Dock classed with and remain in the register of Russian Maritime Register of shipping classification society and all rules and requirements of the classification society complied with. - Warranted the towage plan must be inspected and approved by a Classification Society of IACS (International Association of Classification Society).”
“Towage plan: as per Certificate No. T-833438 and T-892546 issued by Global Marine Bureau Inc”
“18. — Disclosure by assured. (1) Subject to the provisions of this section, the assured must disclose to the insurer, before the contract is concluded, every material circumstance which is known to the assured, and the assured is deemed to know every circumstance which, in the ordinary course of business, ought to be known by him. If the assured fails to make such disclosure, the insurer may avoid the contract. (2) Every circumstance is material which would influence the judgment of a prudent insurer in fixing the premium, or determining whether he will take the risk. (3) In the absence of inquiry the following circumstances need not be disclosed, namely:— (a) Any circumstance which diminishes the risk; (b) Any circumstance which is known or presumed to be known to the insurer. The insurer is presumed to know matters of common notoriety or knowledge, and matters which an insurer in the ordinary course of his business, as such, ought to know; (c) Any circumstance as to which information is waived by the insurer; (d) Any circumstance which it is superfluous to disclose by reason of any express or implied warranty. (4) Whether any particular circumstance, which is not disclosed, be material or not is, in each case, a question of fact. (5) The term “circumstance” includes any communication made to, or information received by, the assured.” (1) Subject to the provisions of this section, the assured must disclose to the insurer, before the contract is concluded, every material circumstance which is known to the assured, and the assured is deemed to know every circumstance which, in the ordinary course of business, ought to be known by him. If the assured fails to make such disclosure, the insurer may avoid the contract. (2) Every circumstance is material which would influence the judgment of a prudent insurer in fixing the premium, or determining whether he will take the risk. (3) In the absence of inquiry the following circumstances need not be disclosed, namely:— (a) Any circumstance which diminishes the risk; (b) Any circumstance which is known or presumed to be known to the insurer. The insurer is presumed to know matters of common notoriety or knowledge, and matters which an insurer in the ordinary course of his business, as such, ought to know; (c) Any circumstance as to which information is waived by the insurer; (d) Any circumstance which it is superfluous to disclose by reason of any express or implied warranty. (4) Whether any particular circumstance, which is not disclosed, be material or not is, in each case, a question of fact. (5) The term “circumstance” includes any communication made to, or information received by, the assured.”
“Q. Mr Minh, the reason that you were prepared to proceed on this basis was because you were relying upon an independent classification society to inspect and approve the towage plan on your behalf? A. My Lord, there’s something very understandable, that in our business we have to seek the expert advice when we need it. And in this case, I think all of you can agree that the IACS…is one of the highest classifications societies in the world, which is including the most famous expert and the highest standard for sea classification. So if the towage plan had been ratified and approved by them, then we see no reason why we should not accept. Q Exactly, THE WITNESS: No, No A To be more correct, we want to use the expert views from the experts of the IACS to help us find out what is the true proposal that we can go forward. And after that, we can discuss on that proposal in further stages. So I mean, by asking them to grant the inspection and approval from IACS, for their towage plan, we want to make sure that the towage plan had been designed to a high standard and is acceptable”. ”
“were obviously not relying on what the insured did or did not disclose to them in this respect because they required both a towage approval survey and condition survey ….the warranty of the condition survey rendered it superfluous to disclose matters which would be found and, if necessary dealt with by way of recommendation”
“Where the policy relates to a voyage which is performed in different stages, during which the ship requires different kinds of or further preparation or equipment, there is an implied warranty that at the commencement of each stage the ship is seaworthy in respect of such preparation or equipment for the purposes of that stage”. 3. Pursuant to s 39 (4) of the Act, a ship is deemed to be seaworthy if she is reasonably fit in all respects to encounter the ordinary perils of the seas of the adventure insured. 4. Thus, a ship will be deemed seaworthy if she is in a reasonably fit state as to repairs, equipment, crew and all other respects to encounter the ordinary perils of the voyage insured at the time of sailing on it Arnould (above) 20-02. The implied warranty of seaworthiness is not continuing - Arnould (above) 20-05. . 5. The inclusion of classification clauses in insurance policies is generally seen as a move towards ensuring improved standards of seaworthiness Arnould (above) 20-02. . Thus, it should follow that the fact that a vessel was in Class at the time of sailing on the voyage is of significant weight (albeit, of course, not determinative) when considering whether she was seaworthy, particularly where the vessel has been surveyed and approved by Class shortly before sailing. 6. By reason of the ‘doctrine of stages’ it is sufficient if the ship is seaworthy for some definite, well recognised and separate stage of the voyage, even though some work, or change, to the vessel, her equipment, supplies or crew is required before she is fit for a second or later stage of the voyage Arnould (above) 20-09 to 20-10. . Different parts of a sea voyage can be separated into distinct stages Arnould (above) 20-11, The Vortigern[1899] P 140 and Quebec Maritime Ins. Co v. Commercial Bank [1870 LR 3 PC 234. . Indeed, in many cases the circumstances of the voyage are such that it will be necessary to introduce an intermediate stage before the commencement of the open sea voyage Cooke et al, Voyage Charters 11.49. . 7. Seaworthiness is “relative to the nature of the ship”
“It is very difficult indeed to give any definition of seaworthiness as applied to a structure like this, which is not properly a vessel at all, though it might be called one in a legal sense. But nobody supposes that a structure of this kind could sustain the perils of the sea which a ship ought to be able to sustain; and I should think that nobody imagines that such a vessel on being sent to sea is safe and seaworthy in the same sense as a tramp steamer or an Atlantic liner.”
“of the additional rope or cable fastening .. of the bow pontoon (additional to the Project of delivery of floating Dock No 7 approved by you) which is developed by designers by …[Dal’zavod] in accordance with the requirements of representatives of buyer and towing company”
“the pontoon shifted to port side by 5 cm and in direction of stern by 5-7 cm, but that time the pontoon was fixed by side guy lines. We reported about that to our flagship and they, in their turn, reported to towage headquarters. On July 10 we received recommendations from our headquarters to rig additional guy-lines, By that time we had already rigged 4 additional guy-lines, they were fastened to hawses and deck eyebolts in order to reduce the angel and press the pontoon on the deck. That time our welder repaired fastening line fixed to manger board….”
“On9th July 2006 , during the storm, the wave which hit the ship-way dock tore off the reinforcement of the bow pontoon which attached it to the breakwater (four braces). The bow or forward longitudinal rope lashings were torn off”
“On 9 July our tow passed via typhoon “EWENIAR” …As a result of the action of north-eastern wind and roughness about 3.5 m where broken some cross-arms of pontoon lashing on the dock. The crew of the dock No 7 restored lashing and installed 4 additional steel rope guy on the bow part of the pontoon”
“1 All 4 stanchions of fore pontoon fastening torn 2 Pontoon shifted from its place 4 Pontoon leaks in 7 places, cause of leakages – corrosion wear 15 2 holes in drain pipes of main ballast repaired 16 3 glands packed into main ballast pump 17 We suspect overflow between main ballast systems 18 Gate valve port side closes not fully”
“1 Additional fastenings of fore pontoon welded. 2 longitudinal wires additionally rigged and fastened to manger board. 2 Pontoon shifted to port side by 15cm and to stern by 10cm with skew to port side 6. Item 18 – ingress of sea water into ballast compartments Nos 3,4,18. Cause of ingress – weak slide valves of de-watering and ballast pumps. Perform continuous check of water level and pumping out as necessary 7. Stormy weather conditions, sea water on pontoon deck, leakage of seawater into ballast compartment Nos 9.10. Probably through manholes of ballast compartments located under floating Workshop 8. In engine room: repair of holes periodically appearing in fire main, scuppers of pontoon deck, renewal of sealing glands of ME cooling pumps, compressors, gate valves and pumps of ballast system. 9. Concreting of dents of pontoon deck.”
“1 …..Early in the morning on July 10th 2006 I have actually reported to the Chief of Expedition that the divergence with a typhoon EVENIAR has passed as a whole safely, and the small damages received as a result of a storm will be eliminated. The permanent monitoring of water in the tanks through sounding pipes and trial test pumping out of water from the tanks by bilge pumps during July 9-10 have shown that ingress of seawater in ballast tanks and dry compartments were not occurred. Ballast pumps during this period were not used at all. Moreover it could not be any discussion of the flow of water in tanks 10-12 July when the weather was normal and the crew safely removes the consequences of storm on July 9 (paragraph 6 of the telex of Mr Parshintsev dated 12.07.2006). But I really had been stated to the Chief of expedition about my suspicion for small leaks through glands of the sluice valves of the ballast system or bulkhead glands, and also intentions to check up all suspicions after the storm. Duties of crew include check of a condition of all systems of the dock after a storm. 2. Between 10-11 July dock crew had completed work on the restoration of the bow pontoon’s fastening which were damaged by waves, additional cable brace of the pontoon has been provided on the recommendation of the Chief of the expedition, other damages or defects identified after the storm were eliminated. It was removed several flaws in the fire main The translation attached to Mr Barker’s supplementary report uses the expression “flute cracks” which Mr Barker interpreted as pin hole or flute hole like cracks. , scuppers were cleaned, we have started checking of the glands of sluice valves and bulkhead glands in the tanks This appears to be a reference to a gland of some sort tightening up the steel pipe as it goes through the bulkhead. that to remove the suspicion of possible leakage of water through these glands. The gland’s nuts and studs were pressed out where it is need. At the same time I declare that no any sealing glands In the Barker report translation the reference is to “stuffing boxes”, a form of gland which works by keeping grease under pressure to stop water coming out. of the ballast pumps, cooling pumps of diesel generator and compressors were not replaced, as specified in the telex of the chief of expedition Mr Parshintsev on the 12.07.2006. All pumps were in good condition, any flaws in scuppers of the ship-way deck have been not eliminating also. I have reported to the Chief of expedition by radio in the evening on July 11 about the executed works and that next day on July 12 we shall continue checking of some elements of ballast bilge system of the dock and carry out repair and maintenance works as required. According to the instruction of the ship-owner, provided before departure dock from Vladivostok, the crew continued the concreting of dents on the surface of ship-way deck that were made at the time of the dock’s repair in Vladivostok or during of its previous operation. …. 3 During the 12 July crew dock surveyed several tanks and sluice valves of the ballast system and the piping of ballast-bilge system, glands of the sluice valves and bulkhead valves were pressed out, flange couplings of piping were tightened. No serious damages have been detected. We have carried out test of the ballast-bilge system once again with taking up of the ballast into the tanks and pumping it out, tank’s stripping – all equipment worked in normal mode. Any cross-flows or leaking of water in the sluice valves and bulkhead glands were not found. Results of the tests were reported to the Chief of Expedition on evening of July 13. The necessary records about all operations and actions of the crew were made in the ship; log of the dock. 4 As to reports and the information of the Chief of Expedition, basically they correspond to the taken place facts during the specified period on July 9-12 2006 but in view of my amendments and remarks made in this note.”