The evidence of Mr Carey McMahon
61 In the liability judgment, the Court noted the following aspects of the evidence of Mr Carey McMahon, the owner and managing director of the applicant:
11 Mr Carey McMahon is the Managing Director of the applicant. He is also the beneficial holder of the relevant shares in the applicant company. Mr McMahon says that he acquired the shares in the company in 2005. He says that he has been the Managing Director since 2005. Mr McMahon says that the applicant has more than 30 years' experience in "supplying food processing equipment" and "engineering design services" to food manufacturing companies.
12 So far as the dairy industry is concerned, dairy farmers have a major interest in ensuring that the volume of milk collected each day from their on-farm collection tanks by bulk tanker operators who go from farm to farm, is measured as accurately as possible (with great precision). The quantum of their revenues from the processors depends, in part at least, upon accurate measurement of the volumes collected at the farm gate and the accurate measuring of the volume of milk transferred to the receiving tanks of the processor.
13 The processor also has a vital interest in ensuring that an accurate measure occurs of the volume of milk transferred from the road bulk tanker to the processor through use of a reliable milk flowmetering system, device or instrument. The measuring system, device or instrument must give the producer and the processor confidence about the precise measure of the volume of milk transferred (in a way which takes account of factors such as aeration, bubbles in the fluid etc).
14 Mr McMahon describes this imperative of accuracy in this way at para 7 of his affidavit:
Specifically in the Australian dairy industry, the use of trade approved technology to measure the volume of milk collected from farms across Australia on a daily basis provides both the farmer and the dairy processing companies with a robust and equitable system for payment for the milk by the daily processor to the farmer. The NMI Approval certifies that the flowmetering technology that bears the NMI Approval number meets the accepted standards of accuracy and complies with the approved system design.
15 The reference to the "NMI Approval" in para 7 of the affidavit is a reference to, as Mr McMahon describes it, a "Flow Metering and Data Acquisition System" for the daily measuring of milk collected by bulk tankers from Australian dairy farmers, approved for "trade use" by the National Measurement Institute ("NMI") which is a Division of the Department of Industry, Innovation and Science. As to the NMI, Mr McMahon says that it is the peak body responsible for trade measurement and as to trade measurement, Mr McMahon understands that term to refer to all transactions in which the price of commodities or goods is based on measurement of quantity and quality. He understands that the primary purpose of the trade measurement system in Australia is to ensure that the pricing of traded goods is based on accurate measurement: para 5, McMahon affidavit, 26 July 2017.
62 At para 9 of his first affidavit, Mr McMahon sets out a list of companies active in various sectors of the dairy industry which (among others) are customers of the applicant, including Fonterra Limited, Murray Goulburn Co-operative Co Limited and Parmalat Australia Pty Ltd.
63 In the liability judgment, extensive reference is made to the objects of the NMA (as defined at [12] of these reasons) and the statutory mechanism adopted by the NMA and the Regulations made under the NMA, relevant to milk flowmetering systems and the Approval of the "suitability of the pattern" of the relevant instrument for use in trade resulting in the "Approval" in issue in these proceedings: see [17] to [47] of the liability judgment (Court Book ("CB) 395).
64 For present purposes, it is sufficient to note these matters. The NMA and Regulations establish a national system of units and standards of measurement of physical quantities and provides for a national system of trade measurement.
65 As noted at [22] of the liability judgment, units of measurement of physical quantities must be accurately assessed, recorded or realised as and when deployed (especially in trade settings) by properly calibrated instruments, devices or measuring systems, as a true measure of the extent of, for example, elapsed time, distance travelled or the volume of a fluid flowing (in litres or millilitres or otherwise) from, for example, one vessel to another. To that end, the Act provides for the adoption of standards of measurement for each unit of measurement of a physical quantity or one or more known values of a physical quantity. It establishes a procedure for the certification of measuring instruments by a "certifying authority" and a procedure for applying for approval of the "pattern" of a "measuring instrument" and the approval of such a pattern by an "approving authority". It also provides for test procedures for testing the accuracy of measuring instruments. It also establishes a verification process for ensuring that measuring instruments operate accurately. It is now necessary to identify some features of the statutory mechanism.
66 Under the regime, an application may be made to the relevant certifying authority for certification of a measuring instrument submitted for use in trade. If certified, a Certificate of Approval must issue to the applicant for the approval and a copy may be issued to anyone else the relevant authority considers should be given a copy.
67 Regulation 58 provides that applications may be made for approval of the pattern of a measuring instrument. The pattern is sometimes described in the literature as the "design" for the measuring instrument although that term is not used in the NMA or Regulations. For a measuring instrument to be certified it must have an "approved pattern" and "bear a mark that identifies" the particular instrument: Regs 37(5)(a) and (b).
68 Regulation 60 is in these terms:
60 Approval of patterns of measuring instruments
(1) On application under regulation 58, the approving authority:
(a) may, on payment of any relevant fee, examine the pattern of a measuring instrument; and
(b) may approve the pattern of a measuring instrument by certifying that the instrument is suitable for use for trade or as a legal measuring instrument; and
(c) if the pattern of the measuring instrument is approved - must issue a certificate of approval to the applicant; and
(d) may issue a copy of the certificate to anyone else whom the authority considers should be given the copy.
…
(4) Approval of the pattern of a measuring instrument is subject to:
(a) a condition that a measuring instrument on which the number of the approved pattern is marked must comply with the pattern and any other condition to which the approval is subject; and
(b) any other condition stated in the certificate of approval.
Note: Regulation 90AA relates to certificates of approval of the patterns of measuring instruments issued before 1 July 2004. [As to the note, the Certificate of Approval relevant to these proceedings was not issued prior to 1 July 2004].
[emphasis added]
69 At [47] of the liability judgment, the Court noted these matters:
47 The NMI has established a Pattern Approval Laboratory for undertaking the testing of measuring instruments and other measuring systems. The administrative arrangements for applying for approval of a pattern are set out in a document described as NMI P 106; Approval and Certification Procedures for Measuring Instruments Suitable for Use for Trade and Other Legal Purposes ("NMI P 106"). That document contemplates that particular instruments and measuring systems will be examined and approved (or not) according to particular standards, some of which are based on international standards. The NMI is an issuing and approval authority for a category of measuring instruments described as "measuring systems for liquids other than water". A document described as NMI R 117; Measuring Systems for Liquids Other than Water ("NMI R 117") specifies the mandatory metrological and technical requirements for the pattern approval of such a system. It is not necessary to examine in these reasons the detail of that document. NMI P 106 says that a certificate of approval as issued recites the approval together with any conditions of the approval; a technical schedule; and a test procedure which specifies the tests to be performed for verification or certification of instruments conforming to the pattern: NMI P 106, Part 4.
70 As to the Certificate of Approval issued to the applicant (CB 395), the Court noted the following matters at [48] and [49] of the liability judgment:
48 In 2004, the applicant obtained an approval issued by the Chief Metrologist for an "instrument" described as a: "Diessel Model IZM-E DN50 G2 Milk Flowmetering System" (the "descriptor"). The certificate of approval was issued on 24 December 2004. There were then 10 variations to the approval between 13 November 2006 and 2 December 2014. The approval, the subject of these proceedings, is Variant 10, although the Certificate of Approval is described as "Rev [Revision] 11" because Rev 10 was the provisional approval of Variant 10 (with an interim certificate issued on 3 October 2014) and Rev 11 was the approval (final approval) of Variant 10 (with the certificate issuing on 2 December 2014). As mentioned earlier, the certificate of approval number is No 5/6E/13A. It approves, for use for trade, "the instruments" under the descriptor earlier mentioned. The certificate recites that instruments by that descriptor (and the application) were submitted by the applicant to the NMI. The subject matter of the approval is recited prominently on p 1 of the certificate in these terms:
NOTE: This Certificate relates to the suitability of the pattern of the instrument for use for trade only in respect of its metrological characteristics. This Certificate does not constitute or imply any guarantee of compliance by the manufacturer or any other person with any requirements regarding safety.
This approval has been granted with reference to document NMI R 117 Measuring Systems for Liquids Other than Water, dated June 2011.
This approval becomes subject to review on 1/01/18, and then every 5 years thereafter.
[emphasis added]
49 Page 2 of the certificate recites the Conditions of Approval. The text is in these terms:
CONDITIONS OF APPROVAL
General
Instruments purporting to comply with this approval shall be marked with pattern approval number 'NMI 5/6E/13A' and only by persons authorised by the submittor.
It is the submittor's responsibility to ensure that all instruments marked with this approval number are constructed as described in the documentation lodged with the National Measurement Institute (NMI) and with the relevant Certificate of Approval and Technical Schedule. Failure to comply with this Condition may attract penalties under Section 19B of the National Measurement Act and may result in cancellation or withdrawal of the approval, in accordance with document NMI P 106.
Auxiliary devices used with this instrument shall comply with the requirements of General Supplementary Certificates No S1/0/A or No S1/0B.
Signed by a person authorised by the Chief Metrologist
to exercise their powers under Regulation 60 of the
National Measurement Regulations 1999.
[emphasis added]
71 It is not necessary in these reasons to set out the detail of each variant (or the technical specifications) commencing with Variant 1, CB 395, and the amended Table 1 through to the approval of Variant 10. The Certificate is concerned with certifying (according to its terms read in conjunction with the "Document History") the suitability of the pattern for the instrument for use in measuring accurately (according to the technical specifications recited in the Certificate) liquid (milk) flows (by reference to Document NMI R 117, Measuring Systems for Liquids Other than Water, dated June 2011).
72 There can be no serious doubt that for dairy farmers and milk processors the accurate measuring of the volume of milk collected from a dairy farm (and related statistics such as the temperature of the milk, the journey time of the truck to the processor and other matters) and transferred to the processor is a critical matter. From the perspective of the processor, it is equally clear that accuracy in measurement of milk flows by those entities wishing to supply bulk milk collection and haulage services to the processors was and is a critical matter. So too is the question of whether the bulk milk haulage service provider was and is accredited in terms of the regime established under the NMA and Regulations for the use of instruments which in all respects complied with the regime and any applicable approval. I will return to the evidence on those matters later in these reasons but, for present purposes, it should be noted that Mr Jensen and Mr Wastell (and to a lesser degree, Mr Robertson) accepted that accreditation and compliance with the regime established under the NMA and Regulations so far as it relates to the important matter of the accurate measurement of milk flows, was, at the times relevant to these proceedings (and, no doubt, now), a matter of very significant concern to the processors in the trade dealings of the respondents in offering to supply, and in supplying under contracts, milk haulage services.
73 Returning to aspects of Mr McMahon's evidence, he says that in the period from 2001 to his acquisition of the applicant in 2004/2005, he was involved in software development both in Australia and the United States. That matter is relevant because Mr McMahon has direct experience in aspects of software development. He says that the applicant has sold flowmetering systems with operating software described as the MobiCom system manufactured by a Danish company, Poul Tarp A/S since 2001. He says that on 1 June 2017, the applicant entered into an exclusive distribution agreement with that company in relation to flowmetering equipment systems for trucks and tankers used in the dairy industry. In Mr McMahon's fourth affidavit sworn 13 February 2020, he further explains the reference to the term "DME" in the Approval, and the reference to "MTC". He says this at paras 2 to 5 of that affidavit:
2. I refer to paragraphs 12 to 19 of my First Affidavit. On 24 December 2004, Flogineering was granted a Certificate of Approval from the National Measurements Institute (NMI) under the National Measurements Act 1960 (Act) for the Diessel model IZM-E DN50 G2 Milk Flowmetering System (Instrument), namely an electromagnetic flowmeter approved for measuring milk collected from a milk tank, Approval No 5/6E/13A (Pattern Approval Number).
3. As stated in paragraph 15 of my First Affidavit and paragraphs 2-5 of my third affidavit, originally, Flogineering was granted two approvals from NMI; one for the Diessel system referred to above and another for the Mobicom system. The Mobicom system, which is also known as a DME system, was originally developed by DME (Dansk Mejeri Elektronik A/S, which I understand was acquired by Poul Tarp A/S) (Poul Tarp) whose approval was assigned Pattern Approval Number S393. It is no longer known as DME but now known as Mobicom. I refer to paragraphs 10 and 11 of my First Affidavit in relation to the Applicant's relationship with Poul Tarp. Approval Number S393 was subsequently included in the Certificate of Approval 5/6E/13A.
4. Poul Tarp A/S continues to manufacture both the Mobicom and S1 computer systems. These are proprietary systems that will send data to the Poul Tarp A/S software application known as Milk Transport Computer (MTC).
5. The MTC allows Dairy Processing companies and Milk Haulage companies to access data from flowmetering systems using Mobicom and S12 computer systems. This is the only method of extracting the data from the Mobicom or S12 computers. Once a company installs MTC software they cannot simply buy a competitor's computer as MTC as it will only receive data from a Mobicom or S12.
74 As to the question of whether there was an alternative milk flowmetering system available for installation on the tankers of the respondents on the dates nominated in Schedule 1 to Declaration 1 (and also Tanker 137 on 16 June 2011), which had the benefit of an NMI "pattern approval" and a corresponding "Certificate of Approval", Mr McMahon says this. The NMI issues a new Certificate (and Technical Schedule) for each variant to the terms of an approval. A schedule on NMI's website sets out the history and currency of such "Alimentry Product Flowmeters" (which includes milk sub-category 5/6E). Mr McMahon annexes a copy of the NMI webpage on the website of the Department of Industry, Innovation and Science ("CM-32") setting out a chronological schedule of the history of approvals (and variants) and those that were current, cancelled or had expired as at 12 December 2019.
75 Of the 23 Certificates of Approval in the schedule, 15 Certificates had either expired or had been cancelled as at 12 December 2019. Two Certificates relate to beer flowmetering systems and, based on Mr McMahon's knowledge of the industry, three Certificates concern instruments not offered for sale in Australia. At para 13 of Mr McMahon's fourth affidavit, he sets out the details of the milk flowmetering approvals that, to Mr McMahon's knowledge, remained current during the period of the schedule. He says the following things.
76 Approval 5/6E/13A "Diessel Model IZM-E DN5 G2" both interim and final were current and issued to the applicant.
77 Approval 5/6E/15 "THS Model PIPER-PD340-C76 Milk Flowmetering System" was current although it is not clear from the affidavit which entity held the approval but presumably it was the THS entity.
78 Approvals 5/6E/17, 5/6E/19 and 5/6E/20 are each an approval granted for a Milk Flowmetering System to, respectively, Bartec Benk GMbH (a German company), ACSE Limited and Fonterra Co operative Group Limited (both New Zealand companies). Mr McMahon says that based on his knowledge of the industry none of these three systems have been sold in Australia.
79 Approval 5/6E/23 "Smarta Industrial Model MC104 Vehicle-Mounted Milk Flowmetering System" was current (the "Smarta model").
80 Thus, Mr McMahon accepts that the THS-Piper model and the Smarta model were current during the period of the search and current as from the relevant date of approval.
81 As to the THS-Piper model, it was approved on an interim basis on 2 December 2010 and the final approval was issued on 10 December 2010. Mr McMahon says that it is a "basic model" and "not comparable" to the applicant's Instrument. Mr McMahon says that it does not provide the same level of data detail to the purchaser of bulk milk concerning "milk and fleet management activity, such as the speed that trucks are being driven or their location". Mr McMahon says that the Certificate recites (at p 5, para 1.2(ix)) that the THS-Piper model uses "version M4 software or equivalent" which Mr McMahon says is not "compatible with MTC".
82 In his oral evidence, Mr McMahon was taken by counsel for the respondents to his description of the THS-Piper model as a "basic model and not comparable" to the Flogineering Instrument for the reasons he identified in his affidavit at para 16 (a lower level of data detail etc as described above). Mr McMahon explained that in describing it as a non-comparable basic model, he was referring to the capability of the applicant's software to use GPS tracking to produce a report showing where each truck (tanker) had been at any particular time at two minute intervals. Mr McMahon gave evidence that the GPS facility used in the THS-Piper model allowed the system to identify the supplier (dairy farm) at the time of collection by the tanker but provided no capability (at the date of his affidavit, 13 February 2020) of producing a report that tracked any particular truck (tanker) over a particular period of time. That was said to be important because drivers of trucks with a tanker load of milk had been known to go and do other things in the middle of a shift. Mr McMahon accepted that a milk haulage company might have their own on-board systems for monitoring driver movements and the tracking advantage in the applicant's system was of benefit particularly to the haulage contractor and not necessarily the processor (except where the processor was the owner of the fleet).
83 At para 35 of his fourth affidavit (mistakenly numbered para 13 at CB 979), Mr McMahon says that if a customer decided to change its flowmetering system from a system within the applicant's Approval to a THS-Piper model (or for that matter a Smarta model) the customer would also need to purchase remote application software unique to that instrument which, he says, would be a "huge expense" for that customer. Mr McMahon says that "once a customer has made a decision to implement a Mobicom system together with the MTC Application, it is likely they will continue using the Mobicom System (and purchase a new one where required) rather than replacing the system and, in turn, the Applicant would continue to make a profit on annual servicing fees".
84 The suggestion was put to Mr McMahon by counsel for the respondents that it would not be a huge expense for the customer to purchase remote application software unique to the relevant alternative model. No evidence, however, of any particular software supply costs or prices were put to Mr McMahon for his comment when he asked on what basis was the suggestion being put to him. He was simply asked to comment on the suggestion. In doing so, he observed that in the evidence of Mr Jensen (Exhibit "TJ-1" at CB 1851), there is a copy of an invoice issued by Transport Hydraulic Solutions Pty Ltd ("THS") addressed to Peter Stoitse Transport Pty Ltd (the "invoice") dated 30 November 2019. That invoice shows a "Piper Data Management Charge" of $46.80 per unit per month and a GPS Monitoring fee of $6.00 per unit per month which in the case of the 73 trucks recited on the invoice (including GST) amounted to $55.08 per unit. The Piper Data Management Charge (the software charge) for 73 vehicles including GST would be $51.48 multiplied by 73 amounting to $3,758.04 (by simply applying the information on the face of the invoice). Mr McMahon gave evidence of his annualised calculation based on the information on the face of the invoice as applied to 54 vehicles operated by the respondents of, in effect, 54 vehicles multiplied by $51.48 multiplied by 12 months amounting to $33,359.04 or as Mr McMahon put it, "$34,000". Mr McMahon says that the applicant's equivalent charge annually for 54 vehicles is $14,000.00 on the basis of which he said, "[s]o it seems like a significant increase to me, and the other point is that, over the course of the time that Blu Logistics had MTC, they invested thousands of dollars in developing software in MTC which, to replicate that in the Piper system, would have been a significant cost".
85 Mr McMahon said that he was assuming that the THS-Piper charge in the invoice is accurate and correct and although he had no independent knowledge of the THS charges, he had no reason to believe that the charge recited in the invoice was incorrect.
86 The proposition was put to Mr McMahon that there was no obligation on a customer (using the THS-Piper model) "to purchase the software" but rather "[t]here's an ongoing licence fee for Piper". Mr McMahon said that he had no independent knowledge of that.
87 As to the Smarta model, the period referred to in Schedule 1 to Declaration 1 is 20 January 2010 to 29 April 2017. Mr McMahon notes that the Smarta model was approved on 9 May 2017 and was not available for use in trade at any time prior to 9 May 2017. Mr McMahon says that based on the approvals issued by NMI, it is clear that if the respondents used, or intended to use, the MobiCom system, the only approval that could be applied to that system was the "Approval" issued to the applicant which could only be applied or affixed to flowmetering instruments "by persons authorised by the submittor" (Flogineering).
88 Mr McMahon says that there was no comparable instrument available to the respondents which could have been substituted for the applicant's instrument in measuring the volume of milk collected at the farm gate and the volume of milk transferred to the processor. That is said to be so due to the functionality limitations of the THS-Piper model and the relatively late approval of the Smarta model. Mr McMahon also makes the point about the transition costs.
89 Next, Mr McMahon in his evidence examines the documents produced by the respondents by way of disclosure and the documents produced by third parties under subpoena.
90 As to the question of disclosure of documents by the respondents, it should be noted that there was a significant interlocutory contest between the parties over disclosure: see [30] to [58] of the case theory judgment. The applicant had been seeking disclosure by the respondents of documents recording or otherwise evidencing any contract, agreement, arrangement or understanding between any of the respondents and another party such as a processor with respect to the haulage of milk. Apart from contesting the case theory on damages, the solicitors for the respondents asserted in correspondence that they were "instructed" that there were "no contracts or agreements between any of the respondents and dairies or milk processors for the transport of milk". Those instructions, as given, were incorrect. There were, not unsurprisingly, contracts or agreements between the respondents and milk processors. Mr Wastell had given evidence by affidavit on behalf of Blu Logistics and Wastell and Wadene of a call for tenders by Parmalat and thus his evidence and, of course, abiding common sense, suggested that as between industry participants such as milk processors and bulk milk haulage companies seeking to win bulk milk haulage contracts, there was likely to be contractual documents or other exchanges by letters, emails and orally (with probable relevant notes) evidencing a supply arrangement. It was likely that those documents would be relevant to the issue of reliance on the part of the processors. See [56] of the case theory judgment. Such documents were, in fact, in the possession and control of the respondents and they were produced in this separate question arising under s 236(1) of the ACL.
91 Having obtained the production of documents in the two ways just described (disclosure from the respondents and subpoenas to third parties), Mr McMahon says a number of things about the importance to the producers of accuracy in flowmeter measurement of milk which the applicant contends says something ultimately about the importance to the producers of the "Approval" having regard to the subject matter of it and the conditions of the approval. In other words, the applicant contends that there is a substantial body of fact about primary facts that support an inference going to the fact in issue, that is, the materiality of, and reliance on, the Approval in the context of the whole of the evidence of the dealings between the respondents and the processors such as Parmalat, Fonterra and others.
92 The first document, produced under subpoena addressed to Lactalis Australia Pty Ltd ("Lactalis", formerly Parmalat Australia Pty Ltd) is a proposal (CB 1105) put to Parmalat in response to a Request for Proposal, by the Jurss Group as described in the "Mission Statement" in the document. It emphasises that the Jurss Group (described as Jurss Transport, Jurss, Robertson and Wastell Transport) were the first operators of "DME and MTC Milk Metering Systems in Australia". The outline of the proposal is set out at [136] of these reasons. It also emphasises a capability through "DME metering systems" and GPS data tracking to enable efficient data transfer and effective "tanker volume control". Mr McMahon notes (at p 19 of the document, CB 1123) the references to the milk metering and data collection system as emphasised by the proponents. The DME Mobicom system and DME software is emphasised and so too is the fact that Jurss Transport operates that system in conjunction with the MTC software. The document explains that Jurss Transport had been conducting a trial on the DME MobiCom system and DME Software for the past two years. The document recites that Jurss Transport in conjunction with GB (from New Zealand) and DME in Denmark had worked together to develop software and hardware configurations for the Australian "Milk Collection Industry". It recites that Wastell is currently in the process of installing a trial unit to be running by June 2009. It recites that the "Metering System" has two main components made up of the MTC software (as extensively described at CB 1123) and the "DME MobiCom Milk Metering computer".
93 Other aspects of the document are mentioned in the course of discussing Mr Jensen's evidence.
94 The second document emphasised by Mr McMahon, discovered by the respondents, is a "Milk Cartage Agreement" dated 1 July 2009 between Jurss Group and Parmalat (CB 1156). Mr McMahon notes that the contract at cl 4.6 refers to a Zevodat device which is included within Approval 5/6E/13A issued to Flogineering. Aspects of the contract are taken up in the discussion of Mr Jensen's evidence, later in these reasons: see [144] and [145] of these reasons.
95 The third document, produced by Lactalis under subpoena, is a "Request For Proposal (RFP) Freight" concerning "Victorian Raw Milk Logistics" (CB 1172) issued by Parmalat on 1 June 2011. Mr McMahon emphasises the recitals at cls 3.3.1 and 3.3.2 of the "General Information" which says this:
3.3.1 Volume Metering
Parmalat has a standard that requires all milk collection vehicles to have a flow meter attached to the collection tanker for metering of milk from farm[.]
3.3.2 Information Download
The service provider will require the ability for Parmalat to send and receive data via FTP server on the carter's infrastructure on a daily basis seven days a week 52 weeks of the year. Along with the ability to achieve tanker/pickup data daily for downloading of data in case of system failure.
The service provider will require a system to accept Zevodat test ticket format for data uploaded back to carter's FTP server. Along with a system to produce that file format of tanker/pickup data based on Parmalat specifications.
[emphasis added]
96 The fourth document, produced by Lactalis under subpoena, is a Request for Proposal issued by Parmalat in March 2014 for "Farm Collection Services - Qld" (CB 1189). Mr McMahon emphasises cls 4.1, 4.2 and 4.3 (which are set out at [146] of these reasons). Clause 4.1 refers to the need for all milk collection vehicles to be fitted with accurate flowmeters, regular calibration of the meters and the submission of calibration certificates to Parmalat's "National Milk Logistics group email address". Clauses 4.2 and 4.3 address information download requirements and the provision of summary reports of deliveries.
97 The fifth document, produced by Lactalis under subpoena is described as "Milk Metering and Data Collection Software", submitted under the name "Blu Logistics Solutions". It is said to be dated March 2014 (CB 1211). Mr McMahon notes the emphasis in the document at CB 1212 to GB Control Systems from New Zealand, DME; the text in the system overview; and the references to MTC Software. These matters are further addressed in these reasons in the context of the evidence of Mr Jensen: see [148] and [149].
98 The sixth document, discovered by the respondents, is a "Transport agreement" between Blu Logistics Solutions and Fonterra Brands (Australia) Pty Ltd dated 21 August 2015 (CB 1219). The particular points of focus emphasised by the applicant are cl 3.1(f) requiring the carrier to meet the key performance indicators in Schedule 3; cl 3.1(g) requiring the carrier to take samples and measure and record the volume and temperature of all milk for collection and to conduct "sense assessment" on all milk made available for collection. Emphasis is also given to the following subclauses of cl 3.1 in relation to the obligations to be discharged by Blu Logistics:
3. Blu Logistics' obligations
3.1 Performance by Blu Logistics
During the Term within the Territory, Blu Logistics must:
…
(h) at Blu Logistics' cost, ensure that all Farm Milk Collection Vehicles used in providing the Services are fitted with accredited flow meter collection devices which can sample Milk collected from each Producer and measure and record:
(i) the volumes of Milk collected from each Producer;
(ii) the volumes of Milk unloaded from each Tanker at the Facility or any other delivery address;
(iii) the temperature of the Milk collected from each Producer; and
(iv) the quality data specified in the Fonterra Australia Milk Supply Handbook and the Fonterra Driver Manual.
(i) seek Fonterra's consent in writing for the use of alternate or updated flow meter collection devices;
(j) if requested by Fonterra and at Blu Logistics' cost, modify its flow meter collection devices to allow for all Milk volume, temperature and quality data recorded in accordance with paragraph (h) to be transmitted to a nominated laboratory;
(k) ensure that the flow meter collection devices are properly calibrated annually for temperature and volume accuracy;
…
(n) ensure that the volume, temperature and time of collection information recorded using the flow meter collection devices is transmitted to Fonterra's MilkPay system and the Facility daily after being recorded;
…
(w) comply with the daily flow meter test slip verification procedures specified in the Fonterra Driver's Manual;
…
[emphasis added]
99 Emphasis is also given to aspects of cls 3.6, 3.13 and 3.14. Clause 3.13 addresses the topic of "Equipment, Premises and Rights of Inspection". Clause 3.13(b) and (c), relevantly, are in these terms:
(b) Fonterra or its nominated representative may upon giving reasonable notice inspect any premises, Equipment documents or records used or produced by Blu Logistics, its Representatives in the performance of the Services to audit Blu Logistics compliance with the Quality System and the performance by Blu Logistics of its obligations under this agreement.
(c) Blu Logistics must ensure all Collection Vehicles:
(i) conform to the specification set out in Schedule 8;
(ii) comply in all respects with all relevant Laws in relation to the collection, storage and transportation of Milk;
…
[emphasis added]
100 As to the term "Equipment", Schedule 7 defines Equipment to mean "all equipment (including Collection Vehicles) necessary for the performance of the Services in accordance with this Agreement", which includes flowmetering instruments and flowmetering systems.
101 Clause 3.14 provides for the submission of reports by the carter to Fonterra and cl 3.14(c) is in these terms:
(c) Milk Quality and Quantity - Daily reporting in accordance with clause 3.1 (n) of:
(i) temperature test results for Milk collected from each Producer;
(ii) volume measurements for the Milk collected from each Producer; and
(iii) time of pick up.
102 As to Collection Vehicles, Schedule 8 to the Agreement at subpara (f) provides that the Collection Vehicles must:
(f) have the capacity to be fitted with a pump/flow meter for Farm Milk collection vehicles; calibrated annually or upon suspicion of a calibration defect and also be fitted with a flowmeter data collection system, flow meter printer and electronic sampling device[;]
103 The seventh document, produced by Lactalis under subpoena, is a document described as an "information response" by the Jurss Group to Parmalat for the provision of fleet milk haulage services (CB 1281). The applicant emphasises the references at para 6 to the "Quality Assurance" capability of the Jurss Group including "NMI Accreditation for Certification of Flow meters". The applicant also emphasises the elements of para 11.3 of the document under the topic "Milk Metering and Data Collection System". The document refers to the Jurss Group currently operating the "DME metering system operating from the MTC system". The text of para 11.3 is set out at [152] of these reasons.
104 The eighth, ninth and tenth documents, produced by Lactalis under subpoena, are described, respectively, as "Blu Logistics Farm Milk Collection Services Response" ("FMCSR") to an RFP, 2015, South Australia; a Blu Logistics FMCSR 2015, Victoria; and a Blu Logistics FMCSR 2016 (CB 1295, CB 1312 and CB 1331, respectively). Mr Jensen, director, is nominated in each document as the "Primary Contact" for Blu Logistics. In each document at para 1.8 under the heading "Regulative Compliance", seven accreditations (and one externally verified food supply plan) are recited. One item of regulatory compliance is recited as: "NMI Accreditation for Certification of Flow meter".
105 Notwithstanding that reference to that accreditation in those documents and the similar reference earlier mentioned, the relevant Approval (corresponding to the NMI Accreditation for Certification of the flowmetering instrument) used and affixed to the flowmetering instrument installed on the Blu Logistics tanker in Schedule 1 to Declaration 1 and all the other tankers of the respondents recited in the schedule, was the applicant's Approval, applied without its consent. Clause 3.3 of the Blu Logistics FMCSR 2015, South Australia (CB 1295), is in these terms:
3.3 Volume Metering
We currently operate the DME metering system operating from the MTC system. The MTC system has provided substantial benefits to BLU Logistics and our current customers in managing milk collection and data.
BLU Logistics has tailored many aspects of the DME/MTC System to satisfy customer requested requirements and we have invested substantially in research and development to both install and maintain these systems allowing us to provide optimum reliability of milk collection and data flow. As such, BLU Logistics will continue to supply Parmalat required data in a format compatible with the current Parmalat operating systems.
…
We are currently working on a more advanced prototype milk metering system which will take us further into the future with additional benefits for our customers.
[emphasis added]
106 Clause 3.3 of the Blu Logistics FMCSR 2015, Victoria (CB 1312) is in the same terms as to the first two paragraphs quoted above but the clause does not contain the third paragraph quoted above. Similarly, cl 3.3 of the Blu Logistics FMCSR 2016 (CB 1331), contains the first two paragraphs but not the third quoted paragraph above.
107 The eleventh document, discovered by the respondents, is described as "Raw Milk Logistics Services Agreement" between LD & D Australia Pty Ltd ("Lion") and Mooloo Sanctuary Pty Ltd as trustee for the Mooloo Sanctuary Unit Trust trading as BLU Logistics Solutions, dated 23 January 2017 (CB 1346). Clause 5 addresses the topic of "Legislative Compliance" and cl 5.1 is in these terms:
5. LEGISLATIVE REQUIREMENTS
5.1 Compliance and compliance system: Without limiting clause 4.1, the Supplier agrees to:
(a) perform (and procure that each of the drivers and subcontractors perform) the Services in accordance with all applicable Laws;
(b) maintain (and procure that each of the drivers and subcontractors maintain) all necessary licences, approvals, permits and authorities in relation to the performance of the Services; and
(c) establish and implement a compliance system in accordance with all applicable Laws, and to ensure that the compliance system applies to all subcontractors and each subcontractor has a copy of and implements the compliance system.
[emphasis added]
108 Clause 4.1, referred to in cl 5.1, provides that the "Supplier" agrees to perform the services in accordance with "best industry practice in Australia and with due skill, care and diligence".
109 As to these clauses, it seems clear enough that the term "all applicable Laws" comprehends the NMA and Regulations establishing the regulatory regime leading to the grant of Certificates of Approval, and "best industry practice" in Australia would not include marking flowmetering instruments with an Approval under that regime without the consent of the holder of the approval where doing so was inconsistent with the conditions of the Approval under those "Laws". The point of these references is to demonstrate the importance and materiality of such matters to Lion. Mr McMahon also notes the provisions of the agreement relating to "Data capture and transfer" and the capability requirements of the service provider at cl 1.3(a), (b) and (c) of Schedule 1 to the Agreement. That schedule is concerned with the scope of the services and sets out particular specifications. Clause 1.3(a), (b) and (c) are concerned with a data capture system installed on all milk collection vehicles having a built-in modem for real time data transfer; a flowmeter record of milk volume in litres collected from each provider; a record of the temperature of the milk at the time of collection; a record of the temperature of a stored sample; a capacity to transfer raw milk provider data to the supplier "at each load end" in a format compatible with Lion's standard file structure (among other things).
110 The twelfth document is a Blu Logistics FMCSR 2017, produced by Lactalis under subpoena (CB 1366). Again, Mr Jensen is the primary contact for Blu Logistics. As to volume metering/sampling and labelling, the document says this at CB 1371:
Volume Metering/Sampling/Labelling
We currently operate the DME metering system operating from the MTC system. The MTC system has provided substantial benefits to BLU Logistics and our current customers in managing milk collection and data.
BLU Logistics has tailored many aspects of the DME/MTC System to satisfy customers requested requirements and we have invested substantially in research and development to both install and maintain these systems allowing us to provide optimum reliability of milk collection and data flow. As such, BLU Logistics will continue to supply Parmalat required data in a format compatible with the current Parmalat operating systems.
…
BLU Logistics is currently involved in the development of a more further advanced milk metering System, which would be implemented at either at the start of the contract or shortly thereafter. Full details of Milk Metering System provided at presentation [original emphasis for this sentence].
[emphasis added]
111 At cl 7 of the document, Blu Logistics says that, as to regulatory compliance, it has "NMI Flow Meter Certification". The certification was the Approval granted to Flogineering for the instrument and flowmetering system described in the quote above.
112 The thirteenth document, produced by Lactalis under subpoena, is a Blu Logistics FMCSR dated 2018 (CB 1378). It describes the primary contact for Blu Logistics as Mr Stephen Fraser. Under the heading "Regulatory Compliance" at para 7, the document sets out seven areas of accreditation said to be enjoyed by Blu Logistics including, "NMI Accreditation for Certification of Flow meter". At para 9.5, the document sets out the following information:
9.5 Volume Metering / Sampling / Labelling
We currently operate the DME metering system operating from the MTC system. The MTC system has provided substantial benefits to BLU Logistics and our current customers in managing milk collection and data.
BLU Logistics is the first company within Australia to implement and operate this system. Over the past few years BLU Logistics has invested substantially in research and development to both install and maintain these systems allowing us to provide optimum reliability of milk collection and data flow.
BLU Logistics has tailored many aspects of the DME/MTC System to satisfy customer requested requirements. As such, BLU Logistics will continue to supply Parmalat required data in a format compatible with the current Parmalat operating systems.
[emphasis added]
113 Clause 9.5 also refers to the use of barcode labels, a "dual sampler" and recites that Blu Logistics calibrates all metering systems every six months in accordance with Parmalat's requirements. At cl 9.5.1, the document recites that Blu Logistics is currently trialling a new metering system and hopes to implement that system throughout its fleet by mid to late 2018. The new system is said to have many advantages over the current DME system and once the trial is concluded, Blu Logistics will make a presentation to Parmalat prior to "going live". Nine particular features of the new system are identified and a sample of the system is said to be attached in supporting documentation.
114 The fourteenth and final document, provided under subpoena to Lactalis, is described as "Milk Cartage Agreement" (CB 1390) dated 22 August 2018 between Parmalat and Blu Logistics Solutions for the bulk collection of milk from dairy farms and delivery to Parmalat. The document defines a "Flowmeter" as "a flow metering device used to measure Farm Bulk Milk loaded into a Delivery Vehicle at the Collection Point". As to such a device, the Agreement addresses these matters at cls 4.7 to 4.12:
Flowmeter
4.7. The Contractor must install and calibrate a Flowmeter or another milk measuring device approved by Parmalat on all Delivery Vehicles prior to undertaking the Cartage Services. The model of the Flowmeter will be determined by Parmalat in its absolute discretion.
4.8. Any Flowmeter installed on a Delivery Vehicle must be maintained in good working order and operated by the Contractor at the Contractor's expense.
4.9. The Contractor must have the Flowmeter calibrated on a 6 monthly basis. A copy of the calibration certificate must be supplied to Parmalat within seven (7) days of issue.
4.10. Unless an exemption has been sought from and approved by Parmalat in writing, failure to provide a calibration certificate renders the Contractor liable to pay for any volume variation between Parmalat's weighbridge and the Contractor's Flowmeter.
4.11. If discrepancies of greater than five per cent (5%) are noted between the Contractor Flowmeter and any flow metering or weighing device at a Parmalat factory, Parmalat may request the Contractor to calibrate their Flowmeter on a more regular basis than required pursuant to clause 4.9.
4.12. The Contractor must advise Parmalat within 24 hours of any problems associated with the operation of any Flowmeter installed on a Delivery Vehicle.
[emphasis added]
115 In the various documents described at [92] to [114] of these reasons, references are sometimes made to a "Zevodat system". Mr McMahon says that it is similar to the MobiCom system and is included in the applicant's NMI Approval 5/6E/13A. It is made in Germany and exclusively distributed in Australia by Flogineering. It does not use the MTC software. It sends data to the Zevodat software.
116 The arrangements between the applicant and Poul Tarp A/S described at para 10 of Mr McMahon's first affidavit have already been noted together with the further matters at paras 2 to 5 of his fourth affidavit. Those matters are further amplified by Mr McMahon at paras 25 and 26 of that affidavit in these terms:
25. … In addition to each Mobicom System, a user must also purchase an on-board computer operating software that receives the data collected from the flowmeters and sends it back to each dairy or milk producer via Milk Transport Computer (MTC). The MTC are supplied by Poul Tarp. The MTC relies on and is only compatible with Mobicom or S12 computers. The software allows the dairy/milk producers to see, in real time, the volumes of milk collected, where the truck has travelled, the speed at which the truck is travelling, and the temperature of the milk before the truck returns to the producer. The Applicant purchases the key components for the Mobicom and S12 system and the MTC application from Poul Tarp.
26. The only Pattern Approval Number that is approved for a system which uses a Mobicom or S12 computer (and therefore the MTC) software is the Pattern Approval Number granted to the Applicant.
[emphasis added]
117 Mr McMahon, at para 27, also sets out, by way of example, references in the Certificate of Approval (para 1.2(iii), (v) and (vi) and para 2 "Description of Variant 1") that refer to the Zevodat system, the DME MobiCom system and the S12 computer system.
118 At para 28 of Mr McMahon's fourth affidavit, he describes the representations he finds in the documents just described. Those documents speak for themselves. However, in any event, para 28 was admitted into evidence not for the purpose of reciting further representations said to constitute further contraventions of s 18 or s 29 but rather as evidence pointing to matters that various participants in the industry, particularly milk processes and bulk milk haulage companies, thought important in their trading arrangements one to the other. These matters go to materiality and reliance. The respondents object to Mr McMahon's fifth affidavit sworn 12 March 2020 which goes to the sale of parts and the provision of post-sale services. However, no claim is now maintained in relation to lost service (and parts) revenue.
119 One other aspect of Mr McMahon's oral evidence ought to be noted.
120 At para 33 of his fourth affidavit, sworn 13 February 2020, Mr McMahon says that based on Excel spreadsheets (CB 1434 and CB 1435), provided by Poul Tarp, listing the number of users and trucks connected by the respondents to MTC at the time (of the spreadsheets), Mr McMahon believed the position to be that the applicant's Approval number had been used by the respondents on 50 trucks in the last quarter of 2017 and that "this had increased to 63 trucks in August 2018".
121 Mr McMahon accepted that by 13 February 2020, he knew that a number of the trucks in the spreadsheets did not belong to the respondents as there was, he said, another company that also sent data from their trucks to the MTC database that was owned by the respondents, amounting to 11 trucks. It seems that "Reeves Transport" owned and operated 10 trucks. Mr McMahon gave evidence that including a reference to those trucks in his affidavit was a misunderstanding on his part as he had been given the Poul Tarp spreadsheets which contained the total numbers of trucks and in the course of completing his affidavit, he put down "those numbers that were in the spreadsheet that was provided to me". Mr McMahon was taken to an exchange of emails between Ms Richardson of Kalus Kenny Intelex ("KKI") the solicitors for the applicant and Mr Kuskie of Kuskie Legal, the solicitors for the respondents (at that time), on 16, 17 and 18 October 2018 (and a letter from Rostron Carlyle Rojas to KKI) (Exhibit 3) in which the difference between 50 trucks and 63 trucks is agitated. Mr McMahon accepted that in October when the reference to the trucks owned and operated by Reeves Transport was pointed out to him, he accepted that those trucks were operated by Reeves Transport.
122 On that footing, the proposition was put to Mr McMahon that he had put forward in his affidavit a reference to 63 trucks operated by the respondents notwithstanding that he had accepted in October 2018 that the number was 50. Mr McMahon gave evidence that the incorrect assertion "was not done intentionally, but yes, I'm aware that that's incorrect". Mr McMahon does not accept that the difference in the numbers is accounted for by the sequence of mathematical steps put to him by counsel for the respondents and contends that there are important timing differences which might account for the numbers. Objection was taken to tendering the emails and correspondence because those documents are concerned with October 2018 and do not speak to the position in August 2018.
123 I accept that the spreadsheets at CB 1434 and CB 1435 have gone into evidence in Mr McMahon's affidavit without adjustment to take into account the vehicles operated by Reeves Transport. I accept that that occurred mistakenly. It is unfortunate that the adjustment was not recognised and taken into account in the text of the affidavit but I do not accept that there was any bad faith on the part of Mr McMahon in the framing of the affidavit on the basis of the spreadsheets.