Academic literature on the topic 'Castrol (Australia) Pty Ltd'

Location of Project: Dee Why, NSW, Australia<br/> Structural Type: Prefabricated thin concrete shell <br/> Project Scale: Length 30 m, width 15.5 m, height 12 m <br/> Owner/Client: Warringah Catholic Parish <br/> Architect: Gibbons & Gibbons Architects <br/> Structural Engineer: Concrete Industries Australia (Monier) Engineers Pty. Ltd.<br/> Construction: Concrete Industries Australia (Monier) Pty. Ltd. <br/> Construction year: 1961<br/>

Abstract Abstract 4065 Background: Amplification of chromosome 1q occurs in 40% of myeloma and predicts lower response to induction regimens. We assessed if a PAD regimen overcomes effects of 1q amplification on overall response rate (ORR), event-free (EFS) and overall survival (OS) in newly-diagnosed, transplant-eligible myeloma. Methods: This phase II trial enrolled 107 patients, stratified by 1q amplification. All could receive 4× 21-day cycles of PAD induction: bortezomib 1.3mg/m2 D 1,4,8,11; doxorubicin 20mg/m2 D1,4; dexamethasone 20mg D1,2,4,5,8,9,11,12. Responders proceeded to melphalan 200mg/m2 and ASCT. ORR after PAD was primary endpoint. Secondary endpoints included ORR 3 monthspost-ASCT, and 2-year EFS and OS. Results: 22% (20/93 evaluable cases) had amplified 1q. Median PAD cycles was4. ORRs were similar in amplified and non-amplified cases (100% vs. 87% post-PAD; 100% vs. 93% post-ASCT). After median 2 years, 2-year EFS was similar in amplified and non-amplified cases (70% vs. 75%; log-rank p=0.86), but with a trend to lower 2-year OS in amplified cases (86% vs. 94%; log-rank p=0.28). Common grade 3 or 4 adverse events included constipation (0% vs. 8% of patients), neutropenia (12% vs. 4% of patients), anaemia (4% vs. 6% of patients), back pain (4% vs. 6% of patients), neuralgia (0% vs. 6% of patients) and neuropathy (8% vs. 4%). Conclusions: Four cycles of PAD induced high response rates in both 1q amplified and non-amplified myeloma with acceptable toxicity. After 2 years, EFS was also similar, but with a non-significant trend to lower OS in patients with 1q amplification. Funding: This study is sponsored by Janssen-Cilag Pty Ltd, Australia. Trial Registration: ACTRN12609000296235. Disclosures: Joshua: Janssen-Cilag Pty Ltd: Research Funding. Hertzberg:Janssen-Cilag Pty Ltd: Research Funding. Auguston:Janssen-Cilag Pty Ltd: Research Funding. Spencer:Novartis: Honoraria; Janssen: Honoraria, Speakers Bureau; Celgene: Honoraria. Horvath:Janssen-Cilag Pty Ltd: Research Funding. Bashford:Janssen-Cilag Pty Ltd: Research Funding. Campbell:Janssen-Cilag Pty Ltd: Research Funding. Ashurst:Janssen-Cilag Pty Ltd: Employment. Wade:Janssen-Cilag Pty Ltd: Employment. Copeman:Janssen-Cilag Pty Ltd: Employment. Butcher:Janssen-Cilag Pty Ltd: Consultancy. Prince:Janssen-Cilag Pty Ltd: Research Funding.

In 2005, in Ringrow Pty Ltd v BP Australia Pty Ltd,[1] the High Court (Gleeson CJ, Gummow, Kirby, Hayne, Callinan and Heydon JJ) observed that Lord Dunedin’s formulation in Dunlop Pneumatic Tyre Co Ltd v New Garage & Motor Co Ltd,[2] of the principles governing the identification, proof and consequences of penalties in contractual stipulations had endured for 90 years and had been applied countless times in the High Court and other courts. (The Court cited, as examples, O’Dea v Allstates Leasing System (WA) Pty Ltd,[3] Acron Pacific Ltd v Offshore Oil NL,[4] AMEV-UDC Finance Ltd v Austin,[5] Stern v McArthur,[6] and Esanda Finance Corporation Ltd v Plessnig.[7]) The Court proceeded on the basis that Dunlop continued to express the law applicable in Australia, leaving any more substantial reconsideration for a future case where reconsideration or reformulation might be in issue. [1] (2005) 224 CLR 656 [12]. [2] [1915] AC 79, 86–8. [3] (1983) 152 CLR 359, 368, 378, 399, 400. [4] (1985) 157 CLR 514, 520. [5] (1986) 162 CLR 170, 190. [6] (1988) 165 CLR 489, 540. [7] (1989) 166 CLR 131, 139, 143, 145.

The atomic absorption spectrometer revolutionized chemical analysis in the 1960s. Invented by Alan Walsh of the CSIRO Division of Chemical Physics, its manufacture in Australia began with three small Melbourne companies making the necessary optical, mechanical and electronic components. Subsequently, one of these companies, Techtron Pty Ltd, made a complete instrument and became a major supplier to the international market. Techtron expanded rapidly and in 1967 was sold to a large US company, Varian Associates Inc., which still operates as Varian Australia Pty Ltd and manufactures atomic absorption spectrometers and other scientific instruments at Mulgrave, Victoria.

Note: This article is condensed from a key­note address, Transforming the Business of Gold Exploration, presented at the NewGen-Gold 2017 Conference in Perth, Australia, on November 14, 2017. Permission to adapt the published article was kindly provided by Keith Yates & Associates Pty Ltd and Paydirt Media Pty Ltd. NewGenGold conferences have been held every two years since 1995 to document case histories of discovery and to provide exploration geologists with valuable insights into the discovery process.

The recent withdrawal of BP Developments Australia Pty Ltd from its exploration drilling efforts in the Great Australian Bight (GAB) has brought focus to the challenges of obtaining environmental approvals for offshore petroleum exploration projects, particularly in frontier, deep-water basins such as the GAB. In preparing the first two environment plan (EP) submissions for the BP GAB drilling exploration project, Aventus Consulting Pty Ltd has come across numerous such challenges, which are summarised in the present paper.

Since the commencement of the Fair Work Act 2009 (Cth) (FW Act) on 1 July 2009, there has been a significant increase in union activity in Australia’s oil and gas industry. Recent case examples concerning the Pluto Project and various other disputes flag the importance of project managing industrial relations to ensure project delivery dates are met. Due to the contract interdependencies on large scale oil and gas projects, industrial action taken by a union in relation to a single sub-contractor can have ripple effects—causing budget blow-outs. Emerging union influence is such a concern that some of Australia’s leading companies operating in the oil and gas industry now identify industrial activity as a key project risk. Furthermore, many Australian leading financial institutions now assess a company’s potential exposure to industrial action as part of their key lending criteria. New innovative industrial relations strategies are now part of the weaponry Australian unions use when representing their members—this includes global union strategies. Moreover, there is already evidence that the FW Act can promote the occurrence of demarcation disputes between unions. This type of industrial activity leads to poor outcomes for employers and can prove to be very costly—especially in a multi-million dollar a day industry. Providing insight into the recent union activities in the industry are the following cases: Heath v Gravity Crane Services Pty Ltd Boskalis Australia Pty Ltd v Maritime Union of Australia CFMEU v Woodside Burrup Pty Ltd Offshore Marine Services Pty Ltd v Maritime Union of Australia There are a number of strategies oil and gas companies and sub-contractors can use to mitigate the effects of union influence in the workplace.

Thesis (PhD)--Macquarie University, Division of Society, Culture, Media & Philosophy, Dept. of Media, 2007.
Bibliography: leaves 281-305.
Introduction -- Advertising, branding & consumerism: a literature survey -- Methodology: from Barthes to Bushells -- A taste for tea: how tea travelled to and through Australian culture -- Class in a tea cup -- A tale of two brands -- Thrift, sacrifice and the happy housewife -- 'He likes coffee SHE likes tea' -- 'Is it as good?': Bushells beyond Australia -- 'The one thing we all agree on' -- Conclusion.
Since its introduction in 1883, the Bushells brand of tea has become increasingly identified with Australia's national identity. Like Arnott's, QANTAS and Vegemite, Bushells has become a part of the nation's cultural vocabulary, a treasured store of memories and myths. This thesis investigates how Bushells acquired this status, and the transformation by which an otherwise everyday item evolved from the ordinary to the iconic. In short, through Bushells, I will demonstrate the cultural logic of branding. -- Bushells is ideally suited for an historical analysis of branding in Australia. Firstly, tea has been a staple of the Australian diet since the time of the First Fleet. So, it proves a fitting example of consumer processes since the early days of White settlement. From this, I will consider the rise of an environment sensitive to status, and therefore conducive to branding. In the late nineteenth century, Bushells was challenged to appeal to the burgeoning corps of middle class consumers. To this end, the brand integrated those ideals and associations that turned its tea into one that flattered a certain sensibility. Secondly, having established its affinity with a particular market group, the middle class, Bushells was well positioned to track, acknowledge and incorporate some of the most dominant trends of the twentiethcentury; specifically, the rise of a particular suburban ideal in the 1950s, and changing conceptions of gender, labour and technology. Finally, in the last two decades, Bushells has had to concede decisive shifts in fashion and taste; as Australia's population changed, so too did tea's place and prominence in the market. This thesis thus canvasses all these issues, chronologically and thematically. To do this, I will contextualise Bushells' advertisements in terms of the contemporary conditions that both informed their content, and underpinned their appeal. -- Considering the breadth and depth of this analysis, I argue that in the case of Bushells there is a cultural logic to branding. As brands strive for relevance, they become screens off which major societal processes can be identified and examined. As such, I will show that, in its address to consumers, Bushells broached some of the most significant discourses in Australia's cultural history.
Mode of access: World Wide Web.
v, 305 leaves ill

The manufacture of nonionic surfactants generally involves ethoxylation via ethylene oxide condensation onto a hydrophobe substrate, mostly in the presence of an alkaline catalyst. Nonionic surfactants are used widely in industrial applications, such as detergents, health and personal care, coatings, and polymers. In Australia, approximately one-third of the annual consumption of nonionic surfactants is imported from offshore manufacturers; the market is highly competitive with the local manufacturer facing increasing competition from imports. Optimisation is a pressing need for the current manufacturing plant of the industrial partner for this research project, Huntsman Corporation Australia Pty Limited, the sole domestic manufacturer of nonionic surfactants in Australia. Therefore, the objectives of this research project were to gain a better understanding of the various chemical and physical processes occurring simultaneously in an ethoxylation process; to identify the process limitation in an existing production plant operated by Huntsman Corporation Australia, and to explore measures for enhancing the asset productivity of the production plant. An ethoxylation process working model, describing the chemical kinetics and the physical transport processes involved, was developed to aid the exploration of optimisation opportunities, which would otherwise be empirical. Accordingly, this research project was structured into a two-stage program. The first stage determined the ethoxylation kinetics experimentally. The second stage investigated the interactions of physical transport processes numerically using a computational fluid dynamics (CFD) technique. The manufacturing scheme discussed in this thesis gave particular emphasis to the ethoxylation process operated in semi-batch stirred reactors. In the first stage, a series of kinetic experiments was performed in a well-stirred laboratory autoclave under base-catalysed conditions. The experimental outcomes were developed into a comprehensive kinetic model which took into account the non-ideal features in the reactor operation. Time-dependent physical changes of the reaction system, such as liquid volume, ethylene oxide solubility and density were also included. The ethoxylation behaviour predicted by the model was shown to be in good agreement with the experimental measurements. This indicated that the kinetic model was sufficiently robust to reproduce the reaction behaviour of a commercially operated ethoxylation operation. In the second stage, numerical simulations of an existing ethoxylation reactor system were presented. In addition, two components were addressed: identification of the process limitation and increasing productivity of the industrial-scale ethoxylation plant. An important assumption was made for the ethylene oxide injection system used in this research project which subsequently simplified the ethoxylation system into a single liquid with miscible chemical species. In the identification of the process limitation, three possible rate-limiting factors were examined: mixing, heat removal and reactor pressure rating. Examination and analysis of the physical data available from plant batch reports found that the reactor pressure rating and the presence of nitrogen padding were the rate-limiting factors to the ethoxylation operations in the industrial reactors. It was recommended that the reactor pressure rating be increased to raise the asset productivity of the reactor. In the numerical simulations of the ethoxylation reactor, time-dependent CFD models were developed for two systems: the ethylene oxide injection pipe and the stirred ethoxylation reactors. The heat transfer of ethylene oxide liquid injection was calculated in a two-dimensional model of the dip-leg pipe used in an industrial-scale ethoxylation reactor. The computation gave the temperature of the injection outflow which was validated against the calculated value by empirical correlation. The effects of various surrounding reaction temperatures, injection rates and pipe sizes on the heat transfer rate were investigated. From these, a range of operating conditions yielding a liquid ethylene oxide outflow was selected. Furthermore, it was found that boiling of ethylene oxide was significantly reduced with increasing pipe diameters. It was recommended that the asset productivity of the reactor be improved by keeping more ethylene oxide injected as a liquid in the reaction mixture to raise the reaction rate and shorten the reaction time. Three-dimensional simulations of a baffled reactor agitated by a single- or a dual-Rushton impeller were presented for both non-reactive and reactive flows. Multiple frames of reference and sliding grid methods were used in sequence to describe the relative motion between the rotating impeller and the stationary baffles. The turbulence parameters were modelled with the standard k- � turbulence model. The simulations of non-reactive flow were compared with the literature velocity data obtained from both the experiments and simulations. Good agreement was achieved. The model was then extended to incorporate ethoxylation flow with integration of the kinetics established in the first stage. Both the laboratory autoclave and the industrial-scale reactors were simulated. The former took into account the ethoxylation exotherm and the latter was carried out isothermally. Both simulations were validated against reaction data obtained from physical experiments, either the kinetic experiments or the plant batch productions. The validated model allowed us to determine the optimum operating condition and explore a new reactor system with enhanced asset productivity. A 50% increase in productivity could be accomplished if the ethoxylation was operated closer to the current design pressure limit. Furthermore, the operating pressure of a new reactor system needed to be doubled if the asset productivity were to be increased to approximately three times the current performance.

Thesis (PhD) - Swinburne University of Technology, Faculty of Engineering and Industrial Sciences, Centre for Micro-Photonics, 2005.
A thesis submitted in fulfillment of the requirements for the degree of Doctor of Philosophy, Centre for Micro-Photonics, Faculty of Engineering and Industrial Sciences, Swinburne University of Technology, 2005. Typescript. Bibliography: p. 201-210. Also available on cd-rom.

Thesis (PhD) -- Macquarie University, Division of Environmental and Life Sciences, Department of Human Geography, 2007.
"November 2006".
Bibliography: p. 352-398.
Mode of access: World Wide Web.
xvi, 399 p. ill., maps

Born into modest privilege in Allhabad, India to a university professor, Dhruv Deepak's adaptability, pursuit for excellence, and experience with entrepreneurialism from a young age would catapult him into the CEO and Founder of Riverina Oils & Bio Energy Pty Ltd (ROBE). Riverina Oils has now grown into the largest greenfield agricultural project and refinery plant in Australia. They crush and refine over 200,000 tonnes of oilseeds per year through a state-of-the-art manufacturing facility and produce around 250 tonnes of refined vegetable oil and 350 tonnes of vegetable protein meal per day. For his entrepreneurial accomplishments, Deepak has won many awards including CEO of the Year 2016 – Energy and Resources Category, Asia Pacific Entrepreneur of the Year 2015, and Indian Australian Ambassador of the Year 2014. This chapter explores Deepak's early life, the road to starting his business in Australia, and his future plans for ROBE.

Information communications technology (ICT) has been identified as a key enabler in the achievement of regional and rural success, particularly in terms of economic and business development. The potential of achieving equity of service through improved communications infrastructure and enhanced access to government, health, education, and other services has been identified. ICT has also been linked to the aspiration of community empowerment, where dimensions include revitalizing a sense of community, building regional capacity, enhancing democracy, and increasing social capital. In Australia, there has been a vision for online services to be used to open up regional communities to the rest of the world. Government support has been seen “as enhancing the competence levels of local economies and communities so they become strong enough to deal equitably in an increasingly open marketplace” (McGrath & More, 2002, p. 40). In a regional and rural context, the availability of practical assistance is often limited. Identification of the most appropriate online services for a particular community is sometimes difficult (Ashford, 1999; Papandrea & Wade, 2000; Pattulock & Albury Wodonga Area Consultative Committee, 2000). Calls, however, continue for regional communities to join the globalized, online world. These are supported by the view that success today is based less and less on natural resource wealth, labor costs, and relative exchange rates, and more and more on individual knowledge, skills, and innovation. But how can regional communities “grab their share of this wealth” and use it to strengthen local communities (Simpson 1999, p. 6)? Should communities be moving, as Porter (2001, p. 18) recommends (for business), away from the rhetoric about “Internet industries,” “e-business strategies,” and the “new economy,” to see the Internet as “an enabling technology—a powerful set of tools that can be used, wisely or unwisely, in almost any industry and as part of almost any strategy?” Recent Australian literature (particularly government literature) does indeed demonstrate somewhat of a shift in terms of the expectations of ICT and e-commerce (National Office for the Information Economy, 2001; Multimedia Victoria, 2002; National Office for the Information Economy, 2002). Consistent with reflections on international industry experience, there is now a greater emphasis on identifying locally appropriate initiatives, exploring opportunities for improving existing communication and service quality, and for using the Internet and ICT to support more efficient community processes and relationships (Hunter, 1999; Municipal Association of Victoria and ETC Electronic Trading Concepts Pty Ltd., 2000; National Office for the Information Economy, 2002). The objective of this article is to explore whether welldeveloped and well-implemented online services can make a positive contribution to the future of regional and rural communities. This will be achieved by disseminating some of the learning from the implementation of the MainStreet Regional Portal project (www.mainstreet.net.au). To provide a context for this case study, the next section introduces some theory relevant to virtual communities and portals. The concept of online communities is introduced and then literature is reviewed to identify factors that have been acknowledged as important in the success of online community and portal initiatives.

South Australia has taken the lead nationally in enabling exploration licences for natural hydrogen. On 11 February 2021 the Petroleum and Geothermal Energy Regulations 2013 were amended to declare hydrogen, hydrogen compounds and by-products from hydrogen production regulated substances under the Petroleum and Geothermal Energy Act 2000 (PGE Act). Companies are now able to apply to explore for natural hydrogen via a Petroleum Exploration Licence (PEL) and the transmission of hydrogen or compounds of hydrogen are now permissible under the transmission pipeline licencing provisions of the PGE Act. The maximum area of a PEL is 10,000 square kilometres so they provide a large acreage position for explorers. PEL applicants need to provide evidence of their technical and financial capacity as well as a 5-year work program which could include field sampling, geophysical surveys (e.g., aeromagnetics, gravity, seismic and MT) and exploration drilling to evaluate the prospectivity of the licence for natural hydrogen. Since February 2021, seven companies have lodged 35 applications for petroleum exploration licences (PELs), targeting natural hydrogen. The first of these licences (PEL 687) over Kangaroo Island and southern Yorke Peninsula was granted to Gold Hydrogen Pty Ltd on 22 July 2021. As well as issuing exploration licences, a key role of the South Australian Department for Energy and Mining is to provide easy access to comprehensive geoscientific data submitted by mineral and petroleum explorers and departmental geoscientists since the State was founded in 1836. Access to old 1920s and 1930s reports, together with modern geophysical and well data has underpinned the current interest in hydrogen exploration. Why the interest? 50-80% hydrogen content was measured in 1931 by the Mines Department in gas samples from wells on Kangaroo Island, Yorke Peninsula and the Otway Basin, potential evidence that the natural formation of hydrogen has occurred. Iron-rich cratons and uranium-rich basement (also a target for geothermal energy explorers) occur in the Archaean-Mesoproterozoic Gawler Craton, Curnamona and Musgrave provinces which are in places fractured and seismically active with deep-seated faults. Sedimentary cover ranges from Neoproterozoic-Recent in age, with thick clastic, carbonate and coal measure successions in hydrocarbon prospective basins and, in places, occurrences of mafic intrusives and extrusives, iron stones, salt and anhydrite which could also be potential sources of natural hydrogen.