Major strategic marine technology equipment investment
Teledyne Valeport is pleased to announce a substantial investment from NOR Offshore Rental (NOR), as NOR makes a significant new order for Valeport technology for its subsidiary, in Aberdeen, NOR LTD.
As part of a global growth strategy, NOR has expanded its equipment pool with a selection of Valeport precision instruments, including the Bathy 2, Midas SVX2, miniSVS, miniIPS2, and Model 106.
These investments are designed to enhance NOR’s ability to meet the growing demand for its services and equipment both in the UK and worldwide. This strategic investment will equip NOR LTD with the same state-of- the-art capabilities available from NOR’s headquarters in Norway, allowing the company to mobilise equipment and services with greater speed and efficiency from both sides of the North Sea.
The move underscores NOR’s commitment to providing clients with the best marine technology available and streamlining operations across its global network.
NOR’s Chief Commercial Officer, Jostein Jansen, emphasised the importance of this investment in Valeport’s equipment: “The addition of Teledyne Valeport’s technology to our rental pool enables us to offer advanced solutions to our clients. This investment is a significant step forward in our efforts to align our UK subsidiary with the same comprehensive quality offer we deliver from our headquarters. With expanded capabilities in Aberdeen, we are confident we can serve our clients with greater speed, efficiency, and reliability.”
As part of this expansion, NOR LTD will be relocating to a larger facility in Aberdeen, triple the size of their current premises, to further support their growth in the region. This larger footprint will enable faster mobilisation of equipment, improved logistics, and strengthened service delivery to support their clients in the North Sea and beyond.
Kevin Edwards, Chief Commercial Operations at Teledyne Valeport, welcomed the investment: “NOR’s continued investment in our instruments reflects the trust they place in the quality and precision of our technology. We look forward to supporting NOR as they grow their operations and continue to serve their clients globally with the best in marine instrumentation.”
Alongside expanding its presence in the UK, NOR is also investing in Valeport equipment for deployment in key regions worldwide, further reinforcing their role as a leading provider of advanced offshore rental solutions.
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New ‘wastewater’ jet fuel could cut airplane emissions by 70%
Scientists have discovered how to convert wastewater into biofuel to cut plane emissions by 70% — creating a new sustainable version of aviation fuel using biomass and agricultural waste.
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A new technology can convert wastewater into biofuel to cut plane emissions by 70% versus conventional jet fuel, scientists say.
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Sustainable aviation fuel (SAF) currently makes up less than 1% of the fuel used in the aviation industry, but there is a pressing need to find greener fuel solutions as 2.5% of global carbon dioxide emissions come from aviation.
Mainstream aviation fuel options use oil, while alternative options have relied on fat or grease.
In a study published April 25 in the journal ACS Sustainable Chemistry and Engineering, scientists outlined a technology that converts wastewater from breweries and dairy farms into the ingredients needed for SAF — namely volatile fatty acids.
The scientists deployed methane-arrested anaerobic digestion (MAAD) — a process pioneered by Meltem Urgun Demirtas, Argonne National Lab’s department manager for Sustainable Materials and Processes. In this process, bacteria, rather than traditional wastewater treatments, break down the organic matter in wastewater via anaerobic digestion, converting the wastewater into butyric acid and lactic acid. These acids could then subsequently be converted into SAF, the scientists said.
However, the process also produces lactic acids, which limit the production of SAF and even lower its carbon efficiency when being converted from volatile fatty acids into SAF. To get around this, the scientists also created an electrochemical separation method, which extracts organic compounds from wastewater.
The final result was the development of an in-situ product recovery process that removes desired waste in complex mixtures through membrane separation. Coupled with anaerobic digestion, these methods enabled the team to create durable microbial communities that produced a large amount of butyric acid.
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Foreword
Welcome to the first issue of PIN in 2025!
Welcome to the first issue of PIN in 2025!
As we open another dynamic year in the petrochemical and energy sectors, it’s an opportune time to look forward to the critical new developments, challenges, and innovations shaping our industry over the coming year.
In this issue, we explore the possibility of imminent regulations on 1,4-dioxane, a synthetic ester by-product of the production of surfactants and plastics that’s drawn concern for its persistence and carcinogenicity, and delve into the break-down of what were intended to be the concluding negotiations for a global plastic treaty in Busan, with renewed discussions to begin in the new year. We examine whether it is technologically feasible to refine petroleum without producing combustible hydrocarbons, a question that challenges traditional practices, and consider the potential of ammonia as a versatile fuel to drive decarbonisation eforts. Additionally, we reflect on the outcomes of COP29 – and what it means for petroleum.
Elsewhere, we continue to highlight the evolving role of technological innovation in the petrochemical landscape. From enhanced refining processes to alternative fuel developments, these advancements demonstrate the industry’s ongoing eforts to balance regulatory compliance with sustainability ambitions.
As always, PIN remains committed to delivering the insights and analysis you need to navigate this rapidly changing landscape. We thank you for your continued support throughout the year and look forward to bringing you more in 2025.
Wishing you all happy holidays!
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