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NEWS A GREENER UPGRADE
Aggreko’s latest upgrades of equipment that will help cut emissions and protect the bottom line amid the energy crisis. According to Aggreko, industrial facilities rely
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on several different temporary power and temperature control solutions which are often oversized or poorly matched for their chosen application. This is proving not only unsustainable, but also inefficient. With stricter climate legislation and
uncertainty in the market affecting firms’ ability to predict energy usage, the temporary power firm says its manufacturing customers are now in a precarious position. Greener Upgrades in Manufacturing is a new
initiative that advises on how to meet demand via effective use of newly developed technologies, such as hybrid generators and temperature and humidity control products, which can run off alternative fuel sources. The Greener Manufacturing guide highlights
how the current equipment necessary for cold storage and back-up power emits heavy pollutants such as carbon dioxide, nitrous oxide and other harmful particulates. However, Aggreko showcases some of the changes the industry can make via a Greener Upgrade, such as replacing diesel fuel with hydrotreated vegetable oil (HVO) to cut carbon dioxide emissions by 90% and particulate matter by 86% respectively. Matt Watson, sector sales manager for
Manufacturing at Aggreko said: “In light of the problems the manufacturing industry are facing today, there’s a clamour for more environmentally-friendly solutions. The majority of our customers are now demanding more flexible energy solutions which meet their needs without eating into capex budgets. Greener Upgrades in Manufacturing provides a pragmatic answer to this. “Aggreko has invested significantly into its
fleet technology and product range meaning that greener hired power is one way the industry can navigate the transition to sustainable energy while protecting all- important bottom lines. We believe all suppliers need to be setting an example to industry.” To download the full guide, visit:
https://www.aggreko.com/en-gb/sectors- and-services/manufacturing/greener-upgra des-in-manufacturing
anufacturing managers concerned with the decarbonisation of energy in their facilities are pointed towards
IN YOUR ELEMENT: OUTLINING CAREER OPPORTUNITIES
maths, to solve problems relating to the design and development of chemical manufacturing processes. It’s a challenging industry that requires vast knowledge, determination, discipline, and a particular set of skills. Once you’ve secured your degree in
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chemical engineering, you’re presented with an array of possibilities. There’s a current shortage of engineers in the UK, including chemical engineers, which means demand is prevalent, and there are also multiple career paths you can take. Let’s explore the available options and what this might mean for you in terms of salary and expectations. Chemical engineer: Studying chemical
engineering at university will give you direct access to a career as a chemical engineer. The industries available to you in this role include energy, food and drink, pharmaceuticals, plastics, and water treatment. As a chartered engineer, you could
receive around £78,500 for the work you produce in your chosen sector. Nuclear engineer: There are benefits that
can be utilised from nuclear energy and radiation, and it’s the job of the nuclear engineer to source these benefits. Using information and skills acquired from your chemical engineering degree, you can discover and develop the necessary processes and systems to turn your results into useful perks that will benefit real life. Nuclear technology helps the world in a
variety of ways, especially in terms of climate change and sustainable development. Those earning in the top ten per cent of this career take home upwards of £110,000 per annum. Biotechnologist: If you choose this career
path, you can expect to join forces with other biological technicians to solve problems relating to living organisms, such as pollution and diseases. To be successful in biotech, you need robust mathematical knowledge, an analytical way of thinking, and strong attention to detail, on top of your chemical engineering degree. The 2020 coronavirus outbreak further
positioned biotechnology as a fantastic field to enter, as the demand for new drugs and vaccines rocketed. Those in highly experienced roles (having worked ten or more years) can expect to earn around £60,000 per year for a standard working week of thirty-five to forty hours. You may be expected to keep up to date
with the latest advancements in biotech and develop new products, systems, and processes in response to your findings. Food engineer: A career in food
engineering promises a lot of responsibility. Your primary concern will be to ensure the safe and efficient processing, packaging, and delivery of food, so you must be
6 NOVEMBER 2022 | PROCESS & CONTROL
hemical engineering combines various scientific principles, such as chemistry, biology, physics, and
confident in your capabilities. You can work in various sectors as a food
technologist and expect to take home up to £57,000 per year for your experience and efforts. It’s important to note that this industry is
constantly evolving, with new focuses and opportunities materialising often. While food preservation and stabilisation were once the focal points, the sector has branched out to include diversity, taste, health, and sustainability. Colour technologist: With a degree in
chemical engineering, you’d be well placed to pursue a career in colour technology. In this role, your responsibilities will vary depending on the industry you settle into. Perhaps your focus will be on creating dye for the textiles sector, or maybe it’s choosing paints and inks for printers. Generally, your knowledge and skills will
contribute to modifying and/or developing pigments using specialist computer systems such as CAD. On top of this, you may find yourself operating colour measuring equipment to ensure colour reliability in the dyes and pigments produced. For the expert work you produce - as well
as efforts to keep up to date with the latest trends and developments - you can expect to receive upwards of £35,000 per year once you’ve gained substantial experience and been introduced to the supervisory level. Petroleum engineer: Oil is one of the most
crucial raw materials in this world. Your job as a petroleum engineer will be to ensure the safe extraction of oil and gas, guaranteeing customer efficiency and affordability. Chemical engineering courses will equip
you with the necessary skills to manage responsibilities, including researching and developing plans for extraction, discovering new sites, analysing the formation of rocks and reservoirs, and supervising drillings and extractions. In this role, you could achieve a yearly
salary of up to £95,000 with experience. In addition, you might receive the opportunity to work in different locations across the world, with extra, generous benefits packages available. Working hours are mainly between 09:00 and 17:00, with major companies typically offering flexible working patterns. With a chemical engineering degree
under your belt, you could be looking at a very prosperous career! The above list is not exhaustive of the paths this qualification can take you down, and you’re encouraged to explore further and find a job role that truly meets your interests and passions. Information supplied by Heriot Watt
University. A link to all the sources can be found at: https://processandcontrolmag.
co.uk/in-your-element-career-options- with-a-degree-in-chemical-engineering-2/
https://www.hw.ac.uk/uk/study/undergra duate/
chemical-engineering-beng.htm
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