A new and innovative technology; Shell’s Prelude Floating Liquefied Natural Gas (FLNG) facility is being deployed to meet increasing global energy demands.
However, deploying in deep water far away from sheltered areas, offloading LNG offshore presents new technical challenges.
Researchers at UWA work closely with Shell to meet challenges associated with reliable offloading of LNG; a critical component for the successful implementation of the technology.
SymbioticA: provoking dialogue about artful science
/in Arts, Science, Stories /by Scott MitchellArt is supposed to do the avant-garde, be radical and ask the deepest questions about life and about the position of the human in this world. For almost 20 years, UWA’s SymbioticA has been interested in the growing gap between our cultural understanding of life and what we know about life through science. But more importantly, what we choose to do to life through technology. Through their exhibitions and research the group has developed new technologies, influenced policymaking and articulated cultural ideas around scientific knowledge in the pursuit of critiquing the ethical and cultural issues of the manipulation of life.
What’s a breastfeed?
/in Medicine, Dentistry & Health Sciences, Stories /by Scott MitchellOver the last hundred years there have been huge advances in medical care for pregnancy and childbirth such as: assisted reproductive technologies, blood tests for hormone levels, ultrasound assessments of pregnancy and neonatal intensive care units. However, we are not seeing similar advances to treat issues relating to lactation.
A Tailored Prescription in Exercise
/in Science, Stories /by Scott MitchellAs a PhD student, Daniel Green had a keen interest in finding new ways to help sporting people get better at what they do. However, it wasn’t long before he realised that many of the techniques he used to measure human fitness and function could be applied to people at the other end of the health spectrum; patients with heart disease and end-stage heart failure. In subsequent years, Prof Green developed a team at UWA that has had profound impacts on establishing exercise science a recognised allied health profession, leading worldwide agendas to optimise the way that patients are clinically managed using exercise and establishing a better understanding of how exercise exerts its benefits on the heart and arteries.
Stopping the spread
/in Medicine, Dentistry & Health Sciences, Stories /by Scott MitchellInvasive meningococcal disease (IMD) has been on the rise in Western Australia (WA), with nearly half of the cases presenting as MenW. Since 2013, a team of researchers at UWA led by Associate Professor Charlene Kahler have been researching IMD and MenW and have been instrumental in informing the WA government of the need to act in delivering vaccinations to the community, the most effective preventative measure to eradicate this disease.
Side by side: offloading LNG on the open seas
/in Engineering, Computing & Mathematics, Stories /by Scott MitchellA new and innovative technology; Shell’s Prelude Floating Liquefied Natural Gas (FLNG) facility is being deployed to meet increasing global energy demands.
However, deploying in deep water far away from sheltered areas, offloading LNG offshore presents new technical challenges.
Researchers at UWA work closely with Shell to meet challenges associated with reliable offloading of LNG; a critical component for the successful implementation of the technology.
Drop by drop
/in Engineering, Computing & Mathematics, Stories /by Scott MitchellWater is a key driver for all our activities; transporting life giving solutions into the environment and into our bodies. It plays a critical role in making our cities and towns more liveable and our industries viable. Staggeringly, we have access to only 3% of the world’s total water. Of that, 1% falls in the wrong place, 1% falls at the wrong time and only the remaining 1% is accessible for use. By using a multidisciplinary approach, Professor Anas Ghadouani and his team have been dedicated to helping communities close the loop on the water cycle at a local level.
The Business of Breastfeeding
/in Science, Stories /by Scott MitchellUsing ultrasound, Dr Donna Geddes, Senior Research Fellow at the School of Molecular Sciences, UWA is producing new knowledge on human lactation. Innovative products which, have been developed as a result of her research, have already empowered mothers as well as clinicians with tools to provide babies more breast milk and enhance breastfeeding and ultimately improving the long term health of babies worldwide.
Understanding and predicting ocean weather
/in Engineering, Computing & Mathematics, Stories /by Scott MitchellOur planet experiences a range of natural disasters that can cause loss of life and displacement of communities. By using the latest technology and modelling to understand and predict ocean weather, this team have been able to help global communities.
Seeds of Life
/in Science, Stories /by Scott MitchellFood security in Timor-Leste became a major issue following its independence in 2002. Having poor farming practices and increasing concerns over food security, by 2015 Timor-Leste was ranked fourth on the Global Hunger Index. During the hungry season which spans 3 – 4 months per year, farmers and their families experience severe food shortages, poverty and chronic hunger, leading to malnutrition and stunted growth in children. The UWA Seeds of Life program has impacted the lives of East Timorese by reducing the hungry season and improving food and nutrition.
Innovations in Breast Cancer: better diagnosis, better surgery
/in Medicine, Dentistry & Health Sciences, Science, Stories /by Scott MitchellAround 1.7 million women are diagnosed with breast cancer world-wide each year, with more than 15,000 women and over 100 men affected in Australia. Of these, around one in four will need repeat surgery to remove tumour cells, often missed in the initial surgery. Microscope-in-a-Needle is a highly miniaturised medical device that fits inside a needle and is capable of detecting cancer cells with high resolution 3D imaging. The Optical Micro-Elastography device will image the stiffness of malignant tissue at a microscopic level, allowing surgeons to feel whether all the tumour is gone. Both devices will be commercialised for theatre use and will significantly improve detection and removal of tumour tissue and reduce or eliminate the need for repeat surgery. These technologies will impact the lives of women and men world-wide.