PCM briefing: Ice Energy signs distribution deal with Fuji Bridex; Pluss food bag now available in 13 states across India
Ben Welter - Friday, May 03, 2019
• Ice Energy of Santa Barbara, Calif., has signed a distribution agreement with Fuji Bridex Pte Ltd. Under the agreement, Fuji Bridex will market, install and service Ice Energy’s commercial and residential ice-based thermal energy systems across Singapore, Japan, Australia and Southeast Asia.
• Pluss Advanced Technologies of Gurgaon, India, announced on LinkedIn this week that its PronGO insulated food bag is now available in 13 states across India and has "moved over 150 metric tons of #frozen and #chilled foods safely every month." The bag, right, uses PCM cooling pouches to keep perishable foods cool for up to eight hours and frozen foods frozen for up to five hours.
• 1414 Degrees of Australia fired up the burners for the first time at its gas thermal energy storage system at the Glenelg Wastewater Treatment Plant in Adelaide this week. The system will enable South Australia Water to time-shift the use of its biogas to produce electricity and heat on demand, rather than use the biogas as it is generated.
• Registration is open for the 5th International Conference on Industrial Waste Heat Valorisation May 21-22 in Kortrijk, Belgium. Among the topics: "Thermal storage technologies for medium and high temperatures," "Thermal (heat and cold) storage in industrial processes," "Thermal storage in P2H2P (Power to Heat to Power)" and "Increase flexibility of your energy system by adding thermal storage."
• Alexium International Group Ltd. this week announced that it has entered into a supply agreement with an unnamed "multi-billion dollar North American manufacturer of mattresses." Alexium says the agreement makes it "the preferred supplier of phase change material (PCM) products for textile applications to its bedding products with the intent to form a strategic partnership."
• Brooklyn Bedding's new Aurora hybrid mattress features PCM "gel beads" that melt and solidify as needed to maintain a comfortable temperature. A reviewer for the Stamford Advocate gives the mattress high marks: "While I admittedly didn't take a thermometer to bed with me, I can say that this technology isn't marketing fluff — it actually worked for me. I never overheated, and neither did my partner who tends to sleep much hotter than I do."
• MIT researchers have developed thin polymer films that conduct heat better than ceramics and many metals, including steel. “We think this result is a step to stimulate the field,” says Gang Chen, the Carl Richard Soderberg Professor of Power Engineering at MIT, and a senior co-author on the paper. “Our bigger vision is, these properties of polymers can create new applications and perhaps new industries, and may replace metals as heat exchangers.”
• Matthias Wuttig, a professor at RWTH Aachen University, was honored by the Materials Research Society as a 2019 Fellow for making "path-breaking contributions to the advancement of phase-change materials, including unraveling their unique bonding mechanism, unconventional transport properties and unusual kinetics." The society, founded in 1973, has more 14,500 members who are material experts from industry, academia and national labs.
• Posted by Warmilu founder Grace Hsia on LinkedIn this week: "So honored Doctors Without Borders is piloting the Warmilu infant warming incubator blankets in Bangladesh. Thank you again to the whole Doctors Without Borders team and the Warmilu team stepping up to support infant healthcare initiatives. It was a great honor to be an abstract presenter at Doctors Without Borders MSF 2019 International Paediatric Days! We just saw the abstract published in ResearchGate and two of my personal + career dreams have finally come true: working with Doctors Without Borders and being published! Huge thank you to the whole MSF Scientific Committee and to Dr. Nadia Lafferty for your words of wisdom and amazing insights." Warmilu's IncuBlanket uses packs filled with sodium acetate trihydrate to keep infants warm for up to five hours.