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BW Group and Miros Launch Fuel-Saving, Emissions-Reducing Joint Venture

BW Group and Miros Launch Fuel-Saving, Emissions-Reducing Joint Venture
Written by AZoCleantechMar 4 2021
BW Group and Miros are launching Miros Mocean, a joint venture to provide the shipping industry with a new standard in vessel performance optimisation. BW Group and Miros are combining maritime expertise and leading radar technology to overcome the performance inefficiencies of the shipping industry by providing unprecedented data accuracy into the operating conditions of a vessel, a missing piece in vessel performance until now.
Miros Mocean - Digitised Ocean. Image Credit: Miros Mocean
The lack of reliable information on performance in actual operating conditions leads to highly variable performance data ....

Remi Eriksen , Michael Parker , Andreas Brekke , Gunnar Prytz , Christian Bonfils , Miros Mocean , Michael Schmidt , International Transport Forum Decarbonising Maritime Pathway , Poseidon Principles Association , Bw Group , Image Credit , Poseidon Principles , Missing Piece , Vessel Performance , Managing Director , Transport Forum , Decarbonising Maritime Transport , ரெமி எரிக்சன் , மைக்கேல் பார்க்கர் , ஆண்ட்ரியாஸ் பிரேக் , மைக்கேல் ஶ்மிட் , பஸைடந் ப்ரிந்ஸிபல்ஸ் சங்கம் , பவ் குழு , படம் கடன் , பஸைடந் ப்ரிந்ஸிபல்ஸ் , காணவில்லை துண்டு ,

How cells 'eat' their own fluid components

Published: January 21, 2021
Autophagy is a fundamental cellular process by which cells capture and degrade their own dysfunctional or superfluous components for degradation and recycling. Recent research has revealed that phase separated droplets have a range of important functions in cells. An international collaboration between German, Norwegian, and Japanese researchers has unravelled the mechanisms underpinning both how these droplets are captured through autophagy, as well as how droplets can serve as a platform from which structures facilitating cytosolic autophagy arise.
Autophagy eats portions of liquid droplets in cells
A liquid droplet made of phase-separated proteins (magenta) can associate with autophagy membranes (green). In this paper, it was shown that the droplet-membrane interaction depends on wetting and is defined by the surface tension of the droplet. As autophagy membranes expand on the droplet surface, droplets of sufficiently low surface tensio ....

United States , United Kingdom , Haruka Chino , Andreas Brech , Rolandl Knorr , Ikuko Koyama Honda , Noboru Mizushima , Roland Knorr , Chieko Saito , Simonam Migliano , Harald Stenmark , Yoshinori Ohsumi , Sebastianw Schultz , Jaime Agudo Canalejo , Institute Of Clinical Medicine , Institute For Cancer Research , Tokyo Tech World Research Hub Initiative , Institute Of Innovate Research At Tokyo Tech , Oslo University Hospital , University Park , University Of Oxford , Institute Of Innovative Research , Pennsylvania State University , Max Planck Institute For Dynamics , Centre For Cancer Cell , Tokyo Institute Of Technology ,