A large portion of the annual cost of corrosion can be attributed to the corrosion of pipes and ventilation systems. However, the corroding surface is mostly inaccessible in these conditions and therefore the detection and monitoring of corrosion for evaluating the need for possible maintenance is problematic.
Our solution to the problem is a hand-held corrosion monitoring device, that is capable of detecting the corrosion that takes place inside pipes while the measurements are done outside. We currently have a working prototype but we want to investigate also alternative approaches in order to come to the market with a user friendly product.
The development of the prototypes is funded by Captain Corrosion OÜ and Prototron.
In a world, where amazing things happen so fast, that they remain invisible for an unaided eye, exists a technology that can stretch out time. It is a high speed camera, that records thousands of frames within a second, making it able to expose what actually happens in extremely brief moments. Strap yourself in and join us in this epic adventure to explore our marvelous world in slow motion!
During this project, we organize several workshops and open door experiments, where participants can film fast phenomena from daily life with our new high speed camera. The reference code for registration to slow-motion workshops and outdoor experiments is “ETAG2018”. The best footage filmed in the events is afterwards published as part of science videos on our YouTube channel:
This project is partially funded by the Estonian Research Council and the Estonian Ministry of Education and Research, which allowed us to purchase the high speed camera.
Assembly and programming of an electronic measurement device that allows to perform materials characterization in space on student satellite ESTCube-2. (EST: Mõõteseadme valmistamine ja programmeerimine materjaliuuringute jaoks kosmoses tudengisatelliidil ESTCube-2). This electronic device is one of the two major components in our developed corrosion testing module, which will be used to test a novel nanostructured coating and a smart radiation shielding material in LEO (Low Earth Orbit).
The preparation, programming and preliminary testing of the electronic measurement device is carried out by Hedgehog OÜ and funded by Captain Corrosion OÜ (30%) and Enterprise Estonia (70%).
ESTCube group assists us with the planning of this experiment and with the integration of our corrosion testing module to the student satellite ESTCube-2. Once the satellite is in space, we will also carry out the tests together.
Laboratory of Thin Film Technology (University of Tartu) is our main partner for assembling the test system, that will be used to test the patented nanostructured coating. With them we also carry out laboratory-based materials characterization measurements and tests.
We are currently making a science video series about scanning electron microscopy studies. In these videos we discuss the sample preparation and show how things actually look like in the microscopic scale.
Videos can be seen in our YouTube channel.
The scanning electron microscopy images made in these studies are uploaded to our gallery.
We just published one of our most sophisticated videos made so far. It is about corrosion in space due to radiation and in the video we will discuss different radiation-matter interactions.
We just published a new video about corrosion in space due to charged particles. Its the 2nd episode in a three part series.
We completed the video about corrosion in space by atomic oxygen! It is the first episode in a three part series.
The corrosion scientists of the University of Tartu have a new expensive toy – a salt spray test chamber that allows to study the performance of materials and protective coatings similar to real conditions.
Arrival of the salt spray test chamber – on the image Maido Merisalu (founder of Captain Corrosion OÜ).
Our new science video about an elemental analysis technique, x-ray fluorescence spectroscopy, is now available online!
We have started making a new science video about X-Ray fluorescence spectroscopy (XRF). In this 6 minute video we will explain with 3D animations the basics of this materials characterization technique and do a demonstrations where we use XRF to measure the elemental composition of an ancient coin.
This video will be published in October 2016.
Potential sponsors can learn more about collaboration opportunities by contacting us.