Visit the page describing ice services to see how our experience maybe useful to facilitate your offshore operations. Vast historical database on Ice and Metocean data in the Caspian region allows fast review of environmental impact on the FEED stages and to develop design criteria at later stages
In order to deliver the latest knowledge and technology our company conducts continuous research in the areas of ice physics and remote sensing integrating results and findings into our operational tools
Company is about to launch marine forecasting services and support for collection of metocean data. Internal data management systems and forecasting tools undergo testing. More information coming up soon.
Iceman.kz publishes ice and metocean data over the Caspian sea visualized with this series of short videos. The videos show a small portion of the database we collected processed and generated during the last years. The major sources of data for our ice observation and monitoring program are free source by Copernicus and NASA and…
Faculty of Geography of Lomonosov Moscow State University (MSU), Russia and Iceman.kz, Kazakhstan have enaged in a research project to study study ice rubble features (ridges and stamukhi) and their impact on seabed. There are two major topics that are covered in the scope of this cooperation: Seabed – rubble fields interaction; Effects of climate…
Just days after the ice season is finished in the Caspian we are glad to publish updated database on stamukhi including this season (2019-2020) and reanalysis for 2013-2014. Extremely mild season resulted in stamukhi formation mainly along the Eastern and Northern precoastal zones with rare obsjects in deeper than 3 m (-31 m BD) waters.…
2019-2020 was an extremely mild winter in the Caspian. This video summarizes development of ice conditions through the length of the season.
Ice Is Gone 2019-2020 ice season is now closed Once again the past winter set another record to be the lowest by ice cover development season in the Caspian. It is the seocnd warmest season i judged by FDD. The was one that was warmer in 2015-2016. However, freeze-up was a lot later and extreme…
It is the beginning of February and there is almost no sea ice in the Caspian sea and we observe anamalously low ice volume that was generated to the moment. The maximum volume reached this season is 4.3 cubic km. This is a very small number compared to 19.2 that was observed in 2017-2018 and…
Cold period in November has resulted in ice formation along all the shores of the Northern Caspian Sea. Great Sentinel-2 from 7 December reviled the picture of ice conditions in the area after warming period in the beginning of December. Looking at several locations we can observe that ice is melting in the area –…
Cloudless Landsat-8 image on 25th November revealed the picture of sediments transfer by water currents through shallow part of Saddle area connecting deeper part of central Caspian with Ural furrow. Saddle is an important area for navigation as nearly all vessels cross it to enter the northern Caspian waters. With decreasing water level in the…
New ice coming to Kashagan was caught with freely available and luckily cloudless Sentinel-2. Image illustrates ice and structures interaction in the scale of full field in a cluster of artificial islands. Other locations are available on a dedicated page of our site.
Invasion of cold air from Siberia has triggered formation of new ice along the northern and eastern coasts of North Caspian Sea area. Air temperature in October was higher than the average during the last 10 years, but early in November there was a sudden drop which resulted in faster cooling of the water. The…
