iljah
Joined 3 years ago
Karma
115
Submissions
13
Member since
Nov 10
Recent submissions
Comment · 12 days ago
On 22 October 2026, the Finnish Government granted Posiva Oy a licence to operate an encapsulation plant and final disposal facility for spent nuclear fuel in Olkiluoto, Eurajoki until the end of 2070. This is the first final disposal facility for spent nuclear fuel in the world to receive an operating licence.
Comment · 3 months ago
On 4 August 2026, the (Finnish) Radiation and Nuclear Safety Authority issued a statement to the Ministry of Economic Affairs and Employment on Posiva Oy’s application for a licence to operate a spent nuclear fuel encapsulation and final disposal facility. According to STUK, the safety requirements required for granting the operating licence are met. This is the first time in the world that the geological final disposal facility for spent nuclear fuel has progressed to the operating licence phase...
Comment · 6 months ago
Bare bones IM program inspired by bitmessage(.org): https://github.com/iljah/p2pIM
Uses proof of work for spam protection. Consists of server and command line client written in python.
Comment · 9 months ago
According to Finnish version (https://yle.fi/a/74-20203091) ATH was hit several times with largest average over 15 minutes of 15.6 GW starting at 5 pm on thursday. Dividing that by population from Wikipedia gives approximately 2.7 kW / person.
https://yle.fi/a/74-20203419 gives a breakdown of ATH production over same period (14.3 GW): 5.8 wind, 4.2 nuclear, 2.3 heat+electricity, 1.8 hydro, 0.3 other.
Comment · 3 years ago
This energy storage system near Helsinki, Finland operated by Helen (https://en.wikipedia.org/wiki/Helen_Oy) might be interesting for HN readers. Some facts from previous article (https://www.helen.fi/en/news/2020/mustikkamaa), not sure which one would've been better in url field: District heat is stored in two rock caverns in Mustikkamaa. The temperature of the water in the caverns varies between 50 and 90 °C. The effective volume of the cavern storage facility is 260000 cubic metres and energy capacity about 11500 MWh. The charging and discharging capacity is 120 MW. The discharging or charging of the heat caverns at full power takes four days. The rock caverns will decrease Helen’s carbon dioxide emissions by 21000 tonnes per year. The stored heat can be used for balancing demand peaks and that way cutting fossil heat production, for example, in cold winter days.