Project development

SIA “KEPP EU” in cooperation with the project “Mašīnbūves Kompetences centrs izveide” SIA “MAŠĪNBŪVES KOMPETENCES CENTRS”, within the framework of the project ID Nr. 1.2.1.1/16/A/003, October 1, 2017. began to implement the study Nr. 2.7 “Silīcija bezdislokācijas monokristālu audzēšan

The report on the project “FLOAT ZONE SILICON FROM EB GROWN RODS” was adopted by the European Commission. The project was successfully completed in July 2017. A business development plan for the company has been developed.

In June 2017, in process No. 28, a polycrystalline rod with a diameter of 296 mm was grown at the VU 3 installation. Samples were taken from the rod for quality control by growing single crystals in the FZ process. During sampling, the core did not collapse. Test samples with a diamet

09/22/2016 Process No. 21. A rod with a diameter of 150-165 mm in the skull process with electron beam heating was obtained. 10/21/2016 – Application No. P-16-72 for obtaining a patent for a gas-discharge gun isolated from a process chamber 12/29/2016 Process No. 26. A rod with

All activities in the project No. 2 / EEZLV02 / 14 / AK / 010/005 were completed with the support of Valsts reģionālās attīstības aģentūra. The aim of the project was to create an alternative technology for the production of polycrystalline silicon rods from a melt with electron beam

SIA “KEPP EU” in a cooperation with SIA “MAŠĪNBŪVES KOMPETENCES CENTRS” project “Mašīnbūves Kompetences centrs izveide”, has started implementation of the study Nr. 2.3 “Elektronu staru sildītāju plazmas lādiņa formas modelēšana un tā formas optimizācija kristālu audzēšanas procesa va

A new hot zone has been installed, and the first test process for puling rod with diameter 200mm has been conducted. The process was regular, weight of grown rod 19kgs, length 420mm.

Since the beginning of Project No. 2/EEZLV02/14/AK/010/005 supervised by State Regional Development agency(VRAA) «Create the energy-efficient technology to produce polycrystalline silicon» a number of works have been conducted, which shall enable obtaining of silicon rods with paramet