The ultra-high-molecular-weight-polyethylene installation model was designed. P&ID scheme was created using AutoCAD P&ID software. The applicable calculations were conducted in MathCAD and Hysys environment. AutoCAD Plant 3D was facilitated to build 3D model and structure tying.
сверхвысокомолекулярный полиэтилен, полимеризация, 3D модель, P&ID схема, Ultra-high-molecular-weight polyethylene, polymerization, 3D model, P&ID scheme
1. Yu.M. Annenkov, A.S. Ivashutenko, Perspektivnye materialy i tehnologii v elektroizolyacionnoy i kabel'noy tehnike. Izd-vo Tomskogo politehnicheskogo universiteta, Tomsk, 2011, s.127-128
2. Galibeev S.S., Hayrullin R. Z., Arhireev V. P. Sverhvysokomolekulyarnyy polietilen. Tendencii i perspektivy //Vestnik KGTU, 2008, №2, s.50-55
3. Mihaylin Yu.A. Sverhvysokomolekulyarnyy polietilen // Polim. mater. 2003. № 3. S. 18-21; № 4; № 6; № 7. S. 16-19
4. Bronezhilet iz paketa [Elektronnyy resurs]// «EPRO» № 5 t.6 2006g. URL: http://www.epr-magazine.ru/business/innovations/fakel/ (data obrascheniya: 03.05.2013)
5. Pat. Rossiyskoy Federacii 2176649 (2000)
6. Ziyatdinova A.A., Garieva F.R. 3D proektirovanie uzla alkilirovaniya i transalkilirovaniya proizvodstva na ceolitnom katalizatore//Vestnik KGTU, 2012, T.15,№10, s.220-221.
7. Abul'hanova N.V., Musin R.R. 3D proektirovanie ustanovki vtorichnoy demetanizacii etan-etilenovoy frakcii//Vestnik KGTU, 2012, T.15,№11, s.182-184.
