Schiffstechnik | Ship
Schiffstechnik | Ship Technology Manufacturer Product name Approval status (type appr.) Ex. Appr. AMS (USCG) USCG Approval status (full type approval) Technology / Process steps Solid-liquid separation Disinfection chemical physical Options N.E.I. Treatment Systems Ventury Oxygen System (VOS) 2008 yes yes yes Dec 13 in progress none no deox. + cavitation Nippon Yuka Kogyo Sky-System chemical NK Company Ltd. BlueBallast 2009 yes yes Oct 13 none O3 Ocean Clean Bio Sea 2013 yes yes Mar 14 in progress, expected Q1 / 18 mechanical filtration + UV (MP) desinfection NC mechanical filtration + UV (MP) desinfection skid version, semi-modularversion, modular version Optimarin OBS 2009 yes yes yes yes 2016 filter & UV no filter Pact Marine Pact Marine BWTS 2014 yes yes Apr 15 filtration no UV Panasia Co Ltd. GloEn-Patrol 2009 yes yes yes Oct 13, rev. Feb 15 filtration (screen) no UV (LP) Panasonic Environmental Systems & Enginering ATPS-Blue no electrolysis, electrochlorination Redox Maritime Technologies Redox no filtration, ozination, UV RWO Veolia CleanBallast 2010 yes under development yes Apr 13, rev. Dec 14 in progress filtration (disc) advanced electrochemical no Samkun Century Ara Plasma 2012 yes yes Oct 13 filtration no UV (MP) plasma Samsun Heavy Industries Company Purimar 2.0 2011 yes yes Oct 13, rev. May 14 / Feb 15 filtration Severn Trent De Nora BalPure 2011 yes yes revised Dec 14 filtration (screen) EC / EA (only 1 % vol) NE Shanghai Cyeco Environmental Technology Co. Cyeco BWTS 2012 yes yes Jul 14 filtration (screen) no UV (MP) Shanghai Hengyuan Marine Equipment Co. Shanghai Hengyuan HY 2013 yes yes Sep 14 filtration no UV Shanghai Jiazhou Balwat yes 2013 filtration, UV STX Heavy Industries Company Smart Ballast 2013 yes yes Jan 14 sterilizer without filter Sumitomo Electric Industries Ecomarine 2014 yes yes Dec 14 filtration no UV Sunbo Industries BlueZone 2014 yes no ozonation SunRui Marine Environmental Engineering Company BalClor 2012 yes yes May 13 yes filtration (Screen 50 μ m) EC / electrolysis 60 HANSA International Maritime Journal – 155. Jahrgang – 2018 – Nr. 3
Schiffstechnik | Ship Technology Capacity on module / skid* (m 3 /h) Investment € per m 3 /h Power requ. on average (kWh/1000 m³) (SW = sea water, FW = fresh water) Chemical / Neutralizer used Weight (kg per m 3 /h) Retention time (hrs) Effluent analysis Pressure drop (bar) Lifecycle main component Website 300–6,800 (max. mult. unlim.) 800 (small) 200 (large) 30 (only 1 x / in) N/A 2.5–3.5 nozzle + burner 48 N/A 0 20 years nei-marine.com nipponyuka.co.jp 125–4,000 75–145 3.3–10.5 daishin-technos.co.jp 30–2,000 14kW/ 150m3 NC IMO: 0, USCG: under process < 0.8 in dirty conditions ballastwatertreatment. com 50–3,000 / 750 15 in IMO mode NA none NA 0.7 2,5 years (UV lamp) optimarin.com 100–4000 27–432 (eleven types) no pactchina.com 150–6,000 182–338 100 (2 x) no 3.6–4.8 none yes 0.4–0.6 4,000 hrs worldpanasia.com panasonic.com redoxmaritime.no 150–3,750 (max. mult. 7,000) 14 (SW) – 70 (FW) (2 x, in / out) only in SW: sodium tiosulfate < 5 none optional > 0.7 electrodes 3,000 hrs filter discs 8,000 hrs rwo.de samkunok.com 250–6,500 TRO shi.samsung.co.kr / Eng 7,500 0,05 N/A none yes 0,5 N/A balpure.com 250–2,000 cyecomarine.com 200 sh-hengyuan.com / en 300–1,000 stxhi.co.kr / Eng 200 no global-sei.com sunboind.en.ec21.com 100–8,500 neutralizing unit to add sodium thiosulfate sunrui.net HANSA International Maritime Journal – 155. Jahrgang – 2018 – Nr. 3 61
