The Riverside was an 820-foot-long, steel-hulled liquid bulk cargo vessel (oil tanker) built in 2009 by STX Offshore & Shipbuilding Jinhae Shipyard in Changwon, South Korea. It was owned by Glory Riverside Navigation LTD and operated by Thome Ship Management PTE LTD. The vessel was double hulled, meaning its cargo tanks were within an inner watertight hull separated by ballast or void tanks or other spaces from its outer hull, and had a liquid cargo capacity of 793,842 barrels of oil. The vessel was powered by one STX MAN B&W (model 6S60MC-C) slow-speed, two-stroke diesel engine, producing 18,184 hp and directly driving a single fixed-pitch propeller. The vessel’s maximum speed was 15 knots. To change the propeller direction, the engine had to completely stop and then restart in the opposite direction. The main engine could be started from three locations: the bridge, the engine control room, and locally at the main engine.
The Riverside was an 820-foot-long, steel-hulled liquid bulk cargo vessel (oil tanker) built in 2009 by STX Offshore & Shipbuilding Jinhae Shipyard in Changwon, South Korea. It was owned by Glory Riverside Navigation LTD and operated by Thome Ship Management PTE LTD. The vessel was double hulled, meaning its cargo tanks were within an inner watertight hull separated by ballast or void tanks or other spaces from its outer hull, and had a liquid cargo capacity of 793,842 barrels of oil. The vessel was powered by one STX MAN B&W (model 6S60MC-C) slow-speed, two-stroke diesel engine, producing 18,184 hp and directly driving a single fixed-pitch propeller. The vessel’s maximum speed was 15 knots. To change the propeller direction, the engine had to completely stop and then restart in the opposite direction. The main engine could be started from three locations: the bridge, the engine control room, and locally at the main engine.
Article Marine Accident Brief - Collision of Dixie Vandal Tow with Moored Trinity and Tow
by Marine-Pilots.com - published on 8 April 2020
Article Docking Pilot’s Actions Cited in Probable Cause of Allision
published on 26 November 2020
Article NTSB investigation: Higher speed contributes to contact of tow with bridge
published on 14 December 2020
NTSB issued an investigation report on the contact of tow William C with a Rock Island railroad bridge protection cell, on Des Plaines River, in January 2020. The investigation established that high speed prevented the pilot to correct the tow’s position after completing the transit through the previous bridge.
Video Incident between pilot boat and practical Nissos Chios (Balearia), leaving the port of Ceuta (Spain). June 2019
published on 11 December 2019
Article NTSB investigation: Collision of LNG carrier with tank barge linked to pilot’s actions
published on 2 April 2021
Article NTSB Reports on Collision between Baxter Southern Tow and BNSF Coal Train
published on 19 September 2022
Article Swedish Club: Pilot ladder in poor condition
published on 3 August 2022
Article NTSB Determines Cause of Collision between Liquefied Petroleum Gas Carrier and Tug
published on 11 November 2022
Video Pilot cutter transfer journey in force six winds
published on 27 April 2020
Estuary Services crew Andrew Howland (coxswain) and Wayne Goldfinch (deckhand) transferring PLA pilot, Stephen Ford on an approx. eight-mile trip from Ramsgate to board the tanker Songa Breeze at the NE Goodwin pilot boarding ‘diamond’. Departing at 0955 on 20 April 2020, they steered an easterly course to reach the ship by 1030. Weather: wind North Easterly F6, sea state moderate to rough, visibility 10 nautical miles. Footage: ESL Edit: Theo Albanis, Port of London Authority Music:...
Article Results online survey into the securing methods of pilot ladders
by Herman Broers - published on 5 March 2021
It has been shown that a majority (51%) of pilot ladders is secured by means of D-shackles, when secured at intermediate length. Previous research (Evans, 2020) has proven that this method has only about 50% of the strength of the pilot ladder when secured at full length (“double ended ladder”), or by means of the “endless-sling” method.