
86 
Strait (Figure 6), grounding in Kinnvika on 
Nordaustlandet, which is a national park. The vessel 
was flooding and had a heavy list. The Joint Rescue 
Coordination Centre in Bodø received an emergency 
call from the master of "Northguider". The SAR 
resources of the Governor of Svalbard were mobilised 
and two helicopters took off from Longyearbyen. Just 
two hours after the emergency call, the first 10 crew 
members were rescued and returned to 
Longyearbyen. One hour later the second helicopter 
rescued the remaining four crew members. The 
airborne capacity of the helicopters were fully used in 
this operation (airborne time remaining at the end of 
the operation was less than 10 minutes). 
 
Figure 6. Location of grounding of fishing vessel 
"Northguider" 28th December 2018 (from 
https://sysla.no/maritim/norsk-fiskebat-nod-ved-svalbard-
15-om-bord/). 
"Northguider" had approximately 300,000 litres of 
fuel on board. Due to the risk of oil pollution of the 
national park, the NCA in collaboration with the 
shipowner (represented by a master and two chief 
engineers) and the emergency preparedness and 
response company Ardent,  immediately started to 
plan an operation to empty the tanks to prevent a 
possible oil spill. As the grounding area usually has 
drifting or fast ice in winter, "KV Svalbard", the only 
NCG vessel with ice classification was mobilised. This 
vessel was located on the Norwegian mainland, it first 
sailed to Longyearbyen to pick up additional 
equipment for Arctic operations as well as 
representatives  from the Governor of Svalbard, oil-
spill removal experts from NCA, the shipowner and 
Ardent. The main challenges that the operation 
presented were darkness, low temperature, drifting 
ice, current and unknown and poorly charted shallow 
waters. The nature of the location prescribed the use 
of dedicated 1000 liters intermediate bulk containers 
(IBC) installed on two KV "Svalbard" Polarcirkel 
workboats. In total these workboats transferred 
332.000 liters of fuel oil from "Northguider". In 
February 2019, the Governor of Svalbard and 
Norwegian Coastal Administration agreed to delay 
the salvage operation until August 2019 when the 
breeding season for sea birds end.   
5  BASIC EDUCATION AND TRAINING OF 
SENIOR OFFICERS ON EMERGENCY TOWING 
VESSELS 
The Norwegian Coastal Administration chose SINTEF 
Ocean as its partner in the development of courses for 
masters of vessels contracted for the national 
Emergency Towing Service. A curriculum was drawn 
up that included competence tables similar to those 
used by the International Convention on Standards of 
Training, Certification and Watchkeeping (STCW) 
(Figure 7). Two modules were developed in 2016, 
through collaboration with towing vessel masters and 
the Norwegian Coast Guard as shown in Figure 8. 
The first module is a theoretical course lasting two 
days, while module 2 is a practical exercise with at 
least two vessels led by an experienced tug master.   
The first module introduces the background for 
and the objectives of the Norwegian ETS. Its duration 
is two days and it is held at NCA's Emergency 
Preparedness division in Horten. The second consists 
of planning and performing a training exercise to 
establish an emergency towing line on a selected case 
vessel and is a one-day event. The contents of the first 
module are shown in Table 2.   
By the end of 2018 40 masters and other relevant 
persons (NCA and NGC) had completed this module. 
Participants have included personnel from 
commercial tug/offshore companies whose vessels 
have been chartered for the Emergency Towing 
Service, the Norwegian Coast Guard, Norwegian 
Coastal Administration and other operational 
personnel involved in emergency preparedness. 
The Module 2 course takes form of a practical 
towing seminar, where two or more vessels are come 
together for practical operational training and 
experience sharing. This module is led by an 
experienced tug master. The duration of the towing 
seminar is two days, during which the crew trains on 
connecting emergency tow lines to the vessels. During 
the course, both safe job analysis and toolbox talks are 
provided before the tow line is connected. Both heavy 
and light tow gears are used, and how to connect to a 
drifting vessel under black-out is described. 
Evaluation and discussions on how to use equipment 
follow the exercise, providing useful insight into 
current equipment, and possible new equipment that 
will make the next emergency tow connection easier.   
   
Figure 7. Curriculum of the course for masters on vessels 
employed by the national ETS.