QFC Saputi II

Dualspecies factory for onboard seafood processing

With a handling capacity of 750 tons of shrimp and 1,100 tons of halibut, Saputi II will be equipped with a Carsoe dual-species processing factory, optimized to handle and process each product and species efficiently.

The factory is a dual-species factory designed for efficient and high-capacity production and includes:

An advanced dual-species processing line
IQF and Automatic Horizontal Plate Freezers for fast and efficient freezing
Robotic Hotel for efficient sorting of products
Automated palletizing and transport to cargo hold

The factory onboard the QFC vessel, Saputi II, is designed to ensure streamlined processing across the two species. The catch is quickly processed and frozen onboard, ready for distribution.

Read more about the onboard factory here

Carsoe was a natural choice for us as a trusted partner. We have benefited greatly from Carsoe’s service over the past several years as a partner on the first Saputi vessel.

- Jerry Ward, Director of Fisheries with Qikiqtaaluk Corporation, owner of QFC.

Species

Onboard factories for fish and shellfish

Carsoe manufactures shrimp lines onboard both large freezing vessels and fresh fish vessels in many different sizes.

Onboard Shrimp Factories
An efficient pelagic factory onboard requires high capacity freezing solutions to ensure a stready and reliable production flow.

Pelagic Factory Solutions
Tailored crab processing solutions with a safe cooking process and a high degree of automation. At Carsoe, we create tailored crab processing solutions for a variety of vessel sizes and processing needs.

Onboard Crab Factories
A Carsoe whitefish processing line, specialised in filet processing and handling, ensures gentle treatment and preservation of quality, with a fast and gentle bleeding process of the fish - regardless your vessel type.

Whitefish Trawler

Whitefish Longliner
When we design a pollock and surimi processing system with our customer, our focus is to create a value-added production with the most optimal yield.

Pollock & Surimi Processing