Author: admin

Sveinn Margeirsson, CEO of Matís, has resigned after 8 years. Matís is a strong company with strong human resources. Matís' board thanks Sveinn for his contribution to the company. Under his leadership and with the involvement of powerful staff, their ingenuity and knowledge, Matís has grown.

Oddur Már Gunnarsson is the current CEO as of today. Further information is provided by Sjöfn Sigurgísladóttir, Chairman of the Board of Matís.

Contact

Þóra Valsdóttir

Project Manager

thora.valsdottir@matis.is

On Wednesday, December 12, 2018, Dr. Ira Levine, President of the Algae Foundation and Professor at the University of Southern Maine with a presentation on algae and algae cultivation.

One of the goals of Dr. Ira Levine to Iceland is establishing contacts between parties in algae cultivation in Maine and Iceland. The Algae Foundation offers free teaching materials that he will present as well as share his experience. Two lectures will be held, one focusing on algae and the other on algae.

More information about the event can be found here.

Just now this ended an amazing episode in the news commentary show Kveik which is shown on RÚV on Tuesday nights. This time it was plastic, both microplastic and plastic that birds and other animals have eaten.

The eyes of rulers around the world have been opened to the threat posed to us by plastic. For example, the European Union is aiming for a major effort in these matters, and it is clear that the next research plans, especially the one starting in 2021, will take these priorities into account.

Of course, it did not go unnoticed how much of a shock it was for Sigríður Halldórsdóttir at RÚV to see the results of Matís' research on water from washing machines, water that goes directly down to our drains and out to sea. Matís has been a strong participant in research and discussion of these issues in recent years, and the company, together with partners, has pushed for the issue of plastic pollution, especially microplastics, to be given greater weight.

Matís has built up a strong infrastructure and knowledge for research on plastics in the environment, participated in research projects on plastics, is a participant in the government's consultation forum on an action plan in the field of plastics and will lead a project within the Icelandic Presidency of the Nordic Council of Ministers 2019-2021, which will focus on building a foundation for research and monitoring of plastics, to name but a few.

Plastic pollution is a real threat to the marine environment. We Icelanders have a lot to do with the marine environment, as the fishing industry has been our main industry in recent decades. It is therefore important that the existing knowledge is used to the fullest to counteract the great danger of plastic pollution in the sea. Are we going to use the resources of the ocean in the way that has been and even better? In order for this to be possible, it is necessary to conduct research on all aspects of the value chain of marine products, from the marine environment to fishing and processing and on behalf of consumers, as well as what arises from fish processing.

Matís builds on a good foundation here, as the company and its predecessor (Rannsóknastofnun fiskiðnaðarins) have worked hard together with partners in the industry, in increasing the value of seafood in a sustainable way.

It was often necessary, but now it is necessary to join hands and apply the science to prevent the marine ecosystem around Iceland from being permanently damaged. We need to research the situation, assess the risks that exist and see the positive opportunities that exist if we are to take a strong step forward.

Go ahead!

Contact

Guðbjörg Ólafsdóttir

Specialist

gudbjorg.olafsdottir@matis.is

A new project has just started at the Marine Research Institute and Matís. The project is called eCAP and involves tracking capelin with the surrounding gene (eDNA).

eCAP aims to use DNA found in the environment (ocean) to find and track capelin to increase knowledge of its changing distribution and to improve stock size assessments and fisheries in Icelandic waters. It will benefit the Icelandic fisheries sector, provide new and better methods for estimating stock size and help to assess the total allowable catch. ECAP will also lead to lower carbon emissions in the Icelandic fleet, as it can be expected that less need to sail in search of capelin, if the project's goals are achieved.  

Marine Research Institute, Marine and Water Research and Consulting Institute, manages the project.

The project is funded by Technology Development Fund.

Contact

Sæmundur Elíasson

Project Manager

saemundur.eliasson@matis.is

A new project is about to start with Matís and partners. The project is particularly practical and involves the redesign and improvement of the bleeding and cooling equipment Dreka, which has been manufactured by Micro Ryðfrí Smíði ehf. from 2012 but the equipment has been used on board ships with good results.

The aim of the project is to increase the quality of raw materials and homogeneity of products with equipment that also ensures simple operation on board and takes up little space compared to other comparable solutions. To achieve these goals, the project aims to deliver the following three products:

Redesign of the Draka bleeding and cooling equipment with automation in mind.

Design of a vertical Dragon that can be placed between the tires, thus saving valuable space on board and also creating opportunities to improve blood drainage with increased fluid pressure during the bleeding process.

Design of a new solution that combines bleeding and cooling into one integrated. These solutions will then be tested and their results will be used in the preparation of marketing material.

Matís' partners in this project are Micro Ryðfrí Smíði ehf. and Skinney Þinganes.

Project management: Micro

Strength: Technology Development Fund

Photo / picture: Magnús Óskarsson for Matís

Contact

Hildur Inga Sveinsdóttir

Project Manager

hilduringa@matis.is

The condition of mackerel caught within Icelandic jurisdiction makes it difficult to process. Studies on the possibilities of filleting and storing mackerel show that dark muscle under redness is sensitive to cravings. The aim of a project currently underway within Matís is to assess the possibility of mackerel fillet cutting and what effect the processing has on their quality and stability. Removing red and dark muscle could result in much more valuable fillet products as well as creating a platform for utilizing the side raw material in valuable food products.

Preliminary experiments have shown that it is possible to remove redness and dark muscle without damaging the fillet, but a lot of work needs to be done to adjust the equipment, do research on the stability of skinless fillets as well as look for ways to use the side raw material that falls off. then processing. Processing mackerel caught within Icelandic jurisdiction in high-quality skinless mackerel fillets and side raw materials in other value-added products can create a great increase in value for everyone who comes, the Icelandic fishing industry, the nation and the environment.

The project is funded by the Technology Development Fund and partners are the University of Iceland, Síldarvinnslan and Ísfélag Vestmannaeyja.

The debate on agriculture has intensified recently. The discussion has revolved around antibiotic-resistant bacteria in food, micro-slaughter and risk assessment, to name but a few. But how do Icelanders stand when it comes to building scientific knowledge on the state of food security in Iceland?

In 2014, Matís, in collaboration with BfR in Germany, Matvælastofnun, the Ministry of Industry and Innovation and other parties, embarked on the implementation of the project. Safe Foods. Its main goal was to build research infrastructure so that, among other things, pesticides could be detected in fruit and vegetables in a better way than before. Today, a total of 187 pesticides can be detected with the equipment that Matís has at its disposal.

The purpose of the Food Act is to ensure, as far as possible, the quality, safety and hygiene of food. With the update of the law in 2010, in accordance with European food legislation from 2002, much greater emphasis was placed on risk assessment and information dissemination than before, and scientific data play a key role in this context. Below you can see the main information on pesticide measurements in recent years that has been published in the annual reports of the Food Administration.

For further information, contact Vordís Baldursdóttir and Sveinn Margeirsson at Matís.

Significant progress has been made in the development of storage containers for whole fresh fish in recent decades. The re-launch that took place in the eighties, for example, has made life so much easier for fishermen and has meant that it takes much less time to get the catch down to the train and land it. The most common tanks, however, are so large that there is a risk that their use will have a negative effect on the quality of the catch, if not done correctly. 

It is therefore important to work carefully with icing and alignment in the pots, but it is known that the pressure that forms on the fish at the bottom of the pots affects the appearance, release and weight loss. Recently came out report by Matís where the question is asked what are the main advantages and disadvantages of different transport packaging for whole fresh fish, and then the focus is mainly on container fish, and whether the choice of packaging affects the quality and value of the catch.

The report discusses the export of containerized fish, the value chain of containerized fish, the containers that have been used for the storage and transport of containerized fish, and the issues to consider when processing, storing and transporting whole fresh fish. In addition, the relationship between price and quality of catch sold on auction markets is briefly discussed.

An experiment carried out by exporting containerized fish in four different types of containers is also discussed, where it was to be investigated whether there were differences in quality, weight loss and the value of the catch. However, this experiment did not provide sufficient reliable information to establish whether the type of transport container affected the aforementioned factors. However, the development that has taken place in the production and sale of pots shows that more and more companies are choosing smaller pots, and this should therefore be a good indication that the size of the pots matters. However, the experiment clearly showed that it would be very difficult to re-box the Icelandic fleet. Icelandic sailors have become accustomed to pots and have little interest in returning; in addition, the installation in trains is today designed for pots. In addition, it is common for Icelandic vessels to catch fish that simply do not fit in the boxes that are available, due to their size. However, it is not ruled out that in some cases, boxes could be a good option for exporting whole fresh fish, for example more valuable catches such as sole or "anglerfish tail".

The project was funded by the AVS Fund.

Picture at the top of the page: Jónas R. Viðarsson

Contact

Jónas Rúnar Viðarsson

Director of Business and Development

jonas@matis.is

Sea King (Neptune despecta) is a kingfisher that resembles a bait king, but is somewhat larger and usually stays at a deeper depth. It is believed that the kingfisher is in large quantities in many parts of the country and that the stock can withstand considerable fishing. The MRI has recorded information about the king of the sea from lobster expeditions for many years, which indicates considerable density in many parts of the country. 

The company Sægarpur in Grundarfjörður began to explore the possibilities of fishing, processing and marketing sea king in 2012 and when Sægarpur went bankrupt in 2013, the company Royal Iceland took over and continued experiments until 2016. Matís assisted the companies with this work, in addition to The AVS fund came to finance. Matís has now published a report outlining the experiments that were carried out and the main results. 

The main results of the mapping of distribution and experimental fishing were rather limited, as information on kingfishers as by-catch in other fisheries is scarce and the species has received little attention in the research of the Marine Research Institute. The experimental expedition led by the project also yielded disappointing results, despite the fact that a seaweed plow was pulled in 29 places where it was thought likely that a sea king was expected.

Since kingfishers can produce tetramine, their processing is mainly concerned with ensuring that the products are safe to consume. The results of processing experiments showed that it is possible to remove the king of the sea's toxic glands and that it is possible to measure whether tetramine is found in products, but this does require a considerable cost. To be effective, you must manually remove the gland and the sac that contains the poison.

The results of a basic market survey conducted indicate that it is possible to sell kingfisher products, especially in well-paying markets in Asia. However, since the king of the ocean is not well known in Asian markets and there is always a risk of tetramine poisoning, marketing of the products is very difficult. It is therefore clear that considerably more research is needed in the entire value chain before it is possible to state anything about whether and to what extent there are opportunities in fishing and processing kingfishers in this country.

The report can be accessed at Matís website.