News

Matís Newsletter

Matís' newsletter has just been published. Here you can find the main news of recent weeks, summarized so that it is easy to read.

The newsletter can be found here: www.matis.is/frettabref

News

International co-operation is the key to the development of research

Matís is not only a strong research and knowledge company on an Icelandic scale, but Matís also fully compares with comparable foreign companies and institutions.

An example is the search for a company with as much and extensive in-depth knowledge and experience in research related to seafood. In that field, it can be said that Matís is one of the leading companies in the world, "says Hörður G. Kristinsson, Matís' research director.

From the beginning, Matís' international research and development work and participation in foreign projects has steadily increased and has now become a large part of its operations. Matís' staff has at the same time education and extensive experience that is useful in project relationships on almost every continent.

"This move towards foreign targets is necessary to maintain Matís' strong work and further connect its operations with strong research and development groups abroad. International co-operation is the key to further development of research for the benefit of Icelandic society. As an example of the great success that has been achieved in Matís' work, it can be mentioned that we are now participating in about 30 international research projects. Of these, Matís leads over ten projects, all of which are very large and with many international partners, "says Hörður.

New methods - a new approach
Hörður mentions as an example Amylomics and Ecofishman, both projects that are handsomely funded from the European Union's Seventh Framework Program and received excellent evaluation. The projects are very different, but Hörður says that they well reflect the great breadth and expertise that Matís has. "The Amylomics project is about finding new enzymes from Icelandic hot springs to convert starch in a new way. This can lead to a revolution in the use of new starch varieties, for example in the food industry, in addition to introducing new Icelandic enzymes. The Ecofishman project is about exploring a new approach to fisheries management where stakeholders have the opportunity to influence the development of fisheries management. The outcome of the project can lead to important improvements to the current fisheries management system, for the benefit of all, "says Hörður.

Matís on all continents
In addition to major European projects, there is great energy in Matís' Nordic co-operation. This can be seen from Matís' outstanding success in obtaining grants from the Nordic Innovation Program in the autumn of 2011. Matís leads five large projects that received grants from the fund and participates in almost all projects that were funded.

"This is a good example of the great power and ambition that lies in Matís' work. The projects range from developing new consumer products from Icelandic seaweed to creating a plan for marketing Nordic whitefish products, "says Hörður.
Matís' foreign co-operation is not only limited to Europe. The company's projects and partners are on almost every continent. An example is a development project that began in the autumn of 2011 for the Tanzanian government related to research on fish, fish processing and an assessment of the social status of fishing communities on Lake Tanganyika. Matís has recently worked on other important development projects in Africa, for example in Kenya and Mozambique, related to quality issues and the training of fisheries inspectors and technicians. On the other side of the Atlantic, Matís has participated in aquaculture projects in Chile and research on bioactive marine materials in the United States in collaboration with both universities and large companies. A new project is also underway with Canadian scientists to study the effects of fish proteins on type 2 diabetes, a growing global problem. These projects are mostly due to the expertise and experience that Matís employees have and are highly sought after worldwide.

Record in the number of student projects
Matís' role and role in student education and training has grown and the company has strong connections with many reputable foreign universities. Hörður mentions a very successful collaboration with UNU, the United Nations University, since its establishment, but Matís employees play an important role in teaching at the university's so-called quality line, and students are located at Matís and do their final projects there. "Last year, a new record was set in the number of students at Matís who worked on these and other projects. Of these, many were foreign students from around the world who benefited from the guidance of Matís scientists and the excellent facilities that the company can offer students. They consider Matís an exciting option because of how well the company is connected to both the university environment and companies, as most of the student projects are of the nature that they are working on scientific projects with practicality in mind. "

For further information Hard.

News

New emphases in the master's program in food science

The University of Iceland in collaboration with the University of Akureyri, the Agricultural University, Hólar University and Matís, has established a master's program in food sciences where the emphasis is different from what has been known before.

New master's degree in food science

Master's program in food science in collaboration with the University of Iceland, other state universities and Matís, with the involvement of companies in the food and biotechnology industry.

There will be three study programs in the program, during which students will complete a master's degree in food science with an emphasis on production management, quality management or biotechnology.

  • Production management line: emphasis on processing, product development and value added
  • Quality management line: emphasis on microbial measurements and research and implementation and implementation of quality control
  • Biotechnology line: emphasis on biochemical processing, research and innovation

The intention is to connect the study program to the business community directly, both with guest lecturers from the business community and with practical student projects that will be carried out in collaboration with powerful food companies. At the same time, to better connect the studies to the business world
but previously known in this field, international co-operation will be strengthened, in addition to which management and operational emphases have been added to the study.

It is a practical course suitable for those who have completed undergraduate studies in food science or other science subjects such as chemistry, biology and engineering and are interested in playing a leading role in the food and biotechnology industry in management, innovation or research.

Further information can be found here and also by contacting Guðjón Þorkelsson head of department at Matís and associate professor at the University of Iceland and Steinar B. Aðalbjörnsson, marketing director of Matís.

Study website: www.framtidarnam.is.

News

University students are encouraged to design their own future

Increased collaboration between universities and research institutes results in a new course, the first of its kind in Iceland.

For some time now, five universities have been collaborating with the Íslands Innovation Center and Matís and are offering the first course of its kind in Iceland. The course is called "Eco-Innovation of Foods" and students from different fields of study and different universities are brought together and guided through all the aspects involved in the process, from forming a profitable product idea to developing a fully-fledged ecological product and bringing it to national and international markets. markets.

Innovation is talked about as a promising and effective opportunity to create growth and profits, both within individual companies and whole economies. There is every reason to educate and train Icelandic university students in the innovation processes that promote the creation, marketing and sale of new product ideas. The University of Iceland, the University of Akureyri, the Agricultural University, the Academy of the Arts and the University of Hólar have therefore joined forces in collaboration with the Iceland Innovation Center and Matís and offer courses where students create new product ideas and develop sophisticated and marketable products in collaboration with the business community. and students from other specialties and schools so that expertise from different sources is utilized in the overall process. Success in product development is based, among other things, on such collaboration and collaboration between parties with different professional knowledge and experience, and the sustainable use of resources and the impact of production, processing and distribution methods on the environment have also begun to have a major impact on food industry innovation.

Parties from agriculture, food companies, research institutes and university professors in relevant fields are called in to ensure that the innovative ideas that emerge are based on Icelandic raw materials, Icelandic expertise and Icelandic interests. Teams of students are formed across the universities and across the relevant disciplines so that each person's expertise is utilized. There is a lot to work on, but the product idea that wins the competition for the most promising and eco-friendly innovation idea in the field of food, which will be held at the end of the course, can take part in the Eco-Trophelia competition, where eco-friendly food ideas will compete with each other.

The competition in Iceland will be held in connection with the Design March and students will compete with their ideas and products behind closed doors on March 23. Results will then be announced with pomp and splendor on Saturday 24 March.

The winning group will receive a prestigious award and its members will represent Iceland in the EcoTrophelia European competition.

For further information, contact Fanney Frisbæk at Nýsköpunarmiðstöð, fanney@nmi.is, 522-9144.

News

The best salted fish dish in 2012

The association Matur-saga-menning (MSM) and Grindavíkurbær are hosting a recipe competition for the best salted fish dish in 2012.

The chefs Sigurvin Gunnarsson and Friðrik V. Karlsson, members of MSM, choose five recipes. You can send recipes by e-mail to sigurvingunnars@simnet.is no later than March 23.

Winning recipes will be chosen at the end of Grindavík Culture Week March 17 - 25, see more about the varied program at www.grindavik.is

1st prize is ISK 30,000, 2nd prize ISK 20,000, 3rd prize ISK 10,000, 4th prize ISK 5,000 and 5th prize ISK 5,000.

Winning recipes will be visible on websites www.matarsetur.is and www.grindavik.is. During Culture Week, Salthúsið in Grindavík will offer salted fish dishes www.salthusid.is.

The company Food history culture
www.matarsetur.is
facebook: food history culture

News

Summer jobs at Matís

Spring is around the corner. At Matís, we are starting to look at what projects the company will seek to get summer students. Every summer, Matís hires a considerable number of summer students and there will probably be little change this summer, although no number has yet been decided.

Here You can see a list of the projects that summer students can work on this summer. Recruitment is subject to funding and it is best to contact the contact person for each project regarding all aspects of the project as well as the possibility of hiring (information on employees can be found here).

Applications for summer jobs are accepted here.

For further information Jón Haukur Arnarson, Matís' human resources manager.

Reports

Development of QIM and shelf life of fresh mackerel (Scomber scombrus) / Development of QIM and shelf life of fresh mackerel (Scomber scombrus)

Published:

01/03/2012

Authors:

Aðalheiður Ólafsdóttir, Elvar Steinn Traustason, Ásbjörn Jónsson, Kolbrún Sveinsdóttir, Kristín Anna Þórarinsdóttir

Supported by:

AVS Fisheries Research Fund (R 11 037‐010)

Contact

Aðalheiður Ólafsdóttir

Sensory evaluation manager

adalheiduro@matis.is

Development of QIM and shelf life of fresh mackerel (Scomber scombrus) / Development of QIM and shelf life of fresh mackerel (Scomber scombrus)

The aim of the project was to examine changes that occur in mackerel during ice storage. Develop a QIM scale for fresh mackerel and compare it with the results of cooked fish assessments and QDA (quantitative descriptive analysis) to determine the end of shelf life. Based on QDA results, it can be concluded that mackerel stored for 9 days on ice has reached the limit of shelf life. Taste and odor symptoms (fresh oil) are then reduced and damage symptoms (cravings and bitterness) take over.

The aim of the project was to look at the changes in mackerel at storage on ice. Develop a QIM spectrum for fresh mackerel and compare with cooked fish, QDA (quantitative descriptive analysis) to decide maximum shelf life. From the QDA results, one can conclude that maximum shelf life for fresh mackerel is 9 days on ice. At that time freshness in taste and odor are decreasing and characteristic of spoilage (rancidity and bitter) dominates.

View report

Reports

Processing in small fishing vessels

Published:

01/03/2012

Authors:

Gunnar Þórðarson, Albert Högnason, Óðinn Gestsson

Supported by:

Technology Development Fund

Contact

Gunnar Þórðarson

Regional Manager

gunnar.thordarson@matis.is

Processing in small fishing vessels

Proper bleeding of catfish can have a significant impact on the quality of the products produced. It has been shown that there can be a big difference in the quality of well-drained fish and bad-blooded fish, and this effect can be observed after freezing of products. In this project, equipment was developed that could be used in small boats, but would ensure that all fish caught on the line receive the same treatment and sufficient time in heavy sea changes during bloodshed. A total of three trips were made with Gesti ÍS, a 10 ton liner made from Suðureyri and made by Fiskvinnsla Íslandssaga. In the last move, a new device, Rotex equipment from 3X Technology, was tested. The result is promising and the crew agreed that the equipment met all their requirements and the result clearly indicates that the quality of landed catch has improved. The ice scraper in the tanks in which the fish is stored until it is processed is clean and clear, but not mixed with blood and contaminated waste from the fish's stomach.

Proper bleeding of cod ‐ fish may have a significant impact on product quality. It has been shown that proper bleeding of fish can have a great difference on product quality, even after the products have been frozen. This project was to design equipments which could be used in small fishing vessels, and would ensure that all long ‐ line catch would receive equal handling regarding to bleeding processes. Three trips were made on Gestur IS, which is a 10 tons long ‐ line fishing vessel operated from Sudureyri and run by Icelandic Saga. The third and last of this test trips, a new equipment from 3X Technology, Rotex mechanism, was tested. The result looks promising and the crew agreed that the machine meets all their requirements and the result gives a clear indication of increased quality of the catch. The slush ice in the fish tubs are kept tide and clean, and devoid of blood water and other smutch from the bleeding operation, often contaminated by guts.

View report

Reports

Processing qualities of different potato strains

Published:

01/03/2012

Authors:

Valur Norðri Gunnlaugsson, Jónatan Hermannsson, Þórdís Anna Kristjánsdóttir, Aðalheiður Ólafsdóttir, Irek Klonowski

Supported by:

Adaptation Fund of the Horticultural Farmers' Association

Contact

Valur Norðri Gunnlaugsson

Research Group Leader

valur.n.gunnlaugsson@matis.is

Processing qualities of different potato strains

4 varieties were bred, Annabelle, Milva, Salome and Gullauga. The cultivation took place on Korpa in typical peatlands and Annabelle and Gullauga had a better harvest than the other varieties, in addition to which Gullauga had the highest dry matter content. The varieties came out very differently from the production episode that was carried out at Sölufélagið. Salóme's utilization was by far the best, Gullauga had deep eyes that reduced the utilization, part of Milva was damaged and was sorted out and Önnubelle's shape prevented good utilization. In the consumer survey, participants identified smaller differences between potato varieties than they did in the last survey, and the participants' tastes were different. In general, the Gullauga potatoes came out best in the consumer survey, although the differences between varieties were only significant in appearance. All varieties still appear to be processable after storage at 5.7 ° C for up to 200 days after recording, although some varieties have begun to germinate, albeit to varying degrees. In terms of processing, Milva, Salome and Gullauga all came out well in terms of utilization, but the judging group was most impressed by Gullaugar's taste quality.

Four different strains of potato were tested in processing of precooked potatoes. The strain Salome had best yield, but the strain Gullauga was best liked by consumers, which is in contrast with previous results. All four strains still qualified for processing after storage for almost 200 days at 5.7 ° C, although some strains had started sprouting. The strains Milva, Salome and Gullauga all had good yield, however, group of sensory panelist liked the flavor of Gullauga. 

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Reports

Processing of nephrops lobster claw meat

Published:

01/03/2012

Authors:

Vigfús Ásbjörnsson, Óli Þór Hilmarsson, Guðjón Þorkelsson

Supported by:

AVS Fisheries Research Fund

Contact

Óli Þór Hilmarsson

Project Manager

oli.th.hilmarsson@matis.is

Processing of nephrops lobster claw meat

The project was about the utilization of previously unused raw materials from seafood, which is lobster meat. The project involved both the processing of lobster claw marrow and the processing of marrow products. Processing processes were defined using utilization factors and raw materials were studied. The processing properties of the marlin were studied and tested in two products. Estimated margins were measured to assess the feasibility of complete processing of lobster marrow products. Efforts will be made to make full use of all the raw materials that come from lobster clones so that value creation is maximized in the processing of food related to lobster claws from lobster claws.

A process for isolating mince from nephrops lobster claws was developed and the product tested for microbial, chemical and sensory quality. The mince was tested in two ready to eat products. Production cost, yield and gross margin were calculated in order to determine the feasibility of starting up an industrial scale production of the mince as well as for production of ready to eat products.  

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