Reports

Survey of inorganic trace elements and aromatic polycyclic (PAH) in mussels and sediments at Grundartangi, Hvalfjörður, 2013 / Evaluation of inorganic trace elements and aromatic hydrocarbons (PAHs) in blue mussel (Mytilus edulis) and sediment at Grundartangi, Hvalfjörður, 2013

Published:

01/02/2014

Authors:

Hrönn Ólína Jörundsdóttir, Natasa Desnica, Þuríður Ragnarsdóttir, Helga Gunnlaugsdóttir

Supported by:

Norðurál hf., Elkem hf

Survey of inorganic trace elements and aromatic polycyclic (PAH) in mussels and sediments at Grundartangi, Hvalfjörður, 2013 / Evaluation of inorganic trace elements and aromatic hydrocarbons (PAHs) in blue mussel (Mytilus edulis) and sediment at Grundartangi, Hvalfjörður, 2013

The aim of the study is to assess the possible polluting effects of industrial plants at Grundartangi on the marine environment in Hvalfjörður. Environmental monitoring began in 2000 and was repeated in 2004, 2007 and 2011, as well as the implementation of monitoring was reviewed, including the addition of sampling sites and the number of measuring factors increased. This report reports the results of monitoring measurements on samples from 2013. Wild mussels (Mytilus edulis) were placed in cages at seven different stations along the coast at Grundartangi, on the north side of Hvalfjörður, including one reference point at Saurbæjarvík. The mussel cages were then picked up and examined two months later. To assess natural fluctuations in the concentration of substances and the size of mussels, one control sample was taken and frozen as soon as the mussel was put out for cultivation. Mortality and growth of mussels together with the main components (water, fat, ash and salt) were measured at the end of the study. The following inorganic trace elements and organic compounds were also measured in the soft tissue of mussels; arsenic, cadmium, copper, zinc, chromium, nickel, mercury, selenium, lead, vanadium, aluminum, iron, fluorine and 18 polycyclic hydrocarbons (PAHs). PAHs were also measured in sediment samples taken at the same locations as the mussel samples. There was not much difference between the stations, neither in terms of biological factors nor the main chemical factors in mussels. Mortality was low and in general the mussel seemed to be doing well. Inorganic trace elements were at a similar concentration or lower compared to previous studies and were measured at a similar concentration as in mussels from unpolluted places around the country and always at a lower concentration than the Norwegian limit for contaminated areas. Cadmium (Cd) was measured above the Norwegian minimum limit, but its concentration in mussels decreased during the fire at the factory sites. Therefore, it is not considered that high cadmium concentrations are associated with the industrial plants at Grundartangi, but are naturally associated with high background concentrations in the Icelandic environment. In cases where there are maximum levels for inorganic trace elements in food (Cd, Hg, Pb) their concentration in mussels after two months at sea near the establishments is always well below the maximum levels for food. Only 4 PAHs were detected above the volume detection limit in mussels, which is more than in 2011. Perylene and pyrene were always in the highest concentration of the 4 PAHs detected, but phenanthrene and fluoranthena in the lower concentration. However, the concentration of PAHs in mussels was always below the Norwegian limit values for contaminated areas for mussels. PAHs were detected in all but one of the sediment samples and it is likely that these PAHs in the sediment are related to industrial activities and shipping traffic in the area. Compared to the Norwegian reference values, all measured sediment sampling sites, outside the reference site, are classified as mild mild areas where the increase in PAH concentration is measured based on the definition of background area. This is the first time that measurements of PAHs have been carried out in sediment samples in this environmental monitoring for the industrial plants at Grundartangi and therefore it is not possible to compare the results with previous measurements. The effects of the industrial plants on mussels around Grundartangi appear to be limited if the substances measured in this study are taken into account. The impact on the ecosystem could be small, but small, compared to Norwegian and Canadian borders. It is therefore necessary to closely monitor and monitor the environment and the ecosystem in order to detect changes in pollution levels in this area. It is recommended to add another reference point outside Hvalfjörður.

The aim of this study is to estimate potential impacts of organic and inorganic pollutants on the costal marine ecosystem in proximity to the industrial activities at Grundartangi. The monitoring started in the year 2000 and hassince then been revised in terms of additional sample sites and measured elements and repeated in 2004, 2007 and 2011. This report summarizes the results obtained in the study performed in 2013. Caged mussels (Mytilus edulis) from a homogenous population were positioned at seven different locations along the coast close to Grundartangi industries including a reference cage at Saurbæjarvík. The mussel cages were then taken up after a two month monitoring period. In order to enable assessment of natural changes in compound concentration and mussel size over time, a reference sample was taken from the mussel pool when the cages were initially deployed at their monitoring sites. Death rate and growth of mussels as well as their main constituents (water, fat, ash and salt) were evaluated at the end of the monitoring period. Similarly, the following trace elements and organic compounds were analyzed in the soft mussel tissue: As, Cd, Cu, Zn, Cr, Ni, Hg, Se, Pb, V, Al, Fe, F and 18 PAHs. PAHs were also analyzed in sediment samples taken from the same sites. Little variation was observed in main constituents and biological factors between the different sample sites. Death rate was low and the mussels thrived well. In general, inorganic trace elements were similar or in lower concentration compared to previous years and always below the Norwegian environmental standards, except in the case of cadmium (Cd) that exceeded the lowest Norwegian environmental limit. The Cd concentration decreased in the mussels during the monitoring period which indicates that the Cd concentration is not related to the industrial activity at Grundartangi, but rather to a natural high Cd background concentration in the Icelandic environment. However, Cd as well as Hg and Pb meet the EU maximum limits for food consumption. Only 4 PAH congeners were detected above limits of quantification in the mussel samples. Perylene and pyrene were always in highest concentration of the 4 PAH congeners detected while phenanthrene and fluoranthrene were in lower concentration. The PAH concentration never exceeded the Norwegian standards for total PAH concentration for mussels. All or most PAHs were detected in all sediment samples except that no PAHs were detected at one sample site (S6). All sites except for the reference site fall into the category slight or moderate impactsites due increase in PAH concentration when compared to Norwegian reference values and below occasional effect levels compared to Canadian criteria. This is the first time that PAHs are analyzed in sediment samples to monitor the impact of the industrial activities at Grundartangi and thus it is not possible to compare these results with previous monitoring results. In conclusion, the effects of the industries at Grundartangi appear to be limited for the chemical compounds analyzed in the mussels. The impact on biota sediment seems to be low to moderate. Therefore, it is important to maintain frequent monitoring studies of the marine ecosystem near the Grundartanga industrial activities in order to be able to detect changes in pollution burden. An additional reference site in the outer parts of Hvalfjörður is recommended.

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Reports

Effects of bleeding methods on the quality and storage life of cod and saithe products

Published:

01/02/2014

Authors:

Magnea G. Karlsdóttir, Nguyen Van Minh, Sigurjón Arason, Aðalheiður Ólafsdóttir, Paulina E. Romotowska, Arnjótur B. Bergsson, Stefán Björnsson

Supported by:

AVS (R 11 087‐11)

Contact

Sigurjón Arason

Chief Engineer

sigurjon.arason@matis.is

Effects of bleeding methods on the quality and storage life of cod and saithe products

The aim of the project was to examine the effect of different bleeding methods on the quality and shelf life of different cod and saithe products. By identifying ideal conditions for bleeding, gutting and bleeding, it is possible to prevent product defects due to blood and at the same time increase the stability of the products in transport and storage. The fish were either bloodied in the hands and in the machine. Bleeding took place in slush or sea and the effects of different bleeding times were examined. The effect of waiting time on tires before bleeding was also assessed, as well as bleeding and gutting the fish in one step or two steps (gutting performed after bleeding). The products studied in this project were chilled and frozen cod and saithe products, as well as salted cod products. Of the variables studied in this project, their importance differed in terms of which fish species were involved and what the final product was. When comparing comparable sample groups of cod and saithe, it is seen that different conditions are suitable for each species. This supports the theory that it is probably not possible to transfer the best bleeding method of cod to saithe and vice versa. Bleeding time and type of bleeding agent (sludge vs. seawater) had a decisive effect on the stability of the cod and saithe products examined. Cod products, both chilled and frozen, from raw material soaked in sludge generally resulted in improved quality and stability compared to if soaked in seawater. In contrast to cod, the bleeding of saithe into the sea generally resulted in a stable end product. The way the fish were bled and gutted also had a decisive effect on the final products. In the case of frozen cod products, raw and gutted raw material in one step generally yielded a more stable product compared to raw material that was gutted after bleeding had occurred (two steps). Salted products, on the other hand, were much more stable in storage if the raw material was gutted after bleeding. Different results were also obtained for saithe depending on the final product involved. Bleeding and gutting of saithe in a machine had a positive effect on the shelf life of chilled products compared to if made by hand. Machine bleeding and gutting, on the other hand, resulted in a much more unstable product in the cold. The results of the project show that the effects of different bleeding methods are quite dependent on the raw material as well as the final product involved.

The main objective of the project was to study the effects of different bleeding methods on quality and storage life of various cod and saithe products. Products defects due to blood residues can be prevented by optimizing bleeding protocols, and hence increase the quality and storage life of the products. For this, fishes were either bled and gutted by hand or by machine. The bleeding (blood draining) was carried out with seawater or slurry ice, and the effects of different bleeding times in the tanks were also investigated. Moreover, the effects of waiting time (on deck) before bleeding, as well as the procedure of bleeding technique (bleeding and gutting in one procedure vs. gutting after blood draining) were investigated. The various products evaluated were chilled and frozen cod and saithe products, and salted cod products. The importance of the different parameters investigated in this project varied considerably with regard to fish species and the final products. Comparison of parallel treatments groups of cod and saithe demonstrated that optimum bleeding procedures are different for each species. Waiting time on deck and bleeding media (slurry ice vs. seawater) significantly affected the storage life of the cod and saithe products. Cod products, both chilled and frozen, from fish bled in slurry ice generally resulted in improved quality and storage life compared to fish bled in seawater. In contrast to cod, bleeding or saithe in seawater resulted however in more stable products. The procedure during bleeding and gutting also had great impact on the storage life of the various products studied. Shorter storage life of salted cod products was generally observed when the raw material was bled and gutted in one step compared to when gutting was performed after bleeding (two steps). Rather conflicting results were, however, observed for saithe and were depending on the type of final product. Bleeding and gutting of saithe by machine improved the storage life of chilled products compared to when the saithe was bled and gutted by hand. The machine procedure had, however, negative effects on the storage life of the frozen saithe products. Overall, the results of this project indicate that the effects of different bleeding methods are highly relative to fish species as well as the final product of interest.

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News

Signing of a co-operation agreement between HA and Matís

Stefán B. Sigurðsson, Rector of the University of Akureyri, Sveinn Margeirsson, CEO of Matís, and Ögmundur Knútsson, President of the School of Business and Natural Sciences at the University of Akureyri, recently signed a co-operation agreement.

The agreement lays the foundation for further strengthening of research and education in fisheries sciences, food sciences and biotechnology as well as collaboration in other areas of teaching and research, with the aim of being at the forefront in Iceland in the fields related to fisheries sciences and biotechnology, both taught at the University of Akureyri. One of the aims of the agreement is to strengthen teaching and research in the field of fisheries science, food science and biotechnology, among other things through access to international funds and co-operation in the field of utilization of Arctic resources.

Its goal is also to increase the number of people studying and researching in these fields, integrate research and development projects in the field of sustainable resource utilization, processing technology, biotechnology, food safety and public health, to mobilize more Matís employees in teaching at the University of Akureyri and give Matís employees the opportunity to to receive a professional academic evaluation from the University of Akureyri / School of Business and Natural Sciences and the possibility of visiting teaching positions, as articles will be published under the auspices of both parties, as well as sharing facilities, facilities and equipment.

The University of Akureyri is an Icelandic research university that takes an active part in international research. The university has about 1600 students in undergraduate and graduate studies, in on-site and distance learning. Fisheries science has been taught at the University of Akureyri since 1990 and biotechnology since 2002. The subjects are now taught at the Faculty of Natural Resources and the School of Natural Sciences at the University of Akureyri, which has also offered master's studies in fisheries and resource studies. Due to the nature of the study, teaching in fisheries science has from the beginning been carried out in collaboration with domestic fisheries companies and companies in related disciplines.

Matís is the largest research institute in the country that conducts research and innovation in the field of food and biotechnology for the benefit of the economy, public health and food and food security. Matís plays an extensive role in services in the field of research, education and innovation. Emphasis has been placed on meeting the needs of food producers and entrepreneurs, in collaboration with the education system, among other things in the form of practical projects with the participation of students.

The picture shows Sveinn Margeirsson, CEO of Matís, Ögmundur Knútsson, President of the School of Business and Natural Sciences at the University of Akureyri, Rannveig Björnsdóttir, Associate Professor at the Faculty of Natural Resources at the University of Akureyri and Director of Matís, and Stefán B. Sigurðsson, Rector of the University of Akureyri.

News written by Hjalti Þór Sveinsson and first published on the website of the University of Akureyri, www.unak.is.

News

Master's Lecture in Food Science; Helga Franklinsdottir

Helga Franklínsdóttir gives a lecture on her project for a master's degree in food science. The project is called "Application of waterjet cutting in processing of cod and salmon fillets"

When does this event start: January 30, 2014 - 3:30 p.m.
Further location: Matís, Vínlandsleið 12, 113 Reykjavík

Abstract

The aim of this project was to create knowledge about water cutting in fish that could be used in the design of FleXicut. FleXicut is a water cutting technology developed for whitefish with a focus on cod that is able to cut different patterns and curved cuts. The relationship between water-cutting conditions, species, physical properties and temperature in fillets was investigated. Cod and salmon fillets were tested using different pre-cooling methods and fillets either with or without skin. The main conditions for a good cut were the quality and purity of the cut to determine the range of the best cutting conditions. The results showed that the cutting speed is most important when it comes to the quality of fish fillets, as the salt in the fillets increases with increasing cutting speed. The connective tissue was the main problem in the tail trim, as the incision could not be penetrated, especially for cod fillets. The subcooling before the cut showed a better cut and less salinity in the fillets. This was more important for salmon fillets compared to cod fillets where the quality of the cut through the skin and tail trim was much better.

Keywords: Water cutting, subcooling, X-ray, cutting speed, pressure, tip size, saddle, connective tissue.

Supervisors

Sigurjón Arason, professor of martial arts at the University of Iceland and Matís' chief engineer, dr. Kristín Anna Þórarinsdóttir, project manager of Marel and Ásbjörn Jónsson, project manager of Matís

Examiner

Dr. Björn Margeirsson, research director of Promens Dalvík and Promens Tempra.

News

More than 300 million due to international cooperation

International co-operation is extensive in Matís' operations. The company has, despite its young age, established a connection and reputation abroad. Matís has purposefully and consciously increased its emphasis on foreign projects, as they strengthen operations in this country, strengthen Icelandic scientific work in general, strengthen the economy and ultimately benefit the general Icelander in the form of more and more diverse employment opportunities and opportunities for the country.

Icelanders pay a considerable amount to joint research funds in Europe, and with foreign scientific collaboration, that funding can in fact be recovered, with a good return if done well. The basis for this is a strong core of scientists and it is present in Matís. We are increasingly finding that we are being looked at by foreign parties, as the results of our foreign co-operation projects have been good. We have many desirable things to offer and we can strengthen Iceland's position with the knowledge we acquire through this co-operation. Through international projects, we gain access to facilities we would not otherwise have and a connection to expertise in specific areas.

Seventh European Research Program (FP7)

It is difficult to discuss partners and project collaboration without mentioning Matís' role in European research programs. During the year, Matís participated in 22 projects of the 7th research program. Few companies of the size of Matís in Iceland or abroad can boast of such.

In addition to participating in these projects, the company is the supervisor and leads six of these 22 projects. Such supervision of projects, let alone in this number of projects, is only given to companies that are highly valued at the international level and meet all the requirements that powerful research companies must meet, in terms of staff skills and knowledge, facilities and equipment for research and not least in terms of responsible operation. The total value for Matís in 2013 in projects related to the research plans is around and over ISK 300 million. It is clear that such funds strengthen the position of Icelandic research and scientific work to a great extent.

Here is a list of projects in which Matís is involved and related to the 7th European Research Program. Tasks marked with an asterisk are projects where Matís is in charge of the project:

With increased international scientific collaboration, it can be said that a leaf is broken. Icelanders have known about the export of goods for centuries, and it is worth mentioning the fishing industry. This includes both the export of raw materials and also more processed products. In our scientific work, it can be said that we are moving from the export of raw materials to the utilization of Icelandic knowledge of food production, the nation's basic industry through the centuries. Because we turn "knowledge raw materials" into an even more valuable product that we can both use in further efforts abroad and also here at home, for development in food production. In addition to us at Matís, other domestic researchers, institutions, universities and companies benefit from this.

Matís' structure and the company's priorities enable us to advance abroad. We have expertise in many aspects of the fisheries sector and we can also mention unique conditions for biotechnology research in this country due to, for example, the thermal areas, glaciers and nature both on land and in the sea. Many industries could therefore benefit from the foreign work that Matís has started, but not least the opportunities are clearest in the fisheries sector. New emphases in this field include market-related projects and emphases related to environmental issues and environmental impact. We Icelanders certainly have the opportunity to create an even stronger position in the world's product markets with our fish products. Matís International Work will help in that work in the coming years.

A similar story is being told about Icelandic agriculture. This field will open up opportunities in the near future abroad, not least with increased scientific and research work. Matís also looks at their possibilities.

Our scientists perceive that abroad we have a reputation to build on. Not just because we are Icelanders but because we can, know and know.

News

Can we refine all foods with raw materials from the sea?

A "kick-off" meeting was recently held in Iceland for a new project, EnRichMar, led by Matís and funded for two years through the European Union's 7th Framework Program. In addition to Matís, the Icelandic companies Grímur kokkur, which produces prepared seafood dishes, and Marinox, which produces bioactive substances from seaweed, participate in the project.

A "kick-off" meeting was recently held in Iceland for a new project, EnRichMar, led by Matís and funded for two years through the European Union's 7th Framework Program. In addition to Matís, the Icelandic companies Grímur kokkur, which produces prepared seafood dishes, and Marinox, which produces bioactive substances from seaweed, participate in the project. The project also includes the food companies Ruislandia in Finland and Den Eelder in the Netherlands, followed by BioActive Foods in Norway, which produces omega powders and oils, and the research institutes VTT in Finland, TNO in the Netherlands and the University of Milan in Italy.

The idea for the EnRichMar project has developed through a collaboration between Matís and Gríms kokk in the Westman Islands since 2008. A project was started that aimed to develop products that were fortified with biomaterials from Icelandic seafood such as algae, fish proteins and omega-3 fatty acids and was supported. by the AVS Fisheries Research Fund. Subsequently, a grant was received from the Nordic Innovation Fund for work in the same field. In general, it could be concluded from these projects that the enrichment of seafood is a realistic possibility, and by utilizing raw materials from the sea in finished consumer products, their value increases. There has been a step further in product development with Icelandic ingredients from the sea for incorporation into food, and market opportunities have been created here, both for the domestic market and for export by utilizing unused seafood in more valuable products.

The use of omega-3 and bioactive substances from algae in food could contribute to a positive health effect on food consumption and food stability. The main goal of EnRichMar is actually twofold. On the one hand, to develop seafood, dairy and cereal products enriched with omega-3 and study the effects of consuming such products on mental and brain function, and on the other hand, such products are enriched with bioactive substances from algae and study the effects of food consumption on inflammation and oxidative stress. .

The development of ready-to-eat foods with bioactive ingredients is an important issue for the food industry both here at home and elsewhere in Europe. The purpose of the project is to strengthen the competitive position and increase the market share of the companies in the project and create new opportunities in the markets.

For further information Kolbrún Sveinsdóttir, project manager at Matís

News

Increased food security in Iceland

Co-operation project between the German and Icelandic governments, Safe foods, has now been launched. The main purpose of the project is to increase food safety and consumer protection in Iceland by increasing the monitoring of undesirable substances in food.

Safe foods enables the Icelandic authorities, the Food Administration and the municipal health inspectorate to better enforce legislation on food safety and consumer protection, which has already been implemented through the EEA Agreement. The project includes the purchase and installation of research equipment and training in accredited chemical analysis and monitoring work. With improved equipment, it will be possible to perform many more measurements domestically than is currently the case, such as measurements of algae toxins in shellfish and measurements of 300 pesticides in food instead of the 60 currently measured.

Safe foods was originally part of the IPA plan for Iceland's accession negotiations with the EU, but has now been implemented in the form of a bilateral project between the German and Icelandic governments. The project is carried out in collaboration with Matís, Matvælastofnun, the Ministry of Industry and Innovation, the Federal Ministry of Food and Agriculture (BMEL), the Federal Institute for Risk Assessment (BfR) and the Lower Saxony State Office for Consumer Protection and Food Safety (LAVES) in Germany.

Further information can be found in the document Safe foods | Actions and yields and at Margrét Björk Sigurðardóttir at the Food Administration (MAST) and Helga Gunnlaugsdóttir at Matís.

News

Spring in the air

The Spring in the Air 2014 project is an initiative of Matís ohf in collaboration with the municipalities of Vesturbyggð and Tálknafjarðarhreppur. The project is intended to encourage interested residents in the municipalities to implement their ideas in the field of food production and biotechnology.

The project will run for one year and is expected to deliver at least three fully developed ideas by the end of the project.

The purpose of the Spring in the Air 2014 project is to increase the possibility of increased processing of raw materials and thus increase the value added of the raw materials available in the southern Westfjords. There is great potential in the valuable raw materials that are created in the area, both at sea and on land. There are many opportunities to process the raw material into a valuable product or to develop new products from what is obtained during the processing of the raw material. There is a great deal of knowledge and experience regarding fishing and processing of catfish, but in addition, aquaculture is a powerful and growing profession in the southern Westfjords. In Arnarfjörður, lime algae is processed by the Icelandic Lime Algae Association in Bíldudalur, where most of the products are exported abroad, but some are processed in Iceland for human consumption. Agriculture has been hit hard in the area, but both sheep farming and milk production are driven by beauty on at least a few lands in the county. Therefore, there are many possibilities for improved utilization and processing of products from the area and it is possible to significantly improve the profitability of operations with increased value creation at home. Companies and municipalities in Barðastrandarsýsla are very aware of environmentally friendly and good treatment of nature and the ecosystem and many of the companies have organic certification or other types of recognized environmental certifications in their production which significantly strengthens their position in competition. Such certification is to the advantage of the region as a whole in the marketing of products and services, as the public's environmental awareness is constantly increasing.

The aim of the Spring in the Air 2014 project is to support ideas that entrepreneurs in the area have and help them implement the ideas. Such assistance with ideas lays a strong foundation for start-up projects that can then grow and prosper in the hands of local people and thus contribute to strengthening the economy and society as a whole in the southern Westfjords. The ideas that will be supported by Matís will have in common that it will be possible to see tangible results during the project period and at least three fully formed ideas, products or business plans will be created during the twelve months that the initiative will run. It is expected that the results of the Spring in the Air 2014 project will be formally announced in the autumn of 2014 and the products of those who have participated in the development will be presented on that occasion.

The project has already been presented at open meetings held in four places, Patreksfjörður, Tálknafjörður, Bíldudalur and Barðaströnd, in mid-December and the reception from the locals was excellent. A further elaboration of the ideas that have emerged and a decision on the projects that will be part of the Spring in the Air 2014 initiative will be made. Those who have shown interest in participating will define their ideas better in the coming weeks in collaboration with Matís staff and prepare a work plan. . Work on product development and implementation of each idea is expected to begin in early February, when agreements have been made with partners and participants.

The project Spring in the Air 2014 is funded by the Research and Innovation Fund of Vestur-Barðastrandarsýsla and Matís, in addition to which the projects of entrepreneurs will be carried out in collaboration with the municipalities of Vesturbyggð and Tálknafjarðarhreppur as far as possible.

Further information about the project Spring in the Air 2014 is provided by Lilja Magnúsdóttir, an employee of Matís in Patreksfjörður (858-5085, liljam@matis.is).

News

Agreement between Bifröst University and Matís

Sveinn Margeirsson, CEO of Matís, and Vilhjálmur Egilsson, Rector of Bifröst University, signed an agreement today to the effect that Matís will teach and develop courses in food management, a new course that will be offered at Bifröst University from next autumn.

Courses that Matís will supervise are directly related to the content, treatment and production of food and cover about a quarter of studies in business administration. Under the supervision of the program, Matís organizes and handles teaching in many of the courses that are directly related to food management. The courses are, for example, in nutrition, food microbiology, food processing, food legislation and quality issues.

Bifröst University intends to meet the demands of the business community throughout the country, which is increasingly interested in increasing innovation and development in the field of food production and operations by offering studies in food management from the autumn of 2014. Emphasis is placed on the entire value chain from primary production to sale to the final consumer. The study is 180 ECTS and ends with a BS degree in Business Administration with an emphasis on food management and it will be possible to pursue it in distance learning and on-site study or a combination of the two.  

Matís is the largest research institute in the country that conducts research and innovation in the field of food and biotechnology for the benefit of the economy, public health and food and food security. Matís plays an extensive role in services in the field of research, education and innovation. Emphasis has been placed on meeting the needs of food producers and entrepreneurs, in collaboration with the education system, including in the form of practical projects with student participation and teaching of certain courses in food science and industrial engineering at the University of Iceland, University of Akureyri, Agricultural University of Iceland and United Nations Fisheries University. Matís can thus offer teachers, connections to the business community and facilities for theoretical and practical teaching. Bifröst University is now joining Matís' group of partners.

 Sveinn Margeirsson, CEO of Matís, and Vilhjálmur Egilsson, Rector of Bifröst University, signed an agreement today to the effect that Matís will teach and develop courses in food management, a new course that will be offered at Bifröst University from next autumn. In the picture is also Guðjón Þorkelsson, stage manager at Matís.

Further information is provided by Guðjón Þorkelsson.

News

Was the sewage pollution that appeared in the New Year's purchase just a joke after all?

A good reputation involves great value and opportunities for further value creation. In order to be able to further increase value creation in the value chain of Icelandic food, it is essential that the safety of production can be demonstrated, taking into account laws, regulations and market requirements. 

Following various incidents (food scandals / outbreaks) recently. This year, the importance of food safety in food marketing has increased even more and is today a key factor in securing export earnings. There are various examples of negative media coverage and the internet having in a short time destroyed the positive image of food production that has taken decades to build. Short response times are key to food security threats.

In order to be able to defend Icelandic business interests in this context, it is necessary that the country has the necessary expertise and facilities for research in this country. It is also crucial that there is accessible data on the status of Icelandic food with regard to safety, health and traceability. Without this, there is a significant chance that measures will be ineffective, export interests will be harmed and the public and our customers abroad will lose confidence that the government and companies will be able to ensure the safety of Icelandic food production.

But what does this mean for us Icelanders? For example, for our largest export industry; the Icelandic fishing industry? Aren't things fine with us? Fortunately, problems that can be directly linked to the Icelandic fishing industry have been rare in recent years. If you look at the story, however, there are many examples. Emphasis on quality management, catch cooling and good research and monitoring work, which has, for example, shown that the amount of heavy metals in seafood off the coast of Iceland is negligible in most cases is one of the factors that has built up a good reputation of Icelandic seafood. But if we look to the future - and indeed to the present - it is clear that we need to be vigilant about reputational risk.

In recent years, drainage issues have been somewhat discussed in the media, and one such issue received extensive coverage in the recent New Year's acquisition of state television. Today, a small part of the sewage is treated, but some effort has been made to provide sewage further from land, so that coastal areas are free of sewage pollution. It is fairly certain that the environment around the sewage outlet is more or less polluted by faecal bacteria and not least Noroviruses, which are considered to be a very common cause of intestinal infections and among other things are responsible for about 20 million infections each year in the United States alone.

Most health control areas in the country have regular monitoring of pollution due to sewage pollution in the sea, where samples are taken regularly about 10-100m from land and measured for the faecal bacteria E.coli and Enterococcus. The results of these measurements do not indicate that these microorganisms are a problem off the coast of Iceland, as is the case in various important areas for aquaculture, such as the Mekong River in Vietnam.

On the other hand, no results are available for noroviruses in sewage or fishing grounds. Recent studies on shellfish in Europe have shown dangerous contamination by norovirus, despite the fact that monitoring by competent authorities has not shown contamination by faecal bacteria. Due to the prevalence of norovirus infections and the resistance of noroviruses to harsh environments, this should not really come as a surprise. As a result, it can probably be expected that a more detailed limit will be set for the classification of shellfish fishing areas, as both E.coli and norovirus pollution will be taken into account.

Despite this, noroviruses have in fact been a relatively limited risk for most Icelandic seafood products - so far. When the utilization of slog is increasing, as has been the case lately. years - we need to pay special attention to the risks posed by noroviruses. This is especially true in cases where heat treatment of the slag is limited, as will always be the case if one intends to develop products with bioactivity, for example in use in cosmetic and or medical products. In my opinion, it is very important here that people work especially hard and use the best knowledge for development and production.  

There would be a great risk that the reputation of Icelandic seafood would suffer a serious blow if a group infection caused by norovirus were traced to Icelandic seafood products. This could be a bigger crisis than we have known before.

Global crises have changed - and will continue to change - the world's food security environment. The bean sprout case cost 53 lives and over 3900 became infected in connection with the consumption of… ..yes on what? At first it was thought that Spanish vegetable producers had the main responsibility, but in the end the case was traced to bean sprouts that entered the European market from Egypt. One of those who stood to say the least in the line of fire in the bean sprout case was a professor, dr. dr. Andreas Henzel, President of BfR, one of the world's most respected organizations in the field of food risk assessment. Sami Andreas Henzel is now leading a large group of German experts who will assist Matís and MAST in the Safe Food project, which will include the installation and accreditation of new equipment that will enable us to measure algae toxins in shellfish and fulfill those obligations. which Iceland has acceded to under the EEA Agreement.

The most well-known crisis in food production last year is probably the "Big Horse Meat Issue", which shook the European food market to say the least this winter. Magnús Bjarnason at Icelandic Group mentioned the horsemeat issue in a special speech at the last LÍÚ general meeting. autumn, no wonder. The issue has really changed Europe's food markets. As most people know, the issue of horsemeat was basically that unscrupulous food producers had replaced beef with a much cheaper raw material - horsemeat - and thus actually engaged in product fraud. Apparently, consumer anger was high - which was partly reflected in the fact that they turned from beef - or horse consumption - to seafood. Death has always been another's bread.

Genetics and the use of genetic methods to identify the differences between beef and horsemeat proved to be the key to the emergence of fraud, but fraud in the beef value chain was undeniably aimed at targeting other value chains in food production. This was followed by various discoveries, such as rats instead of lamb in China - and one fish species instead of another in many parts of the world.

And then we're really into counterfeiting - they are not necessarily dangerous to human health - like the noroviruses, but counterfeiting carries a great deal of reputational risk, not least now in the age of rapid media coverage and the dissemination of information on the internet. It is also important to keep in mind the changes that food markets are currently undergoing, both in terms of market areas and production, where emerging market countries play a key role.

There is nothing new about people not being completely honest when it comes to identifying fish species. But after the horsemeat scandal, the risks involved need to be made clear. Matís proved to be a difficult task to finance the purchase of equipment that enables us to fulfill Iceland's obligations under the EEA Agreement, and this did not succeed until the current Minister of Fisheries and Agriculture took up the matter, as he was well aware of the Icelandic food industry's export interests. On the other hand, various food producers are better equipped than public limited companies in Iceland. Mike Mitchell, of Youngs Seafood, told the World Seafood Congress this fall that the company had used genetic engineering to analyze whether suppliers were selling them other fish species than they were giving up. My mind tells me that Youngs is not the only one who has done that.

Such investments by food producers are not a coincidence. In this context, Tilapiu has often been cited as an example of cheap whitefish that can in fact take on almost any role when it comes to the production of seafood. Tilapíun has thus been compared to Meryl Streep, who is undeniably a very versatile actress who can handle various roles. The big difference, however, is that when Meryl Streep plays in a movie, she appears on the list of actors. This has not always been the case with Tilapiu, or other cheaper fish species that have found their way under recipes under "pseudonyms".  

Such "pseudonyms" are dishonest practices and counterfeits towards buyers. Counterfeits that create an unequal competitive environment for honest producers and promote consumer disbelief. I would therefore like to repeat my words that it is very important that the Icelandic fisheries sector is able to show buyers that production here is in accordance with laws, regulations and market requirements. In this way, we will build a foundation for further value creation in the fisheries knowledge industry.

Recently, the most beautiful Icelandic word was chosen. I do not intend to elaborate on the results of the election here, but I would like to quote the words of Friðleif Friðleifsson at Iceland Seafood, who said at the last LÍÚ general meeting. autumn something to the effect that the word DELIVERY SECURITY was one of the most beautiful words in the Icelandic language in his opinion. I agree with Friðleifur in many ways, but I would like to point out another good Icelandic word that is very important for value creation in the Icelandic fisheries sector. It's become PROBLEMS.

In Hávamál Snorri Edda says that celebrities never die, if people have a good word for themselves. Hopefully that is right, because Icelandic foods have a good reputation and reputation to protect. However, we need to keep in mind that the internet, along with various other things, has changed the dissemination of information in a dramatic way lately. years, i.e. it is not certain that Snorri is quite right, although many good tips can certainly be found in Hávamál.

Sveinn Margeirsson, CEO of Matís.

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