salmon itsu
salmon itsu
salmon itsu
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”<br />
I love the Leroy Salmon, it’s so fresh. We get it directly<br />
from the Norwegian sea. It’s the next best thing to<br />
catching it ourselves. Nobody else in the UK does that.<br />
“<br />
Alex Young, Salmon Buyer Extraordinaire.<br />
<strong>salmon</strong><br />
at <strong>itsu</strong><br />
Salmon Information
contents<br />
the facts 03<br />
<strong>salmon</strong> at <strong>itsu</strong><br />
why <strong>itsu</strong> use superior farm <strong>salmon</strong> 04<br />
<strong>itsu</strong> <strong>salmon</strong> specification 05<br />
<strong>itsu</strong> <strong>salmon</strong> colour card 07<br />
Leroy <strong>salmon</strong> information 08<br />
the cycle of <strong>salmon</strong> 15<br />
common customer questions? 16<br />
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the facts<br />
Costs<br />
Facts<br />
Salmon costs vary from £8 to £10 per kg<br />
We spent this year<br />
just under £3 million<br />
Salmon - <strong>itsu</strong> orders an average of<br />
6 tonnes per week<br />
Predicted for 2012<br />
9 tonnes per week<br />
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why <strong>itsu</strong> use superior farm <strong>salmon</strong><br />
After travelling around the world, the<br />
female will have around 30,000 eggs,<br />
from these eggs it is likely that only<br />
12 eggs will develop to adulthood in<br />
the wild. Is it any wonder that farming<br />
this species can only serve to protect<br />
the delicate balance of nature in the<br />
wild for this “king of fish”.<br />
Out of the same female in a farmed<br />
environment, the same 30,000 eggs<br />
should give 27,000 fish - (90%).<br />
As one of the largest <strong>salmon</strong> buyers<br />
it would be devastating for the species<br />
if <strong>itsu</strong> were to order wild <strong>salmon</strong>.<br />
Instead, we choose to put our trust in<br />
the best quality Norwegian superior<br />
<strong>salmon</strong> farms.<br />
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<strong>itsu</strong> <strong>salmon</strong> specification<br />
Product Description<br />
Fresh <strong>salmon</strong> fillet 4/8 tr.e<br />
Species<br />
Salmon Salar<br />
Country of Origin<br />
Norway<br />
Condition<br />
Fresh<br />
Brand<br />
Leroy<br />
Processing Plant<br />
Sinkaberg-Hansen AS<br />
Packing No<br />
NT-145<br />
Product ID<br />
110247<br />
D-PAK T-PAK<br />
Distribution packaging Transport packaging<br />
Net weight (g): 10 000 400 000<br />
Gross weight (g): 11 000 460 000<br />
Packaging type: Styropor EURO pallet<br />
Width (cm): 40 80<br />
Depth (cm): 60 120<br />
Height (cm): 15 165<br />
No. layers on pall: 13<br />
No. D-Pak per layer: 4<br />
Raw material: Atlantic <strong>salmon</strong> (Salmo salar) superior 4-8 kg farmed in Norway.<br />
Colour: 24-27 on SalmoFan and 14-15 on Roche Colour Card<br />
Trimming/cutting: According to Norwegian Standard 9404;<br />
E-trim; skinless and pin bone out.<br />
Deep skinned (3 cm brown fat)<br />
Latin name: SALMO SALAR<br />
Shelf life (no. days): 12<br />
Nationality: Norwegian<br />
Storing temperature: -1/+4°C<br />
Cooling type: ICE<br />
Ingredients: Atlantic Salmon<br />
Production prosess: Slaughtering, filleting, bone removing, trimming, skinning<br />
and packing<br />
The fillets is packed interleaved in styropor boxes with ice<br />
Approximately 8 fillets in the box<br />
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<strong>itsu</strong> <strong>salmon</strong> spec CONTINUED<br />
Nutrition values (g/100g):<br />
Energy (kJ): 834<br />
Kcal” 200<br />
Protein: 19,9<br />
Fat: 13,4<br />
Carbohydrates: 0<br />
Allergenes: Fish<br />
Microbiology (limits / g):<br />
ANALYSIS MICROBIOLOGY (max) FREQUENCY (min) METHOD<br />
Total viable count
<strong>itsu</strong> <strong>salmon</strong> colour card<br />
<strong>itsu</strong> Acceptable<br />
Choice Ranges<br />
Pantone 157u - 1665u<br />
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Leroy <strong>salmon</strong> information<br />
Studies on people<br />
(852 men followed over<br />
a period of 20 years)<br />
show that the greatest<br />
effect on health in regard<br />
to cardio-vascular<br />
diseases is achieved<br />
through a moderate<br />
increase in consumption<br />
of fish.<br />
(Kromhout et al. (1985)<br />
New Engl. J. Med. 312, 1205-1209).<br />
Salmon and <strong>salmon</strong> feed<br />
Salmon do not need special raw materials such as fishmeal, but do need many of the<br />
components we find in for example fishmeal. The <strong>salmon</strong>’s requirements for different<br />
nutritional substances such as amino acids, fatty acids, vitamins and minerals are<br />
comprehensively mapped.<br />
All raw materials break down in the fish’ stomach / intestine system and are built up<br />
again into “<strong>salmon</strong> products” in the fish.<br />
The challenge for us as an aquaculture company and for feed manufacturers is to find<br />
the raw materials that contain everything the <strong>salmon</strong> needs to provide the best possible<br />
production at the lowest possible cost. Meanwhile the raw materials we use shall<br />
originate from sustainable productions / harvests.<br />
For instance, we only use fishmeal produced from industrial fish that are regulated. We<br />
also use fishmeal produced from mackerel and herring offcuts, but then the bulk of the<br />
fish has gone directly beforehand to human consumption, we only utilise the remainder<br />
product.<br />
Salmon feed has traditionally consisted of fishmeal and fish oil. The reason for this is<br />
because there have been low-priced, good, raw materials available and it has been a<br />
natural and safe choice to use these. Over time the supply of fishmeal and fish oil has<br />
declined, primarily because a larger percentage of the fish caught goes directly to<br />
human consumption. It is a good exploitation of the resource. For that reason the<br />
marine farming industry has increasingly made use of other raw materials in the feed.<br />
Currently these include soya, rapeseed and pea protein as well as rapeseed oil in the fish<br />
feed in addition to fishmeal and fish oil. Research is ongoing and focused on enabling<br />
us to be less dependent on fishmeal and oil.<br />
continued overleaf<br />
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Leroy <strong>salmon</strong> info CONTINUED<br />
Raw materials whose use would be an advantage if we only consider the <strong>salmon</strong>’s<br />
nutritional requirements, but that for various reasons we do not use, are diverse<br />
genetically modified (GMO) products and animal bi-products. GMO products are plants<br />
(e.g. soya, maize and rapeseed) which have been made more resistant to chemical<br />
sprays and insect attacks. Initially these are rational changes for the plants, but there is a<br />
certain amount of scepticism among consumers against these products. The challenge for<br />
Lerøy as a marine farming company lies in that most of the soya, maize and rapeseed<br />
produced in the world is genetically modified. Animal bi-products are for instance<br />
blood-meal produced from pigs and poultry meal produced from chickens. These are<br />
sustainable and nutritionally good products, but some consumers are sceptical about<br />
these raw materials due to previous histories of disease (e.g. BSA/’mad cow’ disease).<br />
Lerøy Seafood Group does not currently use any GMO raw materials or animal biproducts<br />
in feed for <strong>salmon</strong>.<br />
Salmon as a food product<br />
The <strong>salmon</strong> covers most of the human’s nutritional needs at the same time as it is the<br />
most important source of the essential nutritional substances that we need. Just as<br />
important as the content of individual nutritional substances is the interaction between<br />
nutritional substances – the <strong>salmon</strong> is a unique “nutrition parcel”. Recent research<br />
shows that a better effect is achieved on health by eating a portion of <strong>salmon</strong> that<br />
consists of a parcel with interactive, vital nutritional substances than to eat the same<br />
nutritional substances in concentrated form. For example, the effect of w-3 fatty acids in<br />
a piece of <strong>salmon</strong> is better than eating the same quantity of w-3 fatty acids in the form<br />
of a capsule. The <strong>salmon</strong>’s content of important nutritional substances is partially<br />
genetically determined and partially influenced by the feed we give to the fish. The<br />
<strong>salmon</strong>’s content of proteins and amino acids is genetically determined and is minimally<br />
affected by the feed eaten by the fish. The nutritional value of a protein source is<br />
entirely dependent on which and the quantity of the various amino acids that makes up<br />
the protein source. Salmon protein has the correct level for all the Amino acids.<br />
continued overleaf<br />
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Leroy <strong>salmon</strong> info CONTINUED<br />
Salmon is an important source of the healthy w-3 fatty acids (especially EPA/DHA). The<br />
fish’ own need for w-3 fatty acids is far lower than what we find in the <strong>salmon</strong>. The<br />
level of w-3 in the fish reflects to a large extent the level in the feed, so the choice of oil<br />
source in the feed is therefore important. The oil sources that have high content of w-3<br />
(typical fish oil from Peru and Chile) are much sought after and therefore expensive. Fish<br />
oil is in limited supply and around half of the marine farming industry’s oil requirements<br />
are covered at present by fish oil. That is why we must also use vegetable oils such as<br />
rapeseedseed and sunflower.<br />
A typical Lerøy <strong>salmon</strong> will when harvested have a level of EPA+ DHA on 1.6 -1.8 g per<br />
100-gram fillet. The recommended intake for an adult person of EPA+DHA is 0.25 g/day.<br />
This means that if you eat one <strong>salmon</strong> dinner you easily cover the weekly requirement<br />
for EPA+DHA. It is important to remember that other food products also contain some<br />
EPA+DHA. Fat fish are also the most important source we have for Vitamins D, E, B12<br />
and the minerals Selenium and Iodine. Intake of these vitamins and minerals is minute if<br />
for instance you eat w-3 capsules. It is this nutritional parcel that makes <strong>salmon</strong> such a<br />
unique nutritional product. If the focus is just on the w-3 levels it provides a very<br />
lopsided picture of <strong>salmon</strong> as one of the healthiest products we can eat.<br />
Many studies have been carried out on the effect on people of eating fat fish. A<br />
reduced risk for cardio-vascular diseases reduces aggravated inflammation, positive<br />
development of the nervous system and brain (which has a very high level of EPA/DHA)<br />
and enhanced learning ability have been shown in a number of studies.<br />
By eating a portion of <strong>salmon</strong> you achieve a<br />
double health effect; you avoid eating an<br />
unhealthy meal at the same time as you are<br />
eating an extra wholesome <strong>salmon</strong> meal.<br />
continued overleaf<br />
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Leroy <strong>salmon</strong> info CONTINUED<br />
Environmental status <strong>salmon</strong> farming<br />
Marine farming production has an effect on the local environment on a<br />
par with all other food production. At LSG in 2011 we will have<br />
particular focus on four areas; escapes, <strong>salmon</strong> lice, organic stress/load<br />
and feed resources. Escapes shall not occur and in 2010 LSG had no<br />
registered escapes (of a biomass of 35 million fish). Research and<br />
development continues to optimise equipment and operating routines<br />
to ensure fish do not escape in the future either.<br />
The fight against <strong>salmon</strong> lice took a very encouraging turn in 2010 where LSG halved<br />
the number of treatments of fish to combat <strong>salmon</strong> lice. This was possible through a<br />
significant increase in use of wrasse fish and optimisation of operating routines. Looking<br />
ahead LSG will be participating in various Research and Development projects that have<br />
a total cost of more than NOK 300 million. These have both a short-term and long-term<br />
perspective. LSG is convinced we will have control of the <strong>salmon</strong> lice problem within a<br />
reasonable space of time. LSG meets the authorities’ criteria and objective in regard to<br />
<strong>salmon</strong> lice.<br />
Discharge of mineral salts has two sources; discharge in the form of ammonia and faeces<br />
from the fish and wasted feed. We endeavour to avoid wasted feed by having an intense<br />
focus on the actual feeding process. Among other things, underwater cameras have been<br />
used in farm pens to observe the fishes’ eating activity each time they are fed.<br />
Several projects are underway where the main focus is on achieving further reduction of<br />
the amount of feed going to waste. It is difficult to do anything about discharge from the<br />
fish itself. Choice of production sites is crucial to make certain these nutritional substances<br />
are quickly disposed of in the nutrition chain. Regular inspections are made of the sea<br />
floor below our farms/installations by independent inspectors (MOM B inspections) to<br />
ensure the surrounding environment is not placed under unacceptable strain. The<br />
authorities have prepared a set of regulations and results of inspections are reported.<br />
continued overleaf<br />
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LSG is focused on that we shall operate a sustainable activity, this also involves the feed<br />
raw materials we use. LSG has a comprehensive criteria specification that must be met<br />
by our feed suppliers in regard to the origin and sustainability of the raw materials. LSG<br />
is Global Gap certified; which also makes demands of contributing factors such as feed.<br />
The marine raw materials we use shall only originate from regulated fisheries and we<br />
shall not use fishmeal or oil produced in competition with direct human consumption.<br />
Fish in – Fish out<br />
There is intense focus among NGO’s and a number of our customers on “fish in - fish<br />
out” (FIFO), i.e. how much wild fish does it take to produce a kilo of <strong>salmon</strong>. There are<br />
many ways to do the sums and many figures are batted about. The result is dependent<br />
among other things on the fat content of the wild fish which meal and oil are produced<br />
from (can vary from 3-12%), how much marine protein and oil are in the feed, how<br />
high a feed factor we have (kg feed used per kg growth) etc.<br />
The industry is, in cooperation with the World Wildlife Fund (WWF), on the way to<br />
reaching agreement on how FIFO should be calculated (SalmonAquaculture Dialogue). A<br />
typical Lerøy <strong>salmon</strong> will in accordance with this method have a FIFO for marine protein<br />
equal to ca. 0.5, or for every kg of marine protein we give the <strong>salmon</strong> we get 2 kg in<br />
return – accordingly a net producer of marine protein. FIFO for marine oil is ca. 2, or for<br />
every kg of fish oil we give the <strong>salmon</strong> we get 0.5 kg in return. This is<br />
mainly due to the considerable difference in the fat level between the<br />
wild fish we produce oil from and the <strong>salmon</strong>. We can achieve a lower<br />
level through increased use of vegetable oils but then the level of<br />
EPA/DHA in the fish would be reduced.<br />
continued overleaf<br />
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Leroy <strong>salmon</strong> info CONTINUED<br />
Traceability<br />
At LSG we have full traceability from egg to completed slaughtered fish. Additionally an<br />
electronic tracking system is available where customers can upload a CV that contains<br />
all key information on the fish. Data found here includes information on feed type, fat<br />
content and colour in the fish and whether the fish has been treated against e.g.<br />
<strong>salmon</strong> lice. We also have full traceability on the raw materials used in the fish feed via<br />
the feed companies’ tracking system.<br />
Food safety<br />
All production companies that slaughter and process <strong>salmon</strong> in<br />
LSG are approved by the Norwegian Food Safety Authority<br />
(NFSA), which is the inspectorate authority in Norway. This<br />
authorisation is based on a HACCP (Hazard Analysis of Critical<br />
Control Points) system and the NFSA issues a separate HACCP<br />
certificate. Most of our companies also have BRC approval<br />
(British Retail Consortium), which is a separate certification that<br />
concerns food safety.<br />
Quality Hallvard Lerøy also carries out its own audits and<br />
approval of the production companies.<br />
All farmed <strong>salmon</strong> in Norway are safe for consumers to eat. Where hygiene is concerned<br />
an extensive microbiological control regime is implemented in the companies and<br />
inspectorate authority. Foreign substances such as PCB, heavy metals are checked<br />
regularly. Any administering of medicines takes place in consultation with a veterinarian,<br />
retention periods are complied with. The national monitoring program for residue<br />
concentration of medicines in <strong>salmon</strong> (NIFES on assignment from the NFSA) have never<br />
found a level of medicines in slaughtered <strong>salmon</strong> that exceeds borderline values.<br />
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Leroy <strong>salmon</strong> info CONTINUED<br />
Fish Feed Exploitation<br />
In the years to come Lerøy Seafood Group together with its feed suppliers will assume<br />
an active role in ensuring that the raw materials used in our feed are:<br />
• fished/harvested in an ethically sound manner<br />
• fished/harvested in compliance with legal frameworks<br />
• based on sustainable fishing<br />
Lerøy Seafood Group has established requirements for its suppliers of fish feed to make<br />
sure that raw materials for the fish feed are managed in a satisfactory manner.<br />
Moreover, in the time ahead Leroy Seafood Group will require its suppliers to closely<br />
monitor how quotas are established and respected, and how the catch is used.<br />
Lerøy Seafood Group requires that the raw materials in its fish feed must come from<br />
geographic areas regulated by national quotas for the respective species, and where the<br />
quotas are allocated as far as possible in conformance with accepted scientific<br />
recommendations, (reference is made to ICES, FAO, IMARPE, CERNAPESCA, etc.).<br />
We require that all our feed suppliers make use of raw materials which have been<br />
certified in accordance with IFFO’s standard for sustainability or raw materials with MSC<br />
certification.<br />
The process for determining annual quotas for wild fish in the North-East Atlantic is<br />
managed as shown on the diagram on the following page:<br />
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the cycle of <strong>salmon</strong> (according to Alex)<br />
Salmon (Salmon Salar)<br />
from 26 months old; 4-8 kg fish<br />
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common customer questions?<br />
Welfare<br />
• Our Salmon are from superior farm in Norway.<br />
• <strong>itsu</strong> and Leroy always make sure that our Salmon are extremely well looked<br />
after during every stage of their life, from fry to adulthood.<br />
• Our Salmon are at least 26 months old when harvested (compared to a welfare<br />
grown chicken which is only 30 days).<br />
Feed<br />
• We guarantee that our Salmon feed does not contain any GM and growth hormones.<br />
• We guarantee that our Salmon feed contain only natural colourant.<br />
• All ingredient used in the manufacture of fish feed must comply with EU regulation.<br />
Density<br />
• The stocking density in our farm allow our fish to show most normal behaviour than a wild Salmon.<br />
• Our Farm <strong>salmon</strong> swim around 3000 miles a year, pretty much the same as a wild <strong>salmon</strong>.<br />
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