Source: ALASKA MANUFACTURER'S ASSOCIATION submitted to NRP
SALMON QUALITY STANDARDS
Sponsoring Institution
National Institute of Food and Agriculture
Project Status
COMPLETE
Funding Source
Reporting Frequency
Annual
Accession No.
0199729
Grant No.
2004-38884-02217
Cumulative Award Amt.
(N/A)
Proposal No.
2004-06234
Multistate No.
(N/A)
Project Start Date
Sep 1, 2004
Project End Date
Aug 31, 2005
Grant Year
2004
Program Code
[UJ]- (N/A)
Recipient Organization
ALASKA MANUFACTURER'S ASSOCIATION
3201 C STREET, SUITE 400
ANCHORAGE,AK 99503
Performing Department
(N/A)
Non Technical Summary
The Alaska salmon industry is in permanent competition with farmed salmon producers who deliver an ever-increasing volume of consistently high-quality products that wholesale buyers have learned to expect. Uneven quality is a business cost that salmon buyers can now avoid. Alaska producers do not deliver consistent quality, and this contributes to ever-declining prices for Alaska products. Continue to expand a salmon quality control and certification system, which has been under development in Alaska since 2001, to other regions of Alaska. The goal is to make these quality handling practices and product grade standards an inherent part of each seafood processor's routine, so that they no longer require hand-holding in the form of expensive training, supervision, and assistance.
Animal Health Component
25%
Research Effort Categories
Basic
(N/A)
Applied
25%
Developmental
75%
Classification

Knowledge Area (KA)Subject of Investigation (SOI)Field of Science (FOS)Percent
5023712303010%
5023712309010%
5027220303010%
5027220309010%
5033712303015%
5033712309015%
5037220303015%
5037220309015%
Goals / Objectives
Continue to expand a salmon quality control and certification system, which has been under development in Alaska since 2001, to other regions of Alaska. The goal is to make these quality handling practices and product grade standards an inherent part of each seafood processor's routine, so that they no longer require hand-holding in the form of expensive training, supervision, and assistance. We have built a degree of flexibility into our Program, in order to maximize the effectiveness of our efforts, and the efficiency of our use of public funds. In contrast to previous years, our 2004 field season will require that the companies bear a significant fraction of the cost of the fieldwork (training, supervision, inspection, & verification).
Project Methods
Work with 10 salmon processors in 4 regions of Alaska -- Prince William Sound (2), Alaska Peninsula (1), Kodiak Island (1), Cook Inlet (6). Possibly work with 6 other salmon processors -- Prince William Sound (1), Alaska Peninsula (3), Bristol Bay (3). Conduct basic training of harvesters and processors, and inspection and grading of salmon products, at the plants which are new to the Program. Conduct advanced training of harvesters and processors, and inspection and grading of salmon products, at the plants which have some experience in the Program. Perform in-season audits of the plant that achieved Certified status in 2003. Bring at least two more plants to Certified status. Produce at least one million pounds of AQS Certified salmon products. Continue marketing the value of the AQS quality certification seal to the American seafood markets, both retail and foodservice

Progress 09/01/04 to 08/31/05

Outputs
Farmed salmon set a standard for consistent quality that seafood buyers sought in wild product. Alaska Quality Seafood Program was designed to respond to that expectation by creation of voluntary processing standards. This grants purpose was to institutionalize handling practices & research the resulting change in market & value of wild salmon. 1: Develop quality handling procedures for drift & set gillnet & purse seine fishermen, & product quality grades, based on 2003 lessons learned & best available science. Results: Handling procedures & seafood product quality grades were clarified (easier to follow), set net handling revised (on & off-shore), product grade criteria revised, handling procedures developed for new product forms and audit procedures were streamlined. 2: Orient & train stakeholders. Results: Increased numbers of harvesters & processors in AQS. Processors worked with AQS, private inspection firms, processing staff, tender boat operators, buying station staff and fishermen to carry out AQS program training (a requirement for certification). 3: Improve the system of data-taking & record-keeping, to support evaluation of the program. Results: More accessible & flexible data-logging & management systems were implemented and audit scoring methods were streamlined. A new AQS seafood inspection company, ISIS, used a system of data-taking (on handheld data recorders) which was compared with the AQS system (paper) resulting in long-term adoption of hand-held data collection for optimum management of AQS quality systems. 4: Evaluate the program, from the industry viewpoint. Results: AQS product certification was used to differentiate participating company product & resulted in a price premium over non-certified product. Plants & regional processors wanted access to local inspection teams. AQS developed/implemented programs to accommodate. QC/QA staff shifted to new plants or move on to other companies, requiring continuous training in AQS. 5: Provide oversight of the program. Results: The 2004 business environment had changed. Consistent quality systems were being adopted, however, year 2 of implementation posed challenges for institutional AQS implementation. Larger plants had incorporated elements of AQS to their quality system, but were resistant to creation of a separate brand outside of their own. Processors were barraged with govt & buyer specs and the long-term commitment (time and money) to the AQS program was now looming. Smaller companies borrowed pieces of AQS, but did not adopt the entire system due to limited resources. Complexities in food markets made it challenging to introduce an added cost (AQS certification) & label (AQS certified). A well communicated value proposition and more integrated AQS program was required. 6: Evaluate the programs marketing efforts. Results: Graphics showing the certification process were published & helpful in communicating the program purpose. Tradeshows allowed AQS to meet seafood buyers who offered feed-back & particularly liked the strength the AQS third-party oversight. 7: Assess the overall effectiveness of in the market. Results: (see impact)

Impacts
7: Assess the effectiveness of AQS. Results: Buyers paid more & sustained their relationship with sellers, as AQS reduced bruising, broken bones, extended shelf life & established confidence in a consistent quality wild salmon product; harvest to harvest & year to year. One new plant was certified, which made a total of 112 harvesters, 12 tenders & buying stations& the staffs of 8 plants that were AQS trained. The program demonstrated further diversity adding 3 types of gear (drift gillnet, set gillnet, purse seine) & 3 product types (H&G or H&G fillets, portions (fresh & frozen)). Processors increased their contribution by paying directly for AQS contract inspectors, plus an additional, $94,424 (cash & in kind) was raised outside of CSRESS research monies. AQS prepared a new plant, with certification for controlled fillet portions. This rapid plant certification demonstrated the quick AQS response to market demands. Fishermen increased earnings as they were paid more for their AQS fish. The 2004 price premium for AQS (comparison to non-certified wild salmon) ex vessel to fishermen (+$.05 to .29 per lb), Frozen H&G (+$.34 per lb) frozen fillets (+$.68) & once frozen fillet/portions (+$.40 per lb) Processors reported price premiums for their certified products of 10-30% (1st wholesale level). Buyers recognized the value (product differentiation) resulting in buyer sustainability. A greater amount of AQS was produced in 2004. 2003 2004 Round (unprocessed) lbs delivered 789,080 1,090,928 Certified product lbs. 226,508 246,982

Publications

  • No publications reported this period