Year : 2012
Number of Pages : 62
leaves
Adviser : Prof. Nestor O. Rañeses
Executive Summary
The
Philippines is now supplying around 1.6 million tons of fish annually which
form the basis of the fish processing industry in the country. About one third
of its annual total catch is processed as salted, dried, smoked, fermented,
frozen and canned products and as fish meal (Guevara 1978, p. 1). Bantayan
Island, specifically, is known for its dried marine products particularly the
white-spotted spine foot, locally known as danggit (Siganus canaliculatus),
which is considered as a special delicacy. Many believe that the danggit from
Bantayan Island is the best. In fact, the entire Cebu Province shares this
recognition (Parcon et al 2009, p. 1). The current fish drying industry is
known to the Philippine market yet is still unable to penetrate the
international market, which can generate better income to the producers. This
is primarily due to the poor quality of the dried products, which cannot comply
with the international standards. It is beset with several challenges to meet
market demand and standards. Drying and smoking and other fish processing
methods, as practised in most fishing areas like Bantayan Island, are the
traditional methods that have existed for years. There is a lack of modern
processing technology and of trained manpower in fish processing, resulting to
challenges in the compliance to food safety standards, extension of product
shelf life, packaging and labeling designs, technology upgrading, product
standardization, marketing, access to capital and even business management.
However, steps are being taken by the Government to counteract these problems
as the Department of Trade and Industry reported that exporting dried marine
products has big potential. While the fish drying industry of Bantayan has
always been part and parcel of the fishing industry of the island, only one
comprehensive study has been conducted on the industry so far. This study was
conducted by the Confederation of Scientific and Professional Organization
(COSPO) in 2003-2004 to gauge the feasibility of establishing a common drying
facility and use of mechanical drying system that will cater to a larger scale.
The study showed that the current drying methods in Bantayan Island are
generally unsanitary. Walk through surveys revealed unsanitary practices, e.g.,
presence of garbage near drying area, presence of flies, unkempt processing
area and other unhygienic practices. It was further confirmed both by the
processors and the Bureau of Food And Drugs that the colony forming unit per
gram in the sample dried products were way beyond international standards. The
study yielded the conclusion that establishment of a common drying facility and
use of mechanical drying system that will cater to a larger scale is feasible.
This was implemented among selected and willing processors in the Municipality
of Santa Fe. The pilot project demonstrated the sanitary mechanical drying
system and operation. Although no official monitoring or evaluation has been
conducted on the implementation of the project, the success of the project lies
on the consistent quality of its dried fish products after five years of
operation with the Santa Fe LGU continually paying off its loan, even if in
small increments, indicating that despite an increase of prices of mechanically
dried fish products, these have a ready market. The Santa Fe experience is one
proof that producing quality dried marine products already can be a lucrative
business enterprise, given the support that the industry needs to penetrate the
international market. This study is an attempt to continue the efforts that has
been started by COSPO and currently being sustained by the Municipality of
Santa Fe. This study on the "Assessment of Dried Fish Danggit (Siganus
Canaliculatus) Industry in Bantayan Island, Cebu" is based on the premise
that adoption of the Philippine National Standards for dried danggit to be able
to pass the international standards. From there, it conducted an investigation
on the drying methods currently being utilized by the industry and identified
the technology innovation gaps that the industry is experiencing. These
required a comprehensive look into the technoware of the drying methods as well
as a broadbrush treatment of the humanware, orgaware and infoware dimensions of
the industry. Mapping of the value chain of the industry was also created to
determine the functions, operators and supporters and their interrelationships
within the industry.
The
findings of the investigation are presented in a comparative analysis between
the solar or sun drying method and the furnace type mechanical drying method. A
value chain map is also presented with the technology gaps classified for each
function. It was found out that processors continue to adopt the sun drying
method despite high spoilage output due to cost. Because of the high demand of
dried fish and other marine products, these sell like the proverbial hot cakes
despite threats to health and safety. While there were processors who already
saw the need to improve their products, their financial commitments to their
middlemen and buyers prevented them from adopting the more hygienic mechanical
drying method, plus the fact that the method entails additional cost.
Processors, middlemen and buyers were accustomed to their market that has no
idea of the quality of their purchase and did not seem to care as long as these
are cheap and packed presentably. It was also gathered that the furnace type
mechanical drying method possess the conditions that produce dried fish at par
with PNS. The value chain map of the industry provided a visual map as to how
the industry operates. Moreover it pictured where in the chain industry actors
and players add value to the product. The recommendations of this study are
presented according to the functions found in the value chain map and detailed
according to technology dimensions. Most of these recommendations require
involvement of the government and its agencies.
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