Overview of Pacific Fishing Company Limited and PAFCO Waste Management Program

Pafco Waste Management Program
Add Pafco Picture here…
PACIFIC FISHING COMPANY LIMITED
Company Brief
OVERVIEW – BACKGROUND
CONCEIVED as a socio-economic activity to reverse the effects of the
trade recession experienced in Levuka in the mid to late 50s.
JOINT INITIATIVE between Fiji Govt and Ministry of Trade and Industry in
Japan at the time.
BECAME the 3
rd
 Japanese fishing base in the Western Pacific specifically
set up as a transshipment operation.
Fiji GOVERNMENT took control in 1987.
OBJECTIVE of PAFCO – Uplift economic growth and development of Ovalau Island.
PACIFIC FISHING COMPANY LIMITED
Company Brief
BRIEF HISTORY
REGISTERED in 19
th
 February 1963
1964 – Established as a Tuna Transshipment Port.
1970 – Pilot Cannery processing 10MT Tuna per day.
1974 – New Cannery built – 15000MT per year.
1976 – Started Operation.
1978 – Can manufacturing plant built
1980-1986 production increased to 35MT per day
1980 – John West became main buyer in UK
1984 – Sainsbury started buying PAFCO products.
1999 – started processing cooked Loins for Bumble Bee Foods
PACIFIC FISHING COMPANY LIMITED
Company Brief
COMPANY PRODUCTS
LOCAL MARKET: Sun Bell Canned Tuna Products and
Sun Bell Mackerel.
OFF-SHORE: Canned Tuna Products to selected buyers
in the US and Europe (Clover Leaf Brand)
Frozen Cooked Loins
By-Product: Fish Meal and Fish Oil
PACIFIC FISHING COMPANY LIMITED
Company Brief
CURRENT WORKFORCE
TOTAL OF MORE THAN 800 EMPLOYEES:
Management:
  
12
Salaried Staff:
  
34
Permanent Employees:
 
600(Hourly Paid)
Pool Workers (Casuals):
 
200 (Hourly Paid)
 
More than 70% of the Workforce are Women.
2 x Unions for Hourly Paid employees and a Staff Association
PAFCO Waste Management Flow Chart
 
Receive fish
scrap from
Butcher and
packing
Room
Receive fish
scraps from
Butcher and
Packing
Room
Dumper
Hopper
Spiral Conveyor
Crusher
Accumulative
Conveyor
Cooker
Press
Accumulative Tank
(Water + Oil)
Drier
Strainer
Hammer Mill
Bagging
Storage
Transfer pipe
Fish Oil
Tank 1
Tank 2
Tank 3
Storage
Storage
Storage
Shipping
Shipping
Hydraulic Jack
to lift the bin
Fish Scrap Origin…
Fish scraps or waste generated during the production
process is converted to by- product which is the
fishmeal
The two major sources of scrap(fish waste) for
fishmeal comes from:
  
1. Butchering- guts and roe removed from fish
prior to  precooking.
          2. Skins, bones, red-meat and head-meat that
comes from skinning and cleaning the precooked fish.
            
  
Viscera extracted from the
fish
Viscera from all butchered fish is passed onto the
gut conveyor which transfers the fish to the waste
bin by the spiral conveyor.
Fish Scrap from Butcher:
Viscera travels in an under-
lying  conveyor to the waste
bin
Viscera travels via conveyor into the scrap bin. When the bin
is full, the forklift takes it down to the fishmeal area
Fish Scraps from Butcher
Fish Scrap from Packing Room:
Fish waste are generated in the packing room
through the fish skinning and cleaning process
The waste generated are collected on portable trays
and transferred to the hopper by a conveyor to a
waste bin
Fish waste collected in  trays ready to be transferred to the
hopper
Fish Scrap from Packing Room:
Scrap hopper for
transferring waste into bins
Fish Scrap from Packing Room:
Spiral conveyor inside the
hopper
Fish waste being loaded
onto  bins
Fish Scrap from Packing Room:
waste bin being transferred
to fishmeal area
Processing of Fish waste to produce
Fishmeal:
Fish waste received at fishmeal area are processed
into fishmeal. Note, these are done under strict
sanitary conditions to ensure a safe product for
both local and export markets.
The waste bin delivered to
fishmeal dumper
waste bin being dumped in
the hopper
Fish waste inside the hopper
Fish waste being transferred
to the spiral conveyor
Spiral conveyor transports
the waste to the crusher to
churn into fine pieces
The crusher breaks down
large pieces of bones and
fish scraps
From the crusher, the scrap
travels to the cooker  and
then to the press
 
The press squeezes the
cooked scrap meat to extract
fat and water
The water and fat extracted
by the press is collected in
the accumulative tank
 
Other processes are carried
out to extract the oil from
the fat- decantation and
filtration
undefined
Final product – a
sample being
collected for lab
analysis
Fish Oil
The  fish waste after being
pressed is transferred to the
steam drier
The dried waste then passes
through the strainer  which takes
out any big pieces of bones etc
still left in the dried meal.
The strained meal passes to
the hammer mill to further
refining.
The refined fishmeal is then
bagged.
The bagged fishmeal is then
racked in storage area
Fishmeal in containers ready
to be shipped
All discharge waste from fishmeal is released 200m beyond
the reef through discharge pipes.
Discharge Pipes on the  sea-bed
Floaters
 
  
THANKS
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Pacific Fishing Company Limited, established in 1964, plays a significant role in the fishing industry in Fiji, focusing on canned tuna products and more. PAFCO Waste Management program details the process of converting fish scraps into valuable by-products. The company's history, products, workforce, and waste management flow chart are highlighted, showcasing its contributions to the socio-economic development of Ovalau Island.

  • Fishing industry
  • Fiji
  • Waste management
  • Fish by-products
  • Pacific Fishing Company

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  1. PafcoWaste Management Program Add Pafco Picture here

  2. PACIFIC FISHING COMPANY LIMITED Company Brief OVERVIEW BACKGROUND CONCEIVED as a socio-economic activity to reverse the effects of the trade recession experienced in Levuka in the mid to late 50s. JOINT INITIATIVE between Fiji Govt and Ministry of Trade and Industry in Japan at the time. BECAME the 3rdJapanese fishing base in the Western Pacific specifically set up as a transshipment operation. Fiji GOVERNMENT took control in 1987. OBJECTIVE of PAFCO Uplift economic growth and development of Ovalau Island.

  3. PACIFIC FISHING COMPANY LIMITED Company Brief BRIEF HISTORY REGISTERED in 19thFebruary 1963 1964 Established as a Tuna Transshipment Port. 1970 Pilot Cannery processing 10MT Tuna per day. 1974 New Cannery built 15000MT per year. 1976 Started Operation. 1978 Can manufacturing plant built 1980-1986 production increased to 35MT perday 1980 John West became main buyer in UK 1984 Sainsbury started buying PAFCO products. 1999 started processing cooked Loins for Bumble Bee Foods

  4. PACIFIC FISHING COMPANY LIMITED Company Brief COMPANY PRODUCTS LOCAL MARKET: Sun Bell Canned Tuna Products and Sun Bell Mackerel. OFF-SHORE: Canned Tuna Products to selected buyers in the US and Europe (Clover Leaf Brand) Frozen Cooked Loins By-Product: Fish Meal and Fish Oil

  5. PACIFIC FISHING COMPANY LIMITED Company Brief CURRENT WORKFORCE TOTAL OF MORE THAN 800 EMPLOYEES: Management: Salaried Staff: Permanent Employees: Pool Workers (Casuals): 12 34 600(Hourly Paid) 200 (Hourly Paid) More than 70% of the Workforce are Women. 2 x Unions for Hourly Paid employees and a Staff Association

  6. PAFCO Waste Management Flow Chart Spiral Conveyor Dumper Hopper Receive fish scrap from Butcher and packing Room Packing Room Receive fish scraps from Butcher and Fish Oil Tank 1 Transfer pipe Accumulative Tank (Water + Oil) Hydraulic Jack to lift the bin Tank 2 Crusher Tank 3 Cooker Press Hammer Mill Storage Drier Storage Storage Storage Shipping Strainer Shipping

  7. Fish Scrap Origin Fish scraps or waste generated during the production process is converted to by- product which is the fishmeal The two major sources of scrap(fish waste) for fishmeal comes from: 1. Butchering- guts and roe removed from fish prior to precooking. 2. Skins, bones, red-meat and head-meat that comes from skinning and cleaning the precooked fish.

  8. Fish Scrap from Butcher: Viscera from all butchered fish is passed onto the gut conveyor which transfers the fish to the waste bin by the spiral conveyor. Viscera travels in an under- lying conveyor to the waste bin Viscera extracted from the fish

  9. Fish Scraps from Butcher Viscera travels via conveyor into the scrap bin. When the bin is full, the forklift takes it down to the fishmeal area

  10. Fish Scrap from Packing Room: Fish waste are generated in the packing room through the fish skinning and cleaning process The waste generated are collected on portable trays and transferred to the hopper by a conveyor to a waste bin

  11. Fish Scrap from Packing Room: Fish waste collected in trays ready to be transferred to the hopper

  12. Fish Scrap from Packing Room: Spiral conveyor inside the hopper Scrap hopper for transferring waste into bins

  13. Fish Scrap from Packing Room: Fish waste being loaded onto bins waste bin being transferred to fishmeal area

  14. Processing of Fish waste to produce Fishmeal: Fish waste received at fishmeal area are processed into fishmeal. Note, these are done under strict sanitary conditions to ensure a safe product for both local and export markets.

  15. The waste bin delivered to fishmeal dumper waste bin being dumped in the hopper

  16. Fish waste being transferred to the spiral conveyor Fish waste inside the hopper

  17. Spiral conveyor transports the waste to the crusher to churn into fine pieces The crusher breaks down large pieces of bones and fish scraps

  18. The press squeezes the cooked scrap meat to extract fat and water From the crusher, the scrap travels to the cooker and then to the press

  19. Other processes are carried out to extract the oil from the fat- decantation and filtration The water and fat extracted by the press is collected in the accumulative tank

  20. Fish Oil Final product a sample being collected for lab analysis

  21. The dried waste then passes through the strainer which takes out any big pieces of bones etc still left in the dried meal. The fish waste after being pressed is transferred to the steam drier

  22. The strained meal passes to the hammer mill to further refining. The refined fishmeal is then bagged.

  23. The bagged fishmeal is then racked in storage area Fishmeal in containers ready to be shipped

  24. Discharge Pipes on the sea-bed Floaters All discharge waste from fishmeal is released 200m beyond the reef through discharge pipes.

  25. THANKS

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