Deep SeawaterKona Fish Farm Project

Puukala House

King Gardens27 Acres

Marina

KonaDown Town

Deep Sea WaterFish Farm

Airport

Deep SeawaterKona Fish Farm Project

Introduction - “Cold Deep Seawater”

1. The shore coast of Hawaii is the one of few areas in the world where Deep Sea Water is welled directly out from the shore. These welled out Deep Sea Water had originated from Iceland 2000 years ago. Melted ice becoming cold water traveled down to depth of 4000 meters (13,300 feet) below sea level. They then joined with Deep Sea Water currents and took 2000 years to reach the shores of Hawaii. They hit deep shelf of the Kona shore and stopped and are now being welled out along the steep mountain slope.

2. Deep Seawater from 900meter(3000feet)depth.- Very rich various minerals- Cold Deep Seawater is delivered onshore at a chilly 6ºC (43°F).- It is very clean, pure and with no bacterium.

3. Unique Resources- Generation of electricity from a natural temperature difference of about 20º between the cold and warm seawaters.- Low cost natural cooling systems- Cold water Agriculture - Aquaculture- Marine Biotechnology- Mineral water production

Introduction - “Cold Deep Seawater”

1. The shore coast of Hawaii is the one of few areas in the world where Deep Sea Water is welled directly out from the shore. These welled out Deep Sea Water had originated from Iceland 2000 years ago. Melted ice becoming cold water traveled down to depth of 4000 meters (13,300 feet) below sea level. They then joined with Deep Sea Water currents and took 2000 years to reach the shores of Hawaii. They hit deep shelf of the Kona shore and stopped and are now being welled out along the steep mountain slope.

2. Deep Seawater from 900meter(3000feet)depth.- Very rich various minerals- Cold Deep Seawater is delivered onshore at a chilly 6ºC (43°F).- It is very clean, pure and with no bacterium.

3. Unique Resources- Generation of electricity from a natural temperature difference of about 20º between the cold and warm seawaters.- Low cost natural cooling systems- Cold water Agriculture - Aquaculture- Marine Biotechnology- Mineral water production

The characteristic of our project

1. The trial of making completed farm system of raising tuna by Kinki University- Location: Amami Oshima(Japan)- They got success to establish completed system of tuna farming from hatchery to matured size.- It is fish farming using ocean.Potential Problems: - Danger of disease by bacteria and virus, because of natural ocean.- Natural disaster like Typhoon etc. - Ocean pollution by the remains of foods and excrement.

2. Miyakojima Tuna Aquarium “Rabota”- Location: Miyakojima, Okinawa- Trial of circulatory fish farming on the land- They tried to solve the problems using ocean. It is easy to control water quality and temperature. It is to get rid of collision death with wall and increase in exercise quantity.- But there are possibilities of disease, so they still using ocean water.

3. Blue fin Tuna on the land farming project by Tokai University

Location: Yaizu, Shizuoka

- Using round tank on the land, they tried to avoid the problems of ocean farming but the survival ratio from baby fish was 30%.

- The characteristic of this project is to use “Seawater under ground”

- It is underground water of 17º- 21º and also salt water.

- It is suitable temperature for tuna and clean filtered by rocks, eliminating harmful bacteria even when it is salt water.

4. Our Project

Overcome all difficulties of above three major projects=

- Circulatory fish farming on the land

- Producing high exercise quantity and high quality Blue fin tuna.

- Using Deep Ocean Water we can produce clean, safe and high nutritive value tuna.

- Eco-fish farming on the land

- Utilizing natural temperature difference from 6º to 25º, we can produce many kinds at the same system along with life cycle, from small to midsize, seaweed, clams, etc.

- Enough marketing size

- It is already popular about Hirame, Kanpachi and Moi in Hawaii market.

- True World Foods will be strong marketing company for us.

Three Step Business Plan

Phase 3

Phase 1 & 2

Abalone Farm

Natural Energy Prototype

Natural Energy Laboratory

KoyoDeep Water Bottling Co.

Airport

IndustrialArea

Deep Sea Water Kona Fish Farm Project - 07/07/07

Phase 1

Deep Sea Water Kona Fish Farm Project - 07/07/07

1. Organize existing facility

2. Begin 4 fish programHirame, Moi, Kanpachi & Ogo

3. Marketing Campaign

Phase 1

Deep Sea Water Kona Fish Farm Project - 07/07/07

Phase 2Tuna Pilot Plant

Hamachi

Visitor Center

Office

Tuna Pilot Plant

Hamachi

Visitor Center

Office

1. Start Blue Fin Pilot Plant

2. Mid-size Fish - Hamachi

3. Visitor CenterRestaurant, Visitors Exhibit Area & Education Area, Administration

Phase 2

30 Meters

1. Start Blue Fin Pilot Plant

2. Mid-size Fish - Hamachi

3. Visitor CenterRestaurant, Visitors Exhibit Area & Education Area, Administration

30 Meters3

Met

ers

Phase 3

Phase 1 & 2

Abalone Farm

Natural Energy Prototype

Natural Energy Laboratory

KoyoDeep Water Bottling Co.

Airport

IndustrialArea

Deep Sea Water Kona Fish Farm Project - 07/07/07

100 Meters

100 Meters5

Met

ers

1. Purchase Land for Large Tanks -60 - 80 Acre's2. Planning & Construction3. Raise & Market Fish

Phase 3

Goal = Raise 120 lb - 150lb fish /1 tank = 8000 Fish = $10 million