BAG-IN-BOX SYSTEMS FLEXITANK DRUMS

Intermodal tank containers are designed for transport on road, rail, and sea

Built to 20 ft ISO dimensions, it is the same size as a traditional box container

Barrel contained within ISO frame is constructed of stainless steel and has an insulation blanket that is covered by a cladding of GRP or aluminum alloy

Food-grade tank containers started as standard tankers (similar to chemical tanks) that have been dedicated to the transportation of food-grade liquids

Hawaii Intermodal has designed tanks to improve efficiencies for product specific needs, i.e., changed valving for shipping milk from California to Hawaii, applied aseptic technology for shipping NFC OJ in Florida, etc.

Origins/Destinations

Oakland, CA

Long Beach, CA

Honolulu, HI

Kauai, HI

Hilo, HI

Fort Pierce, FL

Jacksonville, FL

Port Manatee, FL

Sulphur Springs, TX

Shanghai, China

Puerto Rico

Costa Rica

Clovis, NM

Ceres, South Africa

Toronto, Canada

• Standard 20 ft dimensional envelopeo 316 l Stainless steel 2b finish vessel

o Superior insulation

o Cladding/external skin of GRP

• Dimensionso Length 20 ft (6.1m)

o Width 8 ft (2.44m)

o Height 8.6 ft (2.59m)

• Ladder at discharge endo Stainless steel anti slip

• Walkways on the topo 19 inch (475 mm ) wide aluminum grid from ladder

top to along side center manhole

• Payload – 24,000 L (6,300 gallons)

• Valveo 3 inch hygienic valve with RJT coupling and captive

blank cap (standard milk transport fittings)

o With lockable/sealable insulated cover

• Refrigerated Units Availableo Operating temperature from -20° C to 10° C

• PLC Technology (for critical process control)o Track Shipment locations

o Temperature and pressure reports updated frequently

0

5

10

15

20

25

°F

OBSERVED SHIPPING TEMPERATURESOrange Juice loaded in Florida

at 12° F

Trucked to rail station

Rail to Port of Long Beach

Loaded to vessel & shipped to HI

Unloaded at plant in Hawaii at 22° F

Improved cold chain management

Refrigerated units maintain product temperature from -20°C to 10°C

RTD logging provides real-time updates of product temperature

Low-cost cold static storage

Standard electrical plug ensures operation while on road, rail, or sea

Ensured product integrity

Tank Cleaning

Sterilization

Loading

Pressurization

Traceability

Discharge

Tank Cleaning

CIP Wash System

JPA approved wash completed before sterilization• Prior load history provided for each tank (3 loads)

ATP & allergen tests conducted to ensure proper sanitization of equipment

Sterilization

ClO2 Sterilization

Chlorine dioxide kills microorganisms by disrupting transport of nutrients across the cell wall (Strong Oxidizer)

First registered by EPA in aqueous form in 1967 as disinfectant/sanitizer

Registered as gas sterilant in 1988 for mfg equipment, environmental surfaces, tools, and clean rooms

Enerfab/Purdue University developed the use of ClO2 for various sterilization purposes including:

Sterilization of processing equipment surfaces (vessels, pipelines, etc.) Sterilization of food surfaces Sterilization of food processing facilities

Benefits of using Enerfab ClO2 process includes: Lower utility costs Shortened sterilization time Reduction in waste water Reduced sterilization time (from 6 days to 1 day)

Loading & Pressurization

Valves & Equipment Designed to integrate with systems set up at processing facilities

Quick, convenient loading/unloading of product

Optional level control probes available for precise loading

Pressurized Vessel After sterilization, tanks are pressurized with sterile nitrogen and sealed

Process ensures sterility when tanks arrive at facility

• Resistance Temperature Detectors (RTDs) log product temperature

from the time the temperature is loaded, until the time of discharge

• Sanitary Pressure Sensors continually monitor and transmit internal

tank pressure to ensure that positive pressure is maintained

throughout shipping

• PLC Displays log data and provide easy access to logged information

Each tank fitted with a PLC that logs data from each sensor

Displays are uploaded to a database upon departure and arrival

Client log-in on our website allows for customers to access updated information on their shipments

Why tanks over other methods?

Ease of use

Reduced capital investment

Reduced labor and product handling costs

Ship larger volumes

Elimination of product loss from bags/bins

Safer/more stable than large bags in containers

Why tanks over other methods?

Reduced loading/unloading time

Re-use – no need to purchase a bag every time

Eco-Friendly Footprint

Potential to eliminate re-pasteurization

Added supply chain value from shipping your aseptic

product in bulk!!!