Special Projects

Lighthouse at Sandskeið Iceland

The author of the Iceland lighthouse is the Italian artist Claudio Parmiggiani.

Lightning design and construction of lamps was made by Formax. ParaLamp lights which are manufactured by Formax are set up round the top of the Lighthouse.

Sjova sign

Sjóvá sign is constructed - drawn and built at Formax . It is made of stainless steel and is 2.6 meters high and 3 meters wide .

The artwork Port development

The artwork shows the development of Reykjavík harbor over the years.

It is made of stainless steel and hardwood. Each layer of the artwork shows the outline of the harbor for years seen from the air. The artwork stands on the dock opposite the National Gallery.

Water fountain

The Waterpost is constructed by an idea from Orkuveita Reykjavíkur also known as OR. Formax part was mechanical design, drawing work, procurement and construction.

The water flows up through a glass tube .By stepping on a sensor in the floor around the fountain you increase the waterflow and it's easy to quench your thirst .

Blender

Blender

Blender

System description

What makes the blending technology special is the big amounts of liquid ice (ice slurry) that can be generated in a short time and the ice blend can easily be stored in buffer tanks or applied directly. The viscosity (fluidity) of the product is such that it can easily be pumped in normal water piping at temperatures as low as –10°C. The method is based on taking a dose of conventional ice (flake -, cube -, tube - ice, etc.) put it into a blender (mixer with rotating knives) and dose a certain amount of brine (salt water) and mix it into a homogenous mixture of liquid ice. By controlling the salinity and the amount of water mixed, it is possible to decide the temperature of the final ice blend. The main components in the system are a Ice machine, the Formax Blender and a Brine mixing tank (when not using sea water directly). A typical system set-up is shown in following sketch.

Figure 1: Liquid ice system (option)

Application of the liquid ice

The liquid ice is used in all fields of fish processing, meat processing and other food applications. We mention some fields of applications in the following list:

• Chilling and storage of fish in wet fish trawlers and long liners

• Chilling and storage of shrimp

• Chilling and storage of fresh salmon during harvesting and transportation

• Chilling of fresh fillets before IQF freezing or final packing

• Chilling raw material in pelagic purseiners. By adding Liquid ice to the RSW tanks of purseiners, the initial heat shock when the live catch enters the hold can be absorbed by pumping liquid ice into the storage tanks. The melting of the ice will chill down the fish quickly and the RSW system then only needs to maintain the 0°C level of the water.

Benefits of using the liquid ice

The main benefits of using the liquid ice are:

• The fluidity of the ice makes a very efficient contact between the ice and the product, making the cooling very efficient. This results in faster chilling than with conventional ice.

• The soft texture of the ice and the fact that the product is floating in the ice means less mechanical impact on the product and no risk of bruises

• The fast chilling of the raw material reduces water losses (drip) of the product and in some cases it will even imply water absorption. The end result is higher yield. …….. and additional benefits provided by using the Formax system are:

• Salinity and water content can be controlled very precisely allowing full control of the ice water ratio (from 0% - 60% ice) and control of ice temperature.

• The system is very compact and simple in operation. The system can easily be installed onboard fishing vessels and in places with space or access problems.

• The unit is mechanically very robust and there are few moving parts, systems which makes it operationally safe and easy to maintain.

Capacities

The system capacities can range up to 215 tons/day of liquid ice out put. The capacity depends on the liquid ice quality(homogeneity), which is adjustable. The following table shows the capacity as a function of liquid ice quality.

Quality	Capacity
Low	240 tons/24hrs
Medium	150 tons/24hrs
High	100 tons/24hrs

Table1: Liquid Ice Capacity

The FB-300 blender look and dimensions

The look of the FB-300 blender is shown in the following sketch. The dimensions are specified in the caption text of the sketch.

Figure 2: Formax Blender FB-300;

Material: Stainless Steel; Height: 1770 mm; Width: 1060 mm; Depth: 1320 mm; Weight: 340 kg

Delivery systems and liquid ice storage systems

Due to the nature of the liquid ice it is very easy to pump and deliver to any position by a pipe and a water pump. Formax has developed a storage and delivery system that makes it possible to order a specific amount of ice to a delivery point. The liquid ice is stored in a tank and kept homogeneous by an agitator. quality(homogeneity), which is adjustable. The system can have any number of delivery The following table shows the capacity as a points and is controlled by a PLC in a terminal function of liquid ice quality. box. The deliveries can be pre-programmed doses or continues on/off regulated flow.

Figure 3: Delivery system DS1

The DS1 delivery system

is a parallel delivery system with flow sensor and control valve (controlled by PLC computer) on every station. The pump runs if any order is not fully delivered.

Each batch volume size is independently adjusted on the PLC control panel and automatically delivered at referring delivery station as soon as signal is given. The delivery signal is either given manually (button pressed by person) or automatically according to timer settings (periodical delivery) or status at the station (ex. a batch could be ordered when a box on a conveyor belt enters button).

The delivery stations can get as many as requested. The illustration shows 3 stations.

This is the most complete delivery system be accessed from external computer by a PC provided by Formax.

Application:

High delivery system capacity and accurate batch size.

Note: Formax also provide other types of delivery systems according to customers requests.

Brine mixing

A fully saturated brine solution is mixed in a tank and dosed to the blender by a pump. The control unit of the blender regulates the size of the brine dose.

The Formax Blender is an economic system

The compact and efficient design of the Formax 300 blender means less cost pr generated ton of liquid ice, less investment and less space required for the installation.

Design and hygiene

The Formax FB-300 blender is designed to the highest standards of the European Community, EN1672-2:1997 for food processing machinery and can be used for all food processing applications. The equipment is made in Stainless steel and other food grade materials. High concern is taken in hygiene and easy access to all parts of the machine, which makes it easy to clean and maintain.

All electronic components are sealed in water tight chasing and the machine can be cleaned with water and all food grade reagents.

The control panel is simple and easy to operate. The user can select from a number of pre-programmed features. The control unit can be accessed from external computer by a PC net connection.

The Formax FB-300 Liquid Ice Blender

Technical Specifications

Capacity	10 tons/hour 20/80 mix
Power Consumption	7.5 kW (max)
Energi pr. kg liquid ice	2.880 kJ/kg (0,8 kWh/ton)
Voltage	380V/440V 50/60 Hz
Volume	400 Litres
Weight	400 kg
Material	AISI 316 L