Aquila Triventek DI Business

Aquila Triventek A/S · Industrivej 9 · DK-5580 Noerre Aaby · Tel. +45 70 22 12 92 · [email protected] · www.aquila-triventek.com

D I B - D r y I c e B l a s t i n g

D I P - D r y I c e P r o d u c t i o n

PROFESSIO

NA

L EQUIPM

ENT FO

R A

CLEANER & COOLER WORLD

How to create a dry ice business...

Why to create it withAquila Triventek Equipment!


Dry Ice business

Dry Ice BusinessLearn about Aquila Triventek Dry Ice products and its advantages

AQUILA TRIVENTEK DRY ICE BLASTER BL60 4

AQUILA TRIVENTEK PELLETIZER PE80 6

AQUILA TRIVENTEK RECOVERY UNITS 8

AQUILA TRIVENTEK RECOVERY UNIT RE80/160 UNI 9

DRY ICE BUSINESS INTRODUCTION 10

CLEANING EFFECTS OF DRY ICE (SOLID CO2) 11

ADVANTAGES OF DRY ICE BLASTING 12

EXAMPLES OF CLASSICAL APPLICATIONS 13

COMPRESSED AIR 14

SUPPLIERS OF DRY ICE 15

RENTAL OF EQUIPMENT 16

EXTERNAL SUPPLIER OR SELF-SUFFICIENCY? 17

INVESTMENT CALCULATIONS 18


Dry Ice business

PROFESSIO

NA

L EQUIPM

ENT FO

R A

CLEANER & COOLER WORLD


Dry Ice business

4

Aquila Triventek Dry Ice Blaster BL60Good reasons to choose an Aquila Triventek Blaster

• One simple and robust Dry Ice Blaster for all applications

• The easy choise

• Powerful, reliable and solid

• Most affordable Dry Ice Blaster on the marked

• Fast and easy service and maintenance

• Lowest price on spare parts

• Easy to handle

• 1 nozzle covering 85% of the applications


Dry Ice business

5

Aquila Triventek Dry Ice Blaster BL60

Introducing the BL60 dry ice blaster for further improvement in performance and reliability

• Dimension (L*W*H mm): 700*530*1100

• Weight: 88kg

• Hopper capacity: 23 kg

• Dry Ice consumption: 30-80 kg/h Higher feed rates with alternative dosing discs

• Air hose connection: 3/4” claw

• Power consumption: 750W

• Air pressure: min. 2 bar max. 14 bar

Powerful and reliable for the specialist contractor. Affordable for factory, who only needs occasional, but efficient and immediate cleaning. The BL60 is build on an extremely solid frame, suitable for hard working environment.

• Single hose - light and easy to use (supersonic speed)

• Compact and low weight

• Large, insulated hopper - less refills per day

• Adjustable blast pressure from 1-14 bar

• Variable dry ice feed rate

• Operates with 1.7 up to 3.0 mm pellets (Micro pellets and “traditional” pellets)

• Easy accessible interior for service and maintenance

• Lightweight blast gun with safety system Option with lighting gun (LED)

• A wide range of nozzles to suit every application From high intensity point cleaning through to “stripping”

• Contact Aquila Triventek for more information

TECHNICAL DATA

AIR CONSUMPTION CHART

FEATURES AND ADVANTAGES

Bar> 2 3 4 5 6 7 8 9 10 11 12 13 14

Ø5 0,7 0,9 1,2 1,4 1,6 1,9 2,1 2,3 2,6 2,8 3,0 3,3 3,5

Ø8 1,8 2,4 3,0 3,6 4,2 4,8 5,4 6,1 6,7 7,3 7,9 8,4 9,1

Ø6 1,0 1,3 1,7 2,0 2,4 2,7 3,0 3,4 3,7 4,0 4,4 4,7 5,1

Ø9 2,3 3,0 3,8 4,6 5,3 6,1 6,9 7,7 8,4 9,4 10,1 10,8 11,7

Ø7 1,4 1,8 2,3 2,7 3,2 3,7 4,1 4,7 5,1 5,7 6,2 6,6 7,1

Ø10 2,8 3,7 4,7 5,7 6,6 7,6 8,5 9,6 10,4 11,3 12,4 13,4 14,3

Air consumption in m3/min.The pressure indicated Bar - Ø = Nozzle inlet diameter


Dry Ice business

6

Aquila Triventek Pelletizer PE80Good reasons to choose an Aquila Triventek Pelletizer

• ground-breaking low capital cost

• Lowest production rate on the market

• Small and simple

• Easy and fast service and maintenance

• Lowest price on Spare Parts

• Producing high quality Dry Ice

• Ideal for on-site production


Dry Ice business

7

Aquila Triventek Pelletizer PE80

A q u i l a T r i v e n t e k P E 8 0 P e l l e t i z e r - H i g h Q u a l i t y D r y I c e ” o n t a p ”

• Dimension (W*D*H mm): 600*1000*1560

• Weight: 203kg

• Power supply: 3*400/50Hz Other voltages/Hz on request

• Power consumption: 3 kW

• Max. current: 6,5 Amps Required start-up Amps should be calculated as 5 to 6 times Amp usage

• Power connection: 16A/3P+E CEE2-215

• Pressure range: 15-18 bar

• Production range: 80 kg/h

• Max. ambient temperature: 40°C

• LCO2 to dry ice conversion 2.5:1 when producing dry ice pellets

• Lubrication oil: Castrol Optileb GT 460 Approved for the food industry

Please contact the company for further informationor visit our website - www.aquila-triventek.com

This revolutionary equipment from Aquila Triventek sets new standards within dry ice production. Using dry ice becomes easy and logistical challenges like storage and availability is no longer a problem.

The PE80 Pelletizer can be upgraded by the addition of the patented Aquila Triventek Recovery unit, which captures and recycles revert gas to practically halve the cost of dry ice.

With its ground-breaking low capital cost, the PE80 makes the use of dry ice easy and affordable for even the lower volume user.

• Simple, reliable an affordable

• Environmentally friendly

• Ideal for on-site production (dry ice on tap)

• Easy maintenance and low maintenance costs

• Produce pellets in 1.7 + 2.2 + 3 + 8 + 16 mm

• Easy and simple changing of extruding plates

• Less CO2 consumption in the start-up

• Prepared for Recovery unit

TECHNICAL DATA FEATURES AND ADVANTAGES


Dry Ice business

8

Aquila Triventek Recovery units Good reasons to choose an Aquila Triventek Recovery unit

• A true reduction of your dry ice production costs

• An important contribution to reduce your carbon footprint

• Liquefaction capacity per unit from 80 to 160 kg per hour

• Quick payback trough lower CO2 consumption

• Low maintenance costs

• Makes your pelletizer run better

• Constant flow of Liquid CO2

• Does not mix ”foreign” recovered CO2 with original supply

• Robust construction and compact design

• Minimal footprint

• No need for buffer tanks and gas balloons

• Extremely easy and user friendly

• RE80/160 UNI is compatible with most pelletizer brands

CO 2 tank

CO2

IN THE ATMOSPHERE

Dry Ice 100 kg

250kg LCO2 150kg CO 2


Dry Ice business

9

Aquila Triventek Recovery unit RE80/160 UNI

▶ ▶

▶Liquid CO2

LCO2 / Re-liquified CO2

Revert CO2

Check valves18bar

S i m p l e i n s t a l l a t i o n - W i t h o u t i n t e r f e r i n g w i t h t h e t a n k i n s t a l l a t i o n s

• Powers supply: 3x400V/50Hz

• Other voltages/frequincies on request

• Nominal power consumption: 24 kW / 35kW

• Effective power consumption: 12 kWh / 25kWh

• Operation current: 28 Amps

• Power connection: 32A/3P+N+E / 63A/3P+N+E

• Max ambient temperature: 40°C

• Dimensions (LxWxH):

RE80 1960*1320*1570 mm RE160 2420*1370*1640 mm

• Weight:

RE80 1070 kg RE160 1350 kg

• Bitzer air-cooled condensing unit

• Refrigerant type: R404A

The RE80 or RE160 UNI from TRIVENTEK is the smallest and most affordable pieces of equipment of its kind, both in terms of low capital costs and the lowest energy costs.

• Robust construction and compact design

• Minimal footprint.

• Higher cooling capacity with reduced power

consumption

• Compatible with most pelletizer brands

• Extremely easy and user friendly

• Low maintenance costs

• Makes your pelletizer run better

• Does not affect the existing tank installation

• Makes DRY ICE production greener

• Drastic reduction of CO2 emissions

• Makes DRY ICE production more cost effective

TECHNICAL DATA FEATURES AND ADVANTAGES


Dry Ice business

10

Dry Ice Business introduction

The Dry Ice Blasting (DIB) cleaning method is specifically aimed at MINIMIZING DOWN TIME COSTS by cleaning production machinery and equipment ON SITE

The use of DRY ICE as a cleaning media has resulted in a cleaning procedure that prevents the genera-ting of secondary waste, such as contaminated water, residual grit media, solvents or other toxic sub-stances, that have to be evacuated and retreated after the cleaning operation.

When dry ice particles are projected on a surface by means of air pressure, dirt layers get removed but the dry ice itself evaporates upon impact, without provoking abrasion, damage or pollution. DIB can therefore most often be used for cleaning of machinery on site, without the need of dismantling, thus saving the costs of stopping production for long periods of time.

In continuous industrial processes it is often impossible to avoid the production installations from get-ting extremely dirty, so that the reliability of machinery, the quality of the final product and the safety of the personnel are negatively affected.

Considerations concerning the regular and preventive cleaning of production equipment and installations enter into many companies’ plans to obtain a high degree of efficiency and competitiveness.

Production and maintenance managers all over the world are therefore constantly on the look-out for cleaning methods that can increase product quality, save costs and that at the same time are respectful of the ecological environment.

In today’s state-of-the-art machinery and often high level of automation, old known cleaning methods are not always adequate as they are either too aggressive for certain parts of the equipment, time con-suming, heavy and extenuating for the personnel, and negative for the environment. DIB technology has therefore become an attractive alternative with very interesting and promising perspectives.


Dry Ice business

11

Cleaning Effects of dry ice (solid CO2)

1. Kinetic impact: Dry ice pellets (Ø 1,7 to Ø 3 mm) are projected on a surface by means of air pressure. When they make impact they provoke cracks on the layer of the material to be removed

2. Thermal shock (-78,6°C): the sudden cooling effect provokes an unequal con-traction of the different materials which weakens the bonding between the layer and the substrate. The layer becomes brittle, it cracks further and starts to fall off.

3. Sublimation:Once in contact with higher temperature, dry ice (CO2 in solid phase) transforms into gas, which implies an explosive expansion of volume (factor 800). This expansion accelerates the cleaning effect of the ther-mal shock by rapidly distributing it all over the treated surface. Only the removed residue remains for further disposal.

4. End result:The treated surface remains completely:

INTACT, CLEAN AND DRY


Dry Ice business

12

Advantages of dry ice blasting

• No generation of secondary residues After the blasting process , there is no need to recollect or evacuate blasting media such as sand, or other abrasive materials, since dry ice evaporates upon making impact.

• No costs of evacuation and retreatment of sand, solvents polluted water or other toxic substances that might be dangerous for the health of people and for the environment.

• No abrasion. No mechanical damage of surfaces due to the use of metal brushes, or other cleaning tools

• Cleaning and maintenance ON-SITE - Minimization of DOWN TIME costs Machinery, motors, generators, hydraulic or pneumatic devices, electrical installations can be cleaned with little or none dismantling.

• DRY process It does not affect the machinery and its electrical components. Treated surfaces can be painted or lubricated immediately or shortly after the cleaning.


Dry Ice business

13

Examples of classical applications

• Graphic industry: removal of wet and dry ink, paper dust, glue. cleaning Off-set presses, HOT MELT bookbinding machines, etc.

• Wood Industry: removal of glue, varnish, resins from production equipment, injectors, chain conveyors, drying ovens, grinding belts, etc.

• Automotive Industry: oil, grease and carbon residues on robotic equipment, jigs and fixtures at spot welding installa-tions, release agents and polyurethane residuals on moulds, (like, e.g. at companies manufactu-ring car seats, bumpers, acoustic panels etc.) residual paint and varnish on fixtures at painting lines (cathaphoresis).

• Food Industry: cleaning of glue at packaging lines

cleaning of hot melt glue at can labelling machines

cleaning of moulds, trays, ovens

Cleaning electromechanical parts, transmissions, conveyor belts

• Plastic industry: removal of release agents and other production residuals in moulds, extrusion screws, extru-sion nozzles (especially within the manufacturing of nylon and polyethylene foils for flexible packaging).

• Rubber industry: cleaning of compression moulds for tyres, O-rings, seals and misc. rubber profiles

• Foundries: cleaning moulds for aluminium die casting, etc.

• General: cleaning of electromechanical components, electrical switchboards, hydraulic and pneumatic parts, transmissions, conveyors, chains


Dry Ice business

14

Compressed Air

Dry ice blasting machines require an important flow of compressed air in order to operate at the required level of blasting pressure.

Most industrial plants have their own stationary compressors and the possibility of supplying bet-ween 6 to 8 bar ( 90 120 PSI). However it is not always evident whether they can supply the necessary flow in m3/minute or CFM in order to maintain the desired blasting pressure at a c onstant level, during production processes.

In order to carry out successful demonstrations, it is highly recommended to own or rent a portable air compressor

The recommended portable compressors should meet the following requisites:

• Air quality:

as dry and as clean (free of oil and other impurities) as possible. complying with class 3 according to ISO norm 8573.1

• Air flow: minimum 6,5 m3/minute or 230 CFM

• Nominal pressure:

minimum 10 bar (150 psi)

• Necessary accessories:

Water and oil filters and an AFTERCOOLER, which cools down the air. condensates humidity and filters out the water, in order to supply sufficiently dry air to the blasting equipment. The aftercooler can be incorporated into the compressor or it can be a separate unit. Alternati-vely,

• Some examples: ATLAS COPCO XAHS 186, XAHS 146, XAHS 107 COMPAIR C65-12 KAESER M80, M100 or M121


Dry Ice business

15

Suppliers of Dry Ice

Dry ice is carbon dioxide (CO2) in solid state at a temperature of -79°C. It can be manufactured in different formats, such as

Pellets (from 1,7 to 6 mm in diameter)

Nuggets (from 8 to 16 mm in diameter)

Slices

Blocks

Dry ice is predominantly used for cooling and conservation of food and pharmaceutical products. When used for industrial cleaning (blasting), dry ice is used mainly in a format of “pellets”, which are small cylinders with a diameter of 3 mm (similar to rice corn).

Distribution of dry ice is made in polystyrene boxes or isothermal containers that assure its durability for several days.

Dry ice is normally produced and provided by major gas companies who have access to large quantities of CO2 from natural wells or as a by-product of other industrial processes. However, due to market demands for agility, flexibility and lower costs, production and distribution of dry ice is becoming less decentralized and are increasingly being taken over by smaller, more flexible and more specialized firms.


Dry Ice business

16

Rental of equipment

An important number of clients need the equipment on a sporadic basis in order to carry out very specific cleaning tasks with their own staff, and without the possibility of outsourcing the cleaning service. It is possible to establish a solid business with regular incomes through the rental of bla-sting equipment and sales of dry ice.

Some considerations based upon real experiences:

• Clients do usually need equipment to clean during week-ends, holidays and scheduled stops for maintenance (especially during the summer). Just this represents a potential between 100 to 150 days of rental per year.

• Rental prices vary from € 80 to 200,00 per day (excluding freight costs, dry ice, costs of trai-ning, etc.)

• The average consumption of dry ice pellets is approx. 50 kg per hour or 300-400 kg per wor-king day.

• The net income of rental per day may vary from € 200 to 350,00 (including profit made on sales of dry ice)

• Some companies specialized on rental of blasting equipment achieve annual incomes from €15.000 to 25.000 per machine.

• A test rental is one of the best ways of accelerating the decision making process in order to achieve the sale of the equipment


Dry Ice business

17

External supplier or self-sufficiency?

Own production of dry ice leads to complete autonomy, reliability and high quality service.

• Own production should be considered when:Production costs are lower than costs of purchasing from an external supplier The use of dry ice is frequent and in large quantities and there is no local supplier nearby or within a reasonable distance. Long travel distances imply very high freight costs, long delivery time, risks of not receiving the material on time and a deterioration of the dry ice quality (ideally the dry ice pellets should be used within 3 days from its production).

Production of Dry ice pellets requires:

• Installation of a liquid CO2 Tank

• Pelletizing machine

• Dry ice Containers

• Optionally: a CO2 gas recovery unit

The CO2 Tank is normally rented and installed by Gas companies which also take care of its

maintenance and the re-filling with the needed frequency. The interested customer should

consider such costs, but the main factor to take into account is the price of the liquid CO2

per kg or ton, which is the largest variable production cost.

The normal conversion ratio from liquid CO2 liquid to dry ice pellets is 2,5

(2,5 kg of liquid CO2 are required to produce 1 kg of dry ice pellets). 1/3 of the liquid CO2

supplied to the machine converts into solid material , the last 2/3 transforms back into gas

which would be ventilated and lost, UNLESS you use an Aquila Triventek RECOVERY unit

that recompresses and re-liquefies the residual gas. Then, the conversion ratio would be

approximately 1,2

The result is a drastically REDUCTION of dry ice production COSTS and a significant

INCREASE in PROFITS


Dry Ice business

18

Investment calculationsExamples of investment calculations

The investment in on-site dry ice productionSimplified example based upon an annual production of 30 tons without recovery of revert CO2 gas

Initial fixed costs

Variable costs

ESTIMATED ANNUAL SAVINGS € 13,200.00

NORMAL PURCHASE PRICE PER DELIVERED KG DRY ICE 1.00 €/kg

Estimated amount

Installation of LCO2 Tank (Cement foundation, security fence, piping, etc.)

PE80 Pelletizer (excl. commissioning, freight costs, import duties, etc.)

Dry Ice Container, boxes, etc.

Tank rental per year (rented by a LCO2 supplier)

Estimated Maintenance costs per operation hour

Estimated maintenance costs per year (375 operation hours)

Cost per kW

Annual Electricity Costs (4 kWh x 375 operation hours x € 0,20)

Estimated Cost of LCO2 per LOADED ton

Conversion ratio from LCO2 to dry ice

Total annual consumption of LCO2

Total LCO2 cost

TOTAL PRODUCTION COSTS

Estimated cost per produced Kg of Dry ice

€ 5,000.00

€ 0.85

€ 319.00

€ 0.20

€ 300.00

€ 150.00

2.5

30 tons * 2.5 = 75 tons

€ 11,250.00

€16,869.00

0.56 €/kg


Dry Ice business

19

Investment calculationsExamples of investment calculations

The investment in on-site dry ice productionSimplified example based upon an annual production of 100 tons with recovery of revert CO2 gas

Initial fixed costs

Variable costs

ESTIMATED ANNUAL SAVINGS € 48,000.00

NORMAL PURCHASE PRICE PER DELIVERED KG DRY ICE 0.70 €/kg

Estimated amount

Installation of LCO2 Tank (Cement foundation, security fence, piping, etc.)

PE80 Pelletizer + RE80 Recovery unit (excl. commissioning, freight costs, import duties, etc.)

Dry Ice Container, boxes, etc.

Tank rental per year (rented by a LCO2 supplier)

Estimated Maintenance costs per operation hour

Estimated maintenance costs per year (1250 operation hours)

Cost per kW

Annual Electricity Costs (16 kWh x 1.250 operation hours x € 0,20)

Estimated Cost of LCO2 per LOADED ton

Conversion ratio from LCO2 to dry ice

Total annual consumption of LCO2

Total LCO2 cost

TOTAL PRODUCTION COSTS

Estimated cost per produced Kg of Dry ice

€ 5,000.00

€ 0.90

€ 1,125.00

€ 0.20

€ 4,000.00

€ 100.00

1.2

100 tons * 1.2 = 120 tons

€ 12,000.00

€22,125.00

0.22 €/kg


Dry Ice business

20

Aquila Triventek as your business partner

Thank you for reading our materialFor further information, please do not hesitate to contact us.

We are at any time happy to help you with accurate calculations of your business

Kind regards

Aquila Triventek DI Business

Documents

Transcript of Aquila Triventek DI Business