The document describes a technology for recycling tires and plastics through depolymerization. The system breaks down the materials into valuable byproducts like oil, steel, and carbon black. It operates at low temperatures without using chemicals, making it environmentally friendly. The goal is to establish recycling plants worldwide to address resource scarcity and climate change concerns. The purchase offer provides details on plant size, capacity, price, and payment terms.

1. Purchase offer for
Depolymerization of Tires and Plastics

2. Purchase offer for
Depolymerization of Tires and Plastics
 1. Company
 European Engineers have developed a technology for the recycling of tires,
plastics and more. The system is completely environmentally friendly and
with this latest technology, it does not pollute air soil or water. All values are
well below the required directives of the European Union. This means our
plant can be installed anywhere without any worries or objections. The by-
products are valuable materials, which can easily be sold to recover your
initial investment. Our aim is to promote our plant, with this latest
technology, in the global market.

3. Our technology will process all types of
rubber waste and take away your problem
in an eco friendly manner
 2. Goal
 As the scarcity of raw materials in the production of tires and plastics
dwindles, it is imperative that discarded tires and plastics be recycled.
 Our technology meets the future needs of the world's climate change
concerns and the WTO. The company's goal is the establishment of
depolymerization plants for recycling of all organic materials, especially
rubber products such as tires and plastics. The goal is to become an
innovative leader in modern and efficient environmental technologies by
effective research and innovation.

4. Depolymerization of Tires and Plastics
This system is UNIQUE AND EXCLUSIVE
3. The whole plant before the roof is added

5. Depolymerization is the decomposition of organic compounds with an
oxygen-free (anaerobic) atmosphere. Gas, oil, black carbon and steel are
produced out of tires. Gas, oil and carbon are produced out of plastics –
with one and the same plant which can be used for plastic AND tires.

6. 4. Main Features of the plant
 100% recycling of tires and plastic is achieved No chemicals are used in the
process - the process is 100% environmentally friendly.
 No pollution during or after the process. All values of pollution to the soil, air
or water are well below the required directives of the European Union. The
emission is inside the strictly criterion of the European Union.
 Each ton of recycled tires binds 10 tons of CO2 and protects the
environment from greenhouse gases.
 The method is an alternative energy source to oil, Diesel (D2) and gas.
 The process can be used for all rubber materials.

7. 5. Process
 It is a bus process system with low temperature between 105 and 265° C
 Time, the process only takes between 4 and 12 hours - depending on the
amount and size of the tires (car, truck, tractor).
 Evaporated gases will be condensed in liquids by heat exchanger. The cooling
water remains in the process and is recycled.
 The system can run 24 hours a day, 365 days a year.

8. Your by-products of tire recycling
by products in an ecologically neutral fashion
Oil Steel Carbon Black

9. Your by-products of tire recycling
 CRUDE OIL (45% - 5 0%)
 Fuel which can be used for industrial or ship engines. It also can be converted
in Diesel (D2) with an extra charged distillation plant.
 STEEL WIRE (12 %)
 The recovered steel wire in radial tires can be sold to steel manufacturers.
 CARBON BLACK (28% - 35%)
 Carbon black is required as a raw material which is worldwide needed.
 It is artificial RUBBER – natural RUBBER is becoming a rare product.
 GAS (8 -10%)
 Our Gas we use to run the process

10. Purchase offer for
Depolymerization of Tires and Plastics
Washing and cooling system of the crude oil

11. 6. This concept of the tire recycling is
novel and sensational!
 Colour and odour removing system:
 After distillation to get the fuel oil,it is also better to remove the colour and
odour through a third process as shown in the following flow chart:

12. This concept of the tire recycling is novel
and sensational!
Distillation Plant for Diesel if needed

13. Purchase offer for
Depolymerization of Tires and Plastics
7. Purchase Information
 · Building size; 450 square meters
 · Land Size; 1500 square meters
 . Price: 590.000 Euro FOB for the tire or plastic plant 12 tons/day
 . Delivery time: 120 days after order and deposit
 . Adjustment of the system: 15 - 20 days
 . Warranty: 1 Year
 TERMS OF PAYMENT: 35% deposit on signing of purchase contract further 30 %
at time of shipping, 25 % at the arriving on your harbor 10 % after proof and
validity of functioning facility.

15. The latest Design Version 6.0

16. Layout of the Plant

17. Process scheme Version 6.0

18. Process scheme Version 6.0
 (1) Chamber of the Depolymerization max. 360 ° C
 (2) Catalytic gas reforming
 (3) Oil / water separator
 (4) Oil tank with safety tank and oil / water separator
 (5) condensation stage 1
 (6) condensing stage 2
 (7) condensing stage 3
 (8) Oil tank with safety tank condensation level 1 to level 3
 (9) pressure monitoring unit with non-return valves
 (10) safety buffer tank for the process gas for the heating system of the plant
 (11) Vacuum unit - System pressure <0.8 bar
 (12) Cooling water unit
 (13) scrubbers and dust collectors
 (14) exhaust fan
 (15) Chimney

19. AMOL Energo Ltd.
"The Tracks" Triq P. Brydone,
San Pawl Tat-Targa,
Naxxar NXR 2323
Malta
 CONTACTS: CEO Miguel Daxner, Alan Wood alansand1@gmail.com
 Cell: +43 650 83 220 43
 E Mail: noeme@gmx.at
 Rickard Balstedt
 Cell: +43 6642040770 E Mail: office@goldenfoodbroker.at