FEASIBILITY STUDY ON IMPLEMENTATION OF WASTE DISPOSAL COMPLEX - - PowerPoint PPT Presentation

FEASIBILITY STUDY ON IMPLEMENTATION OF WASTE DISPOSAL COMPLEX "ECOUT"

PERFORMANCE: UP TO 16 TONS OF WASTE (MSW) PER DAY

RESUME OF THE PROJECT

Aim of the Project 1.Production and launch of the industrial complex "ECOUT" for recycling and processing MSW and Software using the method

• f thermochemical destruction with utilization capacity up to 16

tons of MSW per day, with production of commercial products for their further implementation; 2.Creation a plant for waste-free MSW processing and software for further creation of the network of plants on the basis of the Complex "ECOUT" . 3.Improvement of the environmental situation in the area of activity of the managing organization on the plant waste production and consumption management.

Advantages

• f the

Project

• 1. Quick return on investment (3.5 - 4 years) in the absence of payment for

MSW disposal at the landfill

• 2. Possibility of processing a wide range of waste including poultry and

livestock waste, overdue fertilizers, sludge waste water, sewage, all kinds of sludge and other types of wastes.

• 3. Easiness of technologies, in case of compliance with all environmental

regulations, allows to use the equipment in extreme weather conditions, without any infrastructure of networks and communications, by using low- qualified personnel.

• 4. The level of automation of the Plant, in the presence of the Internet, allows

remote real-time control of all production processes, enterprise performance indicators and enterprise networks performance indicators from any place in the world.

• 5. Environmental friendliness of the Project. Complete absence of any

emissions into the environment.

• 6. The cost of MSW recycling is lower than the cost of MSW dumping at the

landfill.

• 7. Economic profitability of the Plant operation.

RESUME OF THE PROJECT

Products supposed to be produced Products obtained as the result of waste recycling: boiler fuel, electric and thermal energy, fuel briquettes and fertilizers. When allocating heating oil distillation equipment at the Plant, diesel fuel can be obtained. Indicative budget (technical equipment) The cost of the Plant is 30 million rubles ($500,000) Including:

• 18,000,000 rubles – the cost of MSW recycling

technologies with heat production for heating and electricity consumption for their

• wn

use ($300,000);

• 12,000,000 rubles – the cost of construction of the

pavilion and arranging communications ($200,000).

RESUME OF THE PROJECT

Methods of Thermochemical Destruction Methods of MSW decomposition in the controlled atmosphere in the absence of

• xygen.

It allows degrade chlorinated organics (PVC, chlorlignin, etc.) without formation

• f hazardous toxins - dioxins and furans.

Low-temperature decomposition of organics is a closed-loop MSW recycling technology and Software in the absence of a negative impact on the environment. Low threshold value of the energy of initiating the processes at high impact of internal chemical energy of the MSW content provides high energy efficiency of the waste.

DESCRIPTION OF THE METHODS USED

The site for MSW reception and sorting

PILOT INDUSTRIAL PLANT “ECOUT”

General view of the reactor hall

PILOT INDUSTRIAL PLANT “ECOUT”

Reactor "ECOUT" with the systems of gas bleeder, gas filtration and excess heat disposal

PILOT INDUSTRIAL PLANT “ECOUT”

When using "ECOUT" The following average values were obtained:

Parameter Value Volume of loading depending on the type of waste 10 - 16 tons Minimum temperature of the process beginning 205°С Maximum temperature of the process 514°С Time of reaching minimum temperature of the process beginning 1 h. 50 min. Pressure of the gas obtained during pyrolysis 0.22 – 0.24 ml. bar. Duration of the process 10 – 13 hours In recycling of 1 ton of the MSW the following substances were obtained in average:

• gas

150-180 m3

• Liquid fuel

120-150 l

• Synthetic coal

200 kg Temperature of circulating water in heat exchanger 75-85°С Disposal rate of the volume of loaded waste 100%

PILOT INDUSTRIAL PLANT “ECOUT”

Indicator Synthesis fuel Diesel Fuel F-5* Domestic heating Fuel Density, g/cm³ at 20°С 959 860 955 Calorific value, KDJ/kg 41,909 42,7 39,2 38,5 Sulfur content, % 0,595 0,2 No more than 1,0 1,1 Kinetic viscosity at 20°С mm2/s 2,711 1,5 – 4,0 5,0 12,0 Mass percentage of mechanical adding, % 0,007 No more than 0,005 No more than 0,1 0-0,005 Temperature of flash on the closed crucible No less than 32°С No less than 62°С No less than 80°С No less than 45°С Congelation point Less than -30°С No more than - 10°С No more than -5°С No more than -15°С TEST RESULTS of the PILOT INDUSTRIAL PLANT “ECOUT” (The tests were conducted on 18-23.09.2014, in the laboratory FAU "25 Chemmotology Research Institute of the Russian Defense Ministry," Minutes № 166 of 25.09. 2014). When disposing the waste (containing plastic, rubber, sawdust, cloth, paper, waste of poultry farms, silt sediments of water canals etc.) synthesis oil with the following characteristics was obtained:

PILOT INDUSTRIAL PLANT “ECOUT”

The concept of the Project supposes construction of the Plant of processing capacity of up to 85,000 tons of organic waste (sludge, agricultural waste, MSW, software, etc.) a the year, accompanied with energy production. Waste (Up to 100 000 tons per year) Recycling Complex EKYOT GREENWAY Combustible gas – Energy source (60 - 65%) Fuel oil - source of energy (up to 15 - 20%) Synthetic charcoal (20%)

TECHNOLOGICAL CONCEPT OF THE PROJECT

Generation energy for commercial use Generation of energy for personal needs

PRINCIPAL SCHEME OF THE TECHNOLOGICAL LINE

IMPORTANT: Profitability of the enterprise will increase by about 30% due to:

• The sale of the produced heating oil and coal;
• The use of its own obtained energy and heat.

ECONOMICAL INDICATORS OF THE PROJECT

The payback period of the project is 3 -4 years.

TRAINING CENTER OF EC GOCHS «BASIS»

Contacts: 115035, 11, bld. 12, Sadovnicheskaya street, Moscow, Russia phone/fax +7 (495) 662-56-56