Photo - Pyrolysis boiler house for 3 MW MSW
32748

Pyrolysis boiler house for 3 MW MSW

Ukraine, Kyiv city
Market: Production, Services, Power Engineering, Another
Stage of the project: Prototype or product is ready

Date of last change: 02.11.2018
Min investment
$  3.960.000
1
Total required
$ 3.960.000
Rating
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Idea

The purpose of this project is: DESIGN, CONSTRUCTION AND ENTRY IN
OPERATION OF BOILER, WORKING ON ALTERNATIVE FUEL (SOLID
HOUSEHOLD WASTES).

This boiler room allows you to realize the following features:
 the possibility of using cheap local fuel;
 solution of the environmental problem of disposal of solid waste in the region;
High profitability and reliability in the supply of coolant to housing and public utilities and
industrial consumers
 low installation and operation costs;
 short payback period of the equipment;

Current Status

Implemented project;

Market

The situation with MSW in Ukraine
The population of Ukraine over the past two decades
decreased by almost five million people (or 10%) of the number
51 million people in 1990, but the amount of household garbage is not
just does not decrease, but, on the contrary, continues to accumulate and
increase. For example, over the past ten years the volume of household waste
- waste products of each resident in Ukraine increased by
40%.
Environmental Safety Department of the Ministry of Protection
the environment assesses the concentration in Ukraine of all types of waste
in the amount of about 35 billion tons, with 2.6 billion tons being
highly toxic. Annually, according to the ministry, the total
household waste increases by 50 million cubic meters or 14 million tons (300-
400 kg per year per person), and industrial waste - by 175 million
cubic meters.

Problem or Opportunity

Scope of construction
boiler room
1. Development of project documentation;
2. Development of the project organization of work (ERP) and the project
construction organizations (POS);
3. Implementation of construction works in full;
4. Purchase, manufacture and supply of primary and secondary
equipment;
5. Performance of installation works;
6. Implementation of complex commissioning works;
7. Staff training with the issuance of instructions and regime cards;
8. Providing the necessary documentation for registration in
government regulatory agencies.

Economic evaluation
project efficiency
 One of the first stages of the project is the development of a feasibility study, thoroughly
determining the economic efficiency of the project. The following
results of preliminary calculations, however, indicate
high expected efficiency and profitability of the project, its high
investment attractiveness.

Solution (product or service)

Technical solution
An alternative fuel boiler room is planned to be completed at the base
utilization furnace-incinerator of pyrolysis type PG-5 and water-heating
the boiler. The overall basic design of the boiler remains unchanged.
The nominal heat output of the boiler is 3 MW.
 Scheme of the boiler room:
 MSW from housing and public utilities come to the sorting line, where they are cut off
incombustible fractions (metal, glass, debris), combustible
fractions are supplied for preparation and transportation for further
automatic burning;
 The stock of fuel at the rate of operation of the boiler room is always on stock.
for 5 days;
 For ignition and maintenance of the pyrolysis process is used.
additional fuel - wood chips, in the ratio of 80% of MSW and
20% chips;

Competitors

Competition in the energy sector
Posted in:
VI International Scientific and Practical Conference "Education and Science in Modern Conditions"
Author:
Devonin D.V.

Advantages or differentiators

The heat recovery furnace used in this boiler house operates in the mode
pyrolysis, which is achieved by mixing various MSW
Sorted with wood chips. Pyrolysis - the most
environmental progressive method
recycling. The process of gas generation and combustion of syngas takes place in the furnace.
that provides disposal of solid waste by thermal destruction
at a temperature of 1200 -1300 C, and thus completely neutralizes
all toxic constituents.
 The whole system works under discharging, which excludes the release of products
combustion into the work area. Exhaust gases are discharged through the exhaust fan to
chimney. Cleaning of flue gases from dust produced in a cyclone.
 Ash from the furnace is removed from the boiler room with closed augers,
installed below the floor of the channels in the ash collection tank, which
as filling is released. Ash is taken to the landfill as
safe waste according to the 4th class of danger.

Finance

Payback 24-36 months.

Business model

Implementation scheme
technological process (see the presentation);

Money will be spent on

Construction and commissioning of the boiler room
3 MW
Working on
alternative fuel
(Municipal solid waste)

Offer for investor

Property share: 49% - investor, 51% - city.

Risks

The problems of the imperfection of the legal field and the absence of the rule of law;

Incubation/Acceleration programs accomplishment

Participation in the presentation of the Plant for the complex processing of solid waste;

Won the competition and other awards

ISO 14024-2002

Invention/Patent

Gas generator stove
incinerator

Product Video

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Idea
Current Status
Market
Problem or Opportunity
Solution (product or service)
Competitors
Advantages or differentiators
Finance
Invested in previous rounds, $
Business model
Money will be spent on
Offer for investor
Team or Management
Mentors & Advisors
Lead investor
Risks
Incubation/Acceleration programs accomplishment
Won the competition and other awards
Invention/Patent
Product Video