Presentation by Viktors Troicins, the Head of the Board of “Siltumelektroprojekts” JSC, on ecological feasibility reports for construction projects and reconstruction of facilities

1. Ecological Feasibility Reports for
Construction Projects and
Reconstruction of Facilities
From advanced productions to development
concepts of modern cities
Victor Troitsin
CleanTech, Riga
30.11.2015

2. Brief Description of Company
• Founded in 1952 in Riga as the branch of the All-Soviet Union
Scientific-Research and Design-Surveying Institute
“Teploelektroprojekt”
• Since 1996 – the private Joint-Stock Company
“Siltumelektroprojekts”
• Initially specializes on projects connected with thermal and
electric energy generation
• Preserving its historical profile, the Company constantly expands
its spectrum of services related to industrial facilities
• The Company’s staff consists of more than 100 engineers and
technicians; involves various engineering bureaus as
subcontractors
• The subsidiary structure has been organized and is acting in
Saint Petersburg, Russia.

3. SEP Services
• Consultations on engineering issues
– Feasibility Study (FS) – development of Business
Plans
– Engineering developments of processes
– Preparation of technical terms of reference and
tender documents
– Preparation and expert examination of preliminary
and sketch designs
– Selection of construction sites
– Optimization of processes at facilities under operation
• Designing
– Project documentation
– Computer modeling of projects
or transfer of projects to 3D environment
– Various technological calculations
– Approval of project documentation

4. SEP Services
• EPC: Engineering, procurement and construction
• Supervision and expert services
– FS expert examination
– Expert examination of projects
– Evaluation of tender proposals
– Project management
– Design supervision
– Construction supervision
– Client’s engineering support

5. Experience in creating waste-free
production of energy and fertilizers

6. Main information about the
project
Place
Facility
Poultry complex Balticovo
Start of design:
Start of construction:
Commissioning:
Design means:
Iecava, Latvia
Modern advanced biogas cogeneration plant at the
biggest in Eastern and Northern Europe poultry
complex Balticovo
Production of eggs: 2 millions/day
3 millions of chickens simultaneously in production
09.2013
09.2014
11-12.2015
Autodesk Revit, Navisworks, Inventor.

7. Parameters of the Facility
Production output (annual):
Feed inlet:
• Chicken manure consumption – 60 000 tons
Finished products:
• Electricity production – 2,0 MW
• Heat production – 2,1 MW (process needs, heating)
• Organic biological fertilizers – 10-20 thous. m³ (application field:
agriculture; consistence: pellets)
• Ammonium sulphate (application field: fertilizer for using in
agriculture)
The plant will reduce the portion of energy expenses in the prime cost of
the finished products, provide the complex with power resources without
using external sources.

8. Technological Process

9. Information Model of
the building
Design Engineering Process
Technical Terms
of Reference
Sketch Design
Design
Logistics 4D simulation of
Construction
Working
Documentation
Analysis

10. Construction Process

11. Experience in creating the
development concept for the city
district heating system
Project ”LARGE SARATOV”

12. Main information about the
project
Place
Facility
Start of project:
Finish of project:
Commissioning:
Design means:
Saratov, the Russian Federation
Heat and electricity generation system as well as
Saratov City district heating networks managed by the
company “Т+” (the former Volzhskaya TGK)
04.2015
10.2015
После 2017
Termoflow,
Zulu

13. CITYSTRATEGY
CITYMARKETINGANDPASSPORTIZATIONOFCLIENTS
DEMA
ND
FOREC
AST
CITY GENERATION DH NETWORKS
I Benchmarking of similar cities
II Determination of growing
points: according to demands/
infrastructure development
possibilities
III Comparative analysis of
competitive solutions regarding
the interchangeable types of
infrastructure
IV Development scenarios
“Basic” and “Accelerated
Development”:
• Recommended technologies,
experience and system
solutions
• Power supply schemes, the
best engineering solutions
• Tariffs/prices, expenses,
cost effectiveness in chain
order of cost creating
• Management system
• Forecast balances in terms
of energy resources –
physical and cost
I The best analogs in main
production processes
II Audit of the existing status of
the power plants
I The best analogs in main
production processes
II Audit of the existing status of
the DH facilities
 Complex modernization program
of Saratov DH networks
(compliance with the world class,
evaluation of required
investments)
 Typical solutions for each system
element
 New organizational and
functional structure of the DH
networks
 Scheduled plan and sketch
resource plan of transition to the
new structure
 T+ Generation Development
Program in Saratov
 New organizational and
functional structure of the
power plant
 Scheduled plan and sketch
resource plan of transition to
the new structure
 Distribution of authorities
and two-root management
system “managing company
– power plant”
III Review of plants’ structures
– global experience
IV Special-purpose functional
structure of Saratov plants
III Review of DH networks’
structures – global experience
IV Special-purpose functional
structure “Т+ Saratov DH
Networks”

14. Ideal heating unit
based on benchmarking of European cities
Closed heat
supply (DH)
system
Individual heating
units at consumers
Liquidation
of central
heating units
Two-pipe
system
DH network
reconstruction,
Replacement of
expansion joints and
thermal insulation,
Reduction of losses:
- Main networks: up to
5 %
- Distribution
networks: up to 7%
Remote accounting,
monitoring and
regulation at
consumers
Remote control of
leakages in DH
networks
Energy efficiency of
houses: up to 150
kW/m2/year
Cogeneration at
sources
Electricity generation
according to the
temperature chart
Use of alternative
energy sources

15. Expected results of the project:
 Energy and utility infrastructure
development project in Saratov (“What shall
be done in Saratov?”)
 Infrastructure development design
methodology (“How to do it in other
cities?»)

16. Thank you for your attention!
Waiting for your questions on
info@sep.lv