Estimates for the installation of a gas station tank with equipment. Consolidated estimate of the cost of construction of LLC "Azs-Stroy"
Driving past gas stations, few people think about why and when they acquired such a presentable and modern look... You will be surprised to learn that it was LLC "GC ArchMontazh" that influenced the construction of gas stations in Moscow. This group of companies was one of the first to create petrol stations of the usual look for us.
But not only aesthetics are important in construction.
Gas stations are hazardous production facilities. Regularly Gas stations require competent repair which must be performed exclusively by professionals. And you can apply for repairs or for the construction of a new object, to the specialists of "GC Archmontazh"!
The construction of a gas station is significantly different from the construction of any other facilities. That is why it is impossible to send an order of this magnitude to a small, newly formed team of builders. It is better to contact large and well-known companies that have repeatedly confirmed the quality of their work.
The staff of our company has undergone special training and is highly qualified. Our teams have more than once participated in the construction of gas stations in the Moscow region, each employee has an admission to objects of this kind, can carry out maintenance and repair of technological equipment.
Gas station construction cost
First of all, the client should decide on the budget.
The price for the construction of a gas station differs, depending on which construction option you choose: independent construction of gas stations or on a turnkey basis. The second is the most convenient, because it relieves the customer of various problems associated with this difficult task. Of course, the price for the complex construction of filling stations will be much higher.
The costs will include the purchase of the territory, the construction work itself and consumables, the necessary equipment and much more.
Turnkey gas station construction: finished objects
We present you with photos and brief information on some of the projects we have implemented.
Be sure to read this paragraph if you are going to start building or repairing a gas station.
Our partners
A bunch of construction works for the construction of modern filling stations, we have done for well-known companies in the country. Over the years, we have developed a solid business reputation.
You are probably wondering who we work with. Here is a partial list of our partners:
Customer name | Construction object name | Characteristics of the construction object | Types and volumes of work performed at the facility by your organization |
LLC "ProfLine" | Troitsk, 40 km. Kaluga highway | Gas station construction | General construction works (reconstruction of the control room, shed with cladding, arrangement of the tank farm, technological channels, storm sewers, installation treatment facilities, installation of the stele) |
CJSC "Association" GRAND " | Moscow, Brateevskaya 20, gas station number 34 | Gas station reconstruction | General construction works (installation of an emergency spill tank, arrangement of the AC site, installation of treatment facilities, reconstruction of an operator room, a canopy with cladding, replacement of 2 TRCs, improvement of the territory of a gas station, installation of a stele) |
LLC "Egorievskie facades" | Moscow, highway Entuziastov 40 (Model of ROSNEFT filling complex) | Construction of a gas station complex with a technical post and a car wash | Civil works |
LLC "Egorievskie facades" | Moscow, MKAD 5 km. Rosneft filling station No. 43 | Dismantling of the facing of the frieze of the control room building, canopy, style-forming elements. Installation of the facing of the frieze of the control room building, canopy, style-forming elements, installation of the stele | |
LLC "Egorievskie facades" | Moscow, MKAD 5 km. Rosneft filling station No. 42 | Re-facing of the gas station complex (new style) | Re-facing of the frieze of the control room building, canopy, style-forming elements. Installation of the facing of the frieze of the control room building, canopy, style-forming elements, installation of the stele |
Crocus-Petroleum LLC | Moscow city. st. Dovzhenko, possession 2a | Dismantling of a gas station | Dismantling of the operator's shed, tank farm and technological equipment with disposal, landscaping |
Kaluga region., Maloyaroslavets district., 149 km. | Gas station reconstruction | ||
LLC LUKOIL-Tsentrnefteprodukt | Kaluga region., Maloyaroslavets district., 142 km. | Gas station reconstruction | Replacement of gas fuel dispensers with multi-fuel ones with replacement of pipelines, technological equipment and islands, improvement of the territory |
LLC LUKOIL-Tsentrnefteprodukt | Moscow region, Narofominsky district, Ateptsevsky s-o, village Nefedova, 85 km. Kievskoe highway, gas station number 446 | Gas station reconstruction | Replacement of gas fuel dispensers with multi-fuel ones with replacement of pipelines, technological equipment and islands, improvement of the territory |
LLC LUKOIL-Tsentrnefteprodukt | Moscow region, Kolomna, st. Lenin, d. 86 gas station number 213 | Gas station reconstruction | Replacement of gas fuel dispensers with multi-fuel ones with replacement of pipelines, technological equipment and islands, improvement of the territory |
Crocus-Petroleum LLC | Moscow, st. Tamanskaya, 5, property 2 | Gas station reconstruction | Complex of works on cleaning and degassing of pipelines, installation of technological equipment, landscaping |
LLC LUKOIL-Tsentrnefteprodukt | Klinsky district municipal district, 84th km of a / d Russia, village of Borozda. | Gas station reconstruction | |
LLC LUKOIL-Tsentrnefteprodukt | Moscow region, Dmitrovsky district, village Spiridovo | Gas station reconstruction | Replacement of gas fuel dispensers with multi-fuel ones with replacement of pipelines, process equipment and islands |
LLC LUKOIL-Tsentrnefteprodukt | Moscow, st. Kozhukhovskaya 7th, 7 | Gas station reconstruction | Emergency filling sites |
LLC "Gazpromneft-Center" | Moscow, Bolshaya Ochakovskaya, 47 | Emergency filling sites | |
LLC "Gazpromneft-Center" | Moscow, st. General Tyuleneva, property 14, building 1 | Gas station design and reconstruction | Emergency filling sites |
LLC "Gazpromneft-Center" | Moscow, Pyatnitskoe highway, 51 | Gas station design and reconstruction | Emergency filling sites |
LLC "Gazpromneft-Center" | Moscow, Obrucheva st., Ow. 26B | Gas station design and reconstruction | Emergency filling sites |
CJSC "Association" GRAND " | Moscow region, Leninsky district, 25 km, a / d "Moscow-Roslavl", left side near the village of Sosenki. | Gas station construction | |
CJSC "Association" GRAND " | Tver region Nelidovsky district, s / p Zemtsovskoe, Podberezie village, in the area of 345 km (right) of the Moscow-Riga highway. | Gas station design and construction | Construction of gas stations, reconstruction of access roads |
Crocus-Petroleum LLC | Moscow petrol station 541, B Akademicheskaya, vl. 72 | Gas station design and reconstruction | |
LLC LUKOIL-Tsentrnefteprodukt | Gas station 543, Rimsky-Korsakov, property 5 | Construction and installation work on the installation of a stormwater system and installation of treatment facilities of the "Dvina" type at stationary gas stations | |
LLC LUKOIL-Tsentrnefteprodukt | Gas station 537, Pilot Babushkina, 38 | Design of storm water drainage systems, construction and installation works, insertion of OS Dvina | Construction and installation work on the installation of a stormwater system and installation of treatment facilities of the "Dvina" type at stationary gas stations |
LLC LUKOIL-Tsentrnefteprodukt | Gas station 579, Ryabinovaya st., Vl. 20, construction. one | Design of storm water drainage systems, construction and installation works, insertion of OS Dvina | Construction and installation work on the installation of a stormwater system and installation of treatment facilities of the "Dvina" type at stationary gas stations |
LLC LUKOIL-Tsentrnefteprodukt | Gas station 547, Staropetrovsky proezd, estate 4, building A | Design of storm water drainage systems, construction and installation works, insertion of OS Dvina | Construction and installation work on the installation of a stormwater system and installation of treatment facilities of the "Dvina" type at stationary gas stations |
LLC "Investservicegroup" | Moscow petrol station 598/32 Koroviy Val, estate 9-B, building 1 | Gas station design and reconstruction | Construction and installation work on the installation of a stormwater system and installation of treatment facilities of the "Dvina" type at stationary gas stations |
CJSC "Association" GRAND " | Moscow, petrol station 568 Pyatnitskoe sh, vl. 52 | Gas station design and reconstruction | Construction and installation work on the installation of a stormwater system and installation of treatment facilities of the "Dvina" type at stationary gas stations |
LLC LUKOIL-Tsentrnefteprodukt | Gas station 580, Ozernaya, 47B | Design of storm water drainage systems, construction and installation works, insertion of OS Dvina | Construction and installation work on the installation of a stormwater system and installation of treatment facilities of the "Dvina" type at stationary gas stations |
LLC LUKOIL-Tsentrnefteprodukt | Gas station 582 Udaltsova, property 64 | Design of storm water drainage systems, construction and installation works, insertion of OS Dvina | Construction and installation work on the installation of a stormwater system and installation of treatment facilities of the "Dvina" type at stationary gas stations |
LLC "PM-Invest" | Moscow, petrol station 588, Michurinsky prospect, 58 | Gas station design and reconstruction | Construction and installation work on the installation of a stormwater system and installation of treatment facilities of the "Dvina" type at stationary gas stations |
LLC "Company Ai.Er.Ti.Investment" | Moscow, petrol station 586 Lomonosovsky prospect, 27 D | Gas station design and reconstruction | Construction and installation work on the installation of a stormwater system and installation of treatment facilities of the "Dvina" type at stationary gas stations |
LLC LUKOIL-Tsentrnefteprodukt | Moscow, st. Azovskaya, ow. 32B, p. 1 | Reconstruction of filling station No. 528 | Construction and installation works for the reconstruction of gas stations |
LLC "Gazpromneft" | Tank farm "GAZPROMNEFT" Dmitrov, st. Trade union | Supply, installation and commissioning of equipment "DVINA" | |
Arkhangelsk, Bolshaya Korzikha-1 | Gas station reconstruction | ||
LLC "LUKOIL-Severo-Zapadnefteprodukt" | Arkhangelsk, Bolshaya Korzikha-2 | complete reconstruction with replacement of the tank farm | Gas station reconstruction |
LLC "LUKOIL-Severo-Zapadnefteprodukt" | Severodvinsk, gas station 382 "Severodvinsk-2" | filling station design with LPG filling station | Design work |
LLC "LUKOIL-Severo-Zapadnefteprodukt" | Arkhangelsk region Dvinskaya Bereznik petrol station 384 | Gas station reconstruction project, Arkhangelsk region, settlement Dvinskaya Bereznik gas station 384 | |
Etalon LLC | Moscow region, Podolsk, st. Lapshenkova, owner 1 | gas station project, expert opinion | gas station design, approvals, expertise |
Etalon LLC | Gas station Moscow region Podolsk district, s / o Lagovsky, near the village of Maloe Tolbino | gas station project | |
LLC "Oktan" | Moscow region, Podolsk district, 3,640 km (left side) a / d "Oznobisheno-Krasnoe" | gas station project | gas station reconstruction design |
A tank farm is an object that performs operations for the acceptance, storage, transshipment and distribution of petroleum products and crude oil. Types of tank farms:
The transshipment tank farm is used for reloading from one vehicle to another.
The Prizavodskaya oil depot is located on the territory of the refinery. It can be raw (receiving, storing and preparing raw materials for processing) or commodity (receiving, storing and distributing finished petroleum products). Often, raw materials and commodity bases are one whole.
The distribution tank farm supplies the enterprise with its products and sells oil products in small containers. Distribution bases have small storage capacities and are characterized by a limited area of operation.
The design of the tank farm is carried out taking into account the requirements of the current norms and rules, state standards, industry guidance documents. Scroll required documents specified in the document VNTP 5-95, which defines the standards for the technological design of tank farms.
Development of a project for the reconstruction of oil depots is carried out on the basis of pre-design surveys fire safety and environmental performance on the territory of the base, its sanitary protection zone. Activities are required to assess the impact on environment in the event of emergency situations at the facility, they are carried out with the participation of supervisory services and interested organizations. In case of unsatisfactory results of research, the tank farm is moved outside the boundaries of the existing building.
Our company performs:
Tank farm projects.
Design of warehouses for oil and oil products.
Projects of oil storage depots.
Development of projects for low-capacity holiday warehouses.
Marine transshipment tank farm project.
Development of project documentation for the technical re-equipment of the existing facility.
Development of documentation for individual systems and objects of the tank farm: automation systems, automation, fire protection.
Bringing security systems in line with the requirements of modern standards and regulations.
Restoration of lost documentation for operating objects.
If you need to calculate an estimate for the construction of a gas station, seek help from professionals. To do this, you should apply for the Yuda service. The performers registered on our website will be able to provide the service of compiling estimate documentation on affordable price.
The procedure for drawing up an estimate for the construction of a gas station
First, you need to decide on a method for calculating the cost of the upcoming construction. Most commonly used in modern construction is the base-index method. The next step is to create estimated cost works. It includes three components: overhead and direct costs, as well as planned savings.
The direct cost of the gas station estimate means the amount of money for which you can order materials. It also includes the cost of operating equipment and workers' salaries.
The overhead costs of building a gas station allow you to calculate the cost of maintaining a construction site. They are carried out taking into account the applicable coefficients. And finally, the planned savings take into account the calculation estimated profit, which covers the costs of the company and ensures its further successful functioning. They include:
- the costs of modernizing the production base of the developer company;
- payment of taxes;
- provision of working conditions for builders.
Before choosing a developer, you should familiarize yourself with the activities of the company and with the reviews of previous clients. This information will help you make your choice. After agreeing on all stages of work during the construction of a gas station, the client approves the estimate and transfers the initial amount to start the project. But for this, a permit must be obtained, which allows the construction of a gas station.
The main features of the estimate for the construction of a gas station
The construction of a gas station is a laborious process that requires the preparation of budget documentation that helps to calculate all costs. It means:
- drawing up an estimated cost;
- creation of a list of installation works;
- designation sum of money required for remuneration;
- determination of labor intensity according to the estimate.
You can order gas station construction services at an affordable price. Before making an estimate for a gas station, you need to find the area where the object will be located. You can do it yourself or order the construction of a turnkey gas station. In the second case, the cost will be calculated taking into account the costs of the land. The solution to build a turnkey filling station is suitable for customers with a sufficient budget.
If you decide to make an estimate with the help of the performers registered on the Yudu website, create an assignment and publish it on the service. Free specialists will immediately respond to your application. After completing the task, it must be closed on the site. We always cooperate with qualified performers interested in the quality of their services. All information that you see on the service is completely reliable.
State estimate standard
"DIRECTORY OF BASIC PRICES FOR DESIGN WORKS IN CONSTRUCTION" TRANSPORTATION, PETROLEUM STORAGE AND GAS STATIONS "
1. General Provisions
1.1. State estimate standard "Directory of base prices for design work in construction" Enterprises of transport, storage of petroleum products and gas stations "(hereinafter referred to as the Directory) is intended to determine the cost of development of design and working documentation for the construction of transport enterprises, storage of petroleum products and gas stations.
1.2. When using this Guide, one should be guided by the Methodological Guidelines for the Application of Reference Price Guides for design work in construction, approved by order of the Ministry regional development Russian Federation dated December 29, 2009 N 620 "On approval Methodical instructions on the use of reference books of basic prices for design work in construction "(registered by the Ministry of Justice of the Russian Federation on March 23, 2010 #, registration N 16686, Bulletin of normative acts of federal executive bodies, 2010, N 16) (hereinafter - Methodological instructions).
1.3. Base prices in this Handbook are set depending on natural indicators designed objects: capacity, capacity, volume, length and others.
1.4. This Handbook shows prices for individual design objects consisting of a complex of buildings and structures, as well as individual elements of the complex.
1.5. The level of prices contained in the tables of this Handbook is established as of January 01, 2001, excluding value added tax.
1.6. The base prices of this Handbook in addition to the works listed in clause 1.3.6. Section I of the Methodological Instructions, the following works and services are not taken into account and require additional payment:
Crossings over rivers with a length of over 30 m in the channel part;
Overhead laying of engineering networks;
Arrangement of a ring passage around the railway overpass for loading and unloading oil products;
Mooring facilities and bank protection;
Dissipative waste water discharges;
Communication nodes;
Transformer substations with a voltage of 6/10 (10/6) kV, as well as a voltage of 6-20 / 0.4 kV with a capacity of over 2x630 kVA;
Distribution and sectioning points with a voltage of 6-20 kV;
Linear network automation of power supply systems;
Dispatch centers and power supply technological control facilities;
Electrical calculations for the selection of reactive power compensation means;
Diesel power plants;
Telemechanization and industrial television;
Land reclamation;
The costs associated with the participation of the design organization, on behalf of the customer, in the selection of a site (route) for construction;
Development of sections "", "", "Industrial safety";
Development of automatic gas and powder fire extinguishing systems;
Development of an automated system for accounting and management of energy consumption (ASUE, ASKUE), an integrated energy consumption system (IASUE), an automated dispatch control and management system (ASUD), integrated dispatch systems (ODS), operational remote control (UEC), monitoring systems engineering systems(SMIS), monitoring systems for engineering structures (SMIK), crisis management systems (SUKS).
1.7. The base price for the development of pre-project documentation "Justification of investments in the construction of facilities" is determined at the prices of the Directory with the use of a reduction factor in accordance with the complexity of the work. The size of this coefficient to the prices of the Directory set for the entire complex design work(project documentation + working documentation) is up to 0.2.
1.8. The cost of the development of the section "Measures for environmental protection" (""), if it is necessary to develop it in accordance with the customer's assignment, is additionally determined in the amount of up to 10% of the total design cost.
In the case of performance of work to assess the impact of the facility capital construction on the environment (EIA) as part of the project documentation on the basis of the current legislation and on behalf of the customer, their cost is determined additionally in the amount of 4% of the total design cost.
1.9. The cost of the development of sections of the project documentation "Civil defense measures and prevention of emergencies", "Industrial safety" for the construction of transport enterprises, storage of petroleum products and gas stations is determined additionally according to table No. 5 of the state estimated standard"Reference book of base prices for design work in construction" Objects of the main pipeline transportation of oil ", approved by order of the Ministry of Regional Development of the Russian Federation dated June 18, 2012 N 229 (recognized as not requiring registration by the Ministry of Justice of the Russian Federation letter N 01/59780-YUL from June 27, 2012) (hereinafter - SBTSP 81-2001-08).
1.10. The base price for the development of design and working documentation for the dismantling of objects and structures not related to reconstruction and overhaul, in the case of execution of this documentation on a separate assignment of the customer, it is determined at the prices of this Guide for the design of sections, the development of which is necessary during dismantling, using the coefficients: up to 0.35 - for the linear part of objects and up to 0.2 - for site objects and structures , taking into account the ratio of the labor intensity of design work for an object in the conditions of new construction and the development of documentation for the dismantling of a similar object.
1.11. Basic design price using standard (reusable) design solutions and standard technical solutions is determined at the prices of this Guide using a reduction factor from 0.2 to 0.8 set by the customer.
1.12. The base price of this Handbook takes into account the issuance of design and working documentation to the customer for paper media in the amount of four copies.
The cost of copies of design and working documentation issued to the customer in excess of the specified quantity is determined in addition to the base price based on the prices for replication of the developer organization.
Additional copies of design and working documentation issued to the customer in electronic format are authentic design and working documentation made on paper.
In this case, the documentation made on an electronic medium can be considered original if it is confirmed by an electronic digital signature in accordance with Federal law dated April 06, 2011 N 63-FZ "On electronic digital signature" (Collected Legislation of the Russian Federation, April 11, 2011, N 15, Art. 2036).
1.13. The recommended approximate relative cost of the development of sections of design and working documentation for the construction of linear facilities (as a percentage of base price) is given in tables N 11 and N 12 of this Handbook.
1.14. Recommended approximate relative cost of development of sections of design and working documentation of objects for industrial purposes(as a percentage of the base price) is given in tables No. 13 and No. 14 of this Handbook.
2. The procedure for determining the base price of design work
Chapter 2.1. Transportation of petroleum products (to tables NN 1-5 of this Handbook)
2.1.1. This chapter shows the basic prices for the design of the linear part and structures of main oil product pipelines.
2.1.2. The base price for designing the linear part of the main oil product pipelines is determined for its design in one line, and the branches from the main oil product pipelines - in two lines (the length of the branches is taken along the length of the route).
2.1.3. Basic prices for the design of main oil product pipelines and branches are set for pipelines with a working pressure of up to 100 kgf / cm 2 (9.8 MPa).
2.1.4. The basic prices contained in this chapter do not provide for the pumping of solidified oil products.
2.1.5. The base price for the design of main oil product pipelines and branches along the route of the existing pipeline is determined at the prices of the corresponding table with a coefficient of up to 1.1.
2.1.6. When designing oil product pipelines for pumping aviation fuels to airports, the following coefficients are applied to the base prices:
To the prices of table 1 - 1.05;
To the prices of table 3, paragraph 1 - 1.20;
To the prices of table 3, paragraph 2 - 1.25;
To the prices of table 4, paragraph 1 - 1.15.
2.1.7. The basic prices of tables NN 1 and 2 of this Handbook do not take into account the design:
Underground crossings of pipelines through iron and car roads;
Tunnels for laying oil product pipelines in mountainous areas;
Hanging bridges over various obstacles;
Emergency recovery points;
Production service bases;
Structures to ensure travel along the highway and access to it (roads, bridges, culverts, embankments, etc.);
Telemechanics devices required for the functioning of the automated process control system.
2.1.8. The base prices of Table No. 1 of this Handbook provide for the design of only the linear part and do not take into account other structures of the main oil product pipeline, the base price of which is determined additionally according to the corresponding tables of this Handbook.
2.1.9. With the simultaneous design of an oil product pipeline in two or more lines along the entire length of the pipeline, the base price for designing the second and subsequent lines is determined additionally at the prices of Table No. 1 of this Handbook with a coefficient of 0.4.
2.1.10. When designing the second and subsequent lines not along the entire length of the main oil product pipeline (loopings), their base price is determined additionally at the prices of Table No. 1 of this Handbook with a coefficient of 0.4 based on the total length of these lines (loopings).
2.1.11. When designing a branch in one line, a coefficient of 0.7 is applied to the prices of Table No. 2 of this Handbook.
2.1.12. When designing a branch in three or more lines, the base price for designing the third and subsequent lines is determined additionally at the prices of Table No. 2 of this Handbook with a coefficient of 0.4 for each additional line over two.
2.1.13. For branches from an operating oil product pipeline, a coefficient of 1.1 is applied to the base prices of Table No. 2 of this Handbook.
2.1.14. When designing several branches as part of a main oil product pipeline, the base price of each branch is determined separately.
2.1.15. When designing several pumping stations as part of one main oil product pipeline, the base price of each station, determined according to table No. 3 of this Handbook, is taken separately.
2.1.16. The base prices for head pumping stations take into account the design of tank farms.
When designing tank farms at intermediate pumping stations, their base price is determined additionally at the prices of Table 10 of this Handbook.
2.1.17. When designing pumping stations on operating oil product pipelines, a coefficient of 1.1 is applied to the base prices determined according to Table No. 3 of this Handbook.
2.1.18. The basic prices of tables NN 3 and 4 of this Handbook do not take into account the design of:
Telemechanics devices required for the functioning of the automated process control system;
Central dispatching service.
2.1.19. When determining the base price for the design of facilities according to paragraph 2 of Table No. 4 of this Handbook, it is necessary to take into account that the prices do not take into account the design of systems and devices for loading petroleum products into tankers.
2.1.20. When determining the base price for the design of objects according to table No. 5 of this Handbook, it is necessary to take into account that if there are several underground passages on the route, the base price of each passage is determined separately.
Chapter 2.2. Storage of petroleum products
(to tables N 6, 7 of this Handbook)
2.2.1. When determining the base price for the design of facilities according to table No. 6 of this Handbook, it is necessary to take into account that when designing underground (buried in the ground or strewn with soil) reservoirs, a coefficient of 1.2 is applied to the prices.
2.2.2. Table 6a of this Handbook shows the composition of buildings and structures included in the tank farms for which base prices are determined in table No. 6 of this Handbook. The percentage distribution of the integrated base price given in table 6a of this Handbook can be specified by agreement between the designer and the customer, depending on the complexity of design work and the specifics of designing a particular capital construction facility.
Chapter 2.3. Gas stations
(to table N 8 of this Handbook)
2.3.1. When designing a gas station with a capacity measured by the number of car refueling per day, prices are applied:
2.3.2. The base price of design work for the construction of filling stations for cars owned by citizens, without maintenance and washing points, is determined according to paragraph 1 of Table No. 8.
2.3.3. The base design price of buildings and structures combined or interlocked with gas stations, as well as gas stations with built-in premises for other purposes, is determined by summing up prices for the design of combined or blocked individual buildings and structures, as well as gas stations and built-in premises.
In this case, the base price for designing a gas station is taken with a factor of 1, the cost of buildings or built-in premises blocked with it is taken as agreed with the customer with a reduction factor of up to 0.8 and 0.5, respectively, of the base price of their design, determined according to the corresponding Reference Price Guide.
Chapter 2.4. Regeneration of waste oil products (to table N 9 of this Handbook)
2.4.1. The base cost of waste oil product recovery points includes the design of ventilation systems for installations, systems for heating oil products.
Chapter 2.5. Individual structures outside the construction site (to table N 10 of this Handbook)
2.5.1. When designing a blocking pipeline in two or more lines, the base price for designing the second and subsequent lines is determined additionally at the prices of Table 10 of this Handbook with a coefficient of 0.4 for each additional line over one.
2.5.2. For pipelines for oils and dark petroleum products, a coefficient of 1.2 is applied to the prices of Table 10 of this Handbook.
2.5.3. The prices of items 3, 4 of Table No. 10 of this Handbook do not take into account the cost of designing reinforced concrete walls for embankments of tank farms.
3. Base prices for the development of design and working documentation
Table N 1. Linear part of the main oil product pipeline
1 |
Linear part of the main oil product pipeline with a diameter of up to 500 mm, length, km |
|||||
from 10 to 200 | ||||||
over 200 up to 800 | ||||||
over 800 up to 1100 | ||||||
Table N 2. Taps from the main oil product pipeline
Design object name |
Unit of measurement of the main indicator of the object |
Constant values of the base price for the development of design and working documentation |
Design stages as a percentage of the price |
|||
1 |
Branch from the main oil product pipeline, length, km |
|||||
from 0.10 to 60 | ||||||
over 60 up to 120 | ||||||
Table N 3. Pumping stations
Design object name |
Unit of measurement of the main indicator of the object |
Constant values of the base price for the development of design and working documentation |
Design stages as a percentage of the price |
|||
1 |
Head pumping station, pumped volume, mln tons / year |
|||||
from 0.1 to 0.5 |
million tons / year | |||||
over 0.5 to 2.0 | ||||||
over 2.0 up to 5.0 | ||||||
2 |
Intermediate pumping station, pumped volume, million tons / year |
|||||
from 0.1 to 0.5 |
million tons / year | |||||
over 0.5 to 2.0 | ||||||
over 2.0 up to 5.0 | ||||||
Table No. 4. Point of loading of oil products
Design object name |
Unit of measurement of the main indicator of the object |
Constant values of the base price for the development of design and working documentation |
Design stages as a percentage of the price |
|||
1 |
Automobile loading point for petroleum products, loading volume, mln tons / year |
|||||
from 0.1 to 0.8 |
million tons / year | |||||
2 |
Railway station for loading oil products, loading volume, mln tons / year |
|||||
from 0.1 to 2.0 |
million tons / year | |||||
Table N 5. Underground crossings of the pipeline through railways and highways
Design object name |
Unit of measurement of the main indicator of the object |
Constant values of the base price for the development of design and working documentation |
Design stages as a percentage of the price |
|||
1 |
Underground pass pipeline through railways and highways, length of the protective case (casing), r.m. |
|||||
Table No. 6. Bases of petroleum products
Design object name |
Unit of measurement of the main indicator of the object |
Constant values of the base price for the development of design and working documentation |
Design stages as a percentage of the price |
|||
1 |
Railway base of petroleum products, capacity, thousand m3 |
|||||
over 5 up to 20 | ||||||
over 20 up to 50 | ||||||
over 50 up to 80 | ||||||
over 80 up to 100 | ||||||
over 100 up to 160 | ||||||
over 160 up to 300 | ||||||
2 |
Water base of oil products, capacity, thousand m3 |
|||||
over 10 up to 20 | ||||||
over 20 up to 50 | ||||||
over 50 up to 80 | ||||||
over 80 up to 100 | ||||||
over 100 up to 160 | ||||||
over 160 up to 300 | ||||||
Table No. 6a. The composition of buildings and structures included in the integrated base price of the tank farm
Composition of buildings and structures included in the complex base price |
Percentage of the integrated base price for the development of design and working documentation |
|
Preparation of the construction site | ||
Main production facilities |
||
Main pumping station | ||
Booster pumping station | ||
Reservoir Park | ||
Process pipelines | ||
Chamber for receiving and launching ball separators | ||
Site for receiving and launching scrapers | ||
Site of flow meters on main pipelines with overpressure protection unit with tanks | ||
Flowmeter pad blocking pipelines | ||
Pressure regulator block | ||
Block-box for pumping out and collecting leaks with reservoirs | ||
Dirt filters platform | ||
Automation of production processes of the tank farm | ||
Automation of production processes of the pumping station | ||
Tank farm fire extinguishing automation | ||
Sub-production and service facilities |
||
Administrative and amenity complex | ||
Repair and maintenance unit | ||
Foam concentrate warehouse | ||
Oil storage unit | ||
Auxiliary production and service unit | ||
Cable storage shed | ||
Welding and hot work site | ||
Car wash trestle | ||
Fuel dispensing point | ||
Piece cargo warehouse | ||
Warehouse for storage of fuels and lubricants | ||
Fire station for 2 cars | ||
Energy facilities |
||
Shelter N 1 (block-boxes: ShchSU-2, relay protection panels, supply and booster fans, compressor room, control room) | ||
Transformer substation | ||
Intrasite networks up to 10 kV | ||
Security and floodlighting | ||
Grounding and lightning protection | ||
Electrochemical protection against corrosion | ||
Diesel power station | ||
Transport facilities and communications |
||
Garages complex | ||
Outdoor parking for cars with air heaters | ||
Carport for vehicles and construction machinery | ||
Coverage of driveways and sites | ||
On-site communication networks | ||
Fire alarm | ||
Onsite radio networks | ||
External networks and structures of water supply, sewerage |
||
Intrasite networks of industrial and economic water supply with structures | ||
On-site fire-fighting water supply networks with structures | ||
Mortar pipelines | ||
Firefighter pond | ||
Fire pumping station | ||
Fan cooling tower with pumping units and water recycling pipelines | ||
On-site industrial storm water drainage networks | ||
Shelter N 2 (block-boxes of on-farm water supply pumping stations) | ||
Facilities for the treatment of wastewater contaminated with oil products | ||
Explosive waste water pumping station | ||
Pumping station for treated wastewater | ||
Additional sedimentation ponds for post-treatment of waste water contaminated with oil products | ||
On-site wastewater networks contaminated with leaded petroleum products | ||
Facilities for the treatment of waste water contaminated with leaded petroleum products | ||
Pumping station for waste water contaminated with leaded petroleum products | ||
Wastewater pumping station for tertiary treatment | ||
Wastewater treatment facilities at ozonation plants | ||
On-site domestic wastewater networks | ||
Domestic waste water pumping station | ||
Biological treatment facilities in aerotanks | ||
Station for pumping treated industrial stormwater and domestic wastewater to the place of wastewater discharge | ||
Boiler room | ||
Boiler house fuel economy | ||
On-site heating networks | ||
Condensate collection and treatment station | ||
Improvement and gardening of the territory |
||
Fencing, gardening, landscaping | ||
Installation of an anti-filtration clay screen in a tank farm | ||
The structure of the railway base of petroleum products also includes: a railway unloading rack for light petroleum products; front for draining oils and dark oil products from the railway tanks; pumping station for unloading light and dark oil products from the railway. tanks; reception points for paraffin and bitumen. |
||
The water base of petroleum products also includes: technological pipelines berthing facilities; blocking pipelines; onshore pumping station for pipeline emptying; pumping station for intra-base transfers; premises for personnel serving the berth; driveways and platforms to the pier; fire-prevention approaches to the pier; fire water supply at the pier; mortar pipeline at the berth; water intake at the berth; 1st rise water supply pumping station; sewerage networks for leaded wastewater at the berth; blocking pipelines of sewerage networks of leaded effluents from the berth to the oil depot; station for pumping leaded effluent from the pier to the tank farm. |
Table N 7. Reception points for the collection of waste oil products
Design object name |
Unit of measurement of the main indicator of the object |
Constant values of the base price for the development of design and working documentation |
Design stages as a percentage of the price |
|||
1 |
Reception point for the collection of waste oil products, cargo turnover, thousand tons / year |
|||||
thousand tons / year | ||||||
Table N 8. Gas stations
Design object name |
Unit of measurement of the main indicator of the object |
Constant values of the base price for the development of design and working documentation |
Design stages as a percentage of the price |
|||
Gas station common use, throughput, cars / hour |
||||||
from 100 to 170 |
car / hour | |||||
Gas station for service passenger cars owned by citizens (with a service point and a car wash), throughput, cars / hour |
||||||
from 100 to 170 | ||||||
Gas station with connection to an oil product pipeline, throughput, cars / hour |
||||||
from 135 to 170 |
Table N 9. Point of regeneration of waste oil products
Design object name |
Unit of measurement of the main indicator of the object |
Constant values of the base price for the development of design and working documentation |
Design stages as a percentage of the price |
|||
1 |
Waste petroleum product regeneration station, throughput, thousand tons / year |
|||||
from 1.0 to 4.8 |
thousand tons / year |
Table N 10. Individual structures outside the construction site
Design object name |
Unit of measurement of the main indicator of the object |
Constant values of the base price for the development of design and working documentation \ thous. rub. |
Design stages as a percentage of the price |
|||
1 |
Station for semi-automatic loading of light oil products, number of paired loading devices, pcs. |
|||||
2 |
Lightning protection of tank farms with a capacity, thousand m3 |
|||||
over 30 up to 50 | ||||||
3 |
Tank farm of light oil products with above-ground storage tanks, |
|||||
over 10 up to 50 | ||||||
over 50 up to 80 | ||||||
over 80 up to 150 | ||||||
4 |
Tank farm for oils and dark petroleum products with ground tanks with a capacity, thousand m3 |
|||||
over 10 up to 50 | ||||||
over 50 up to 80 | ||||||
over 80 up to 150 | ||||||
5 |
Onsite technological pipelines of oil depots with a tank farm capacity, thousand m3 |
|||||
6 |
Railway unloading devices for oil depots and railway loading points (one-way), length of the unloading front, m |
|||||
7 |
Railway unloading devices for tank farms and railway loading points (double-sided), length of the unloading front, m: |
|||||
from 48 to 180 | ||||||
over 180 up to 360 | ||||||
8 |
Pumping stations for pumping oil products, capacity, m 3 / hour |
|||||
from 600 to 2400 | ||||||
9 |
Electrochemical corrosion protection of the linear part of the main oil product pipelines and branches from them, area of the protected surface, thousand m2 |
|||||
from 0.5 to 80 | ||||||
over 80 up to 330 | ||||||
over 330 up to 1330 | ||||||
10 |
Electrochemical corrosion protection of oil depots, pumping stations and other sites, area of the protected surface, thousand m2 |
|||||
from 4.8 to 15.6 | ||||||
over 15.6 up to 24 | ||||||
over 24 up to 75 | ||||||
11 |
Blocking pipeline, length, km |
|||||
over 2 up to 7 | ||||||
over 7 up to 20 | ||||||
Name of objects |
Right of way project |
Environmental protection measures |
Construction estimate |
Other documentation |
Civil defense and emergency prevention activities |
||||||
Technological and constructive solutions for a linear object. Artificial constructions |
||||||||
Name of objects |
Technological solutions |
Artificial constructions |
Arrangement |
Power supply |
Water supply and sanitation | |||
To table N 1 Linear part of the main oil product pipeline |
||||||||
To table N 2 Branch from the main oil product pipeline |
||||||||
To table N 4 Underground passage of the pipeline through railways and highways |
||||||||
To table N 10 Onsite technological pipelines of oil depots |
||||||||
To table N 10 Blocking pipeline |
||||||||
Name of objects |
Explanatory note |
Right of way project |
Technological and constructive solutions for a linear object. Artificial constructions |
Buildings and structures included in the infrastructure of the facility |
Construction organization project |
Demolition (dismantling) work organization project |
Environmental protection measures |
Fire safety measures |
Construction estimate |
Other documentation |
Civil defense and emergency prevention activities |
To table N 1 Linear part of the main oil product pipeline |
|||||||||||
To table N 2 Branch from the main oil product pipeline |
|||||||||||
To table N 4 Underground passage of the pipeline through railways and highways |
|||||||||||
To table N 10 Onsite technological pipelines of oil depots |
|||||||||||
To table N 10 Blocking pipeline |
|||||||||||
______________________________
* - is considered additionally;
Technological and constructive solutions for a linear object. Artificial constructions |
|||||||||
Name of objects |
Technological solutions |
Constructive decisions |
Artificial constructions |
Arrangement |
Power supply |
Water supply and sanitation |
Communication, signaling, automation | ||
To table N 1 Linear part of the main oil product pipeline |
|||||||||
To table N 2 Branch from the main oil product pipeline |
|||||||||
To table N 4 Underground passage of the pipeline through railways and highways |
|||||||||
To table N 10 Onsite technological pipelines of oil depots |
|||||||||
To table N 10 Blocking pipeline |
|||||||||
Name of objects |
Explanatory note |
Construction organization project |
List of measures for environmental protection |
Fire safety measures |
Construction estimate | ||||||||||
points 1, 2 | |||||||||||||||
points 1, 2 | |||||||||||||||
points 1, 2 | |||||||||||||||
To table N 8 gas station |
|||||||||||||||
items 1, 2, 3 | |||||||||||||||
points 3, 4 | |||||||||||||||
paragraphs 6, 7 | |||||||||||||||
paragraphs 9, 10 | |||||||||||||||
______________________________
* - is considered additionally;
** - documentation for the section is not being developed;
To table No. 13. Recommended approximate relative cost of development of the subsection "Information about engineering equipment, about networks of engineering and technical support, a list of engineering and technical measures, the content of technological solutions"
Information about engineering equipment, networks of engineering and technical support, a list of engineering and technical measures, the content of technological solutions |
||||||||
Name of objects |
Power supply system |
Water supply system |
Drainage system |
Gas supply system |
Technological solutions | |||
To table N 3 Head pumping stations |
||||||||
To table N 3 Intermediate pumping stations |
||||||||
To table No. 4 Oil product loading point |
||||||||
points 1, 2 | ||||||||
To table No. 6 Bases of petroleum products |
||||||||
points 1, 2 | ||||||||
To table N 7 Reception point for the collection of waste oil products |
||||||||
points 1, 2 | ||||||||
To table N 8 gas station |
||||||||
items 1, 2, 3 | ||||||||
To table No. 9 Waste oil product recovery point |
||||||||
To table N 10 Station of semi-automatic loading of light oil products |
||||||||
To table N 10 Lightning protection of tank farms |
||||||||
To table N 10 Tank farms |
||||||||
points 3, 4 | ||||||||
To table N 10 Railway unloading devices of oil depots and railway loading points |
||||||||
paragraphs 6, 7 | ||||||||
To table N 10 Pumping tank farms for pumping oil products |
||||||||
To table N 10 Electrochemical protection |
||||||||
paragraphs 9, 10 |
______________________________
* - is considered additionally;
** - documentation for the section is not being developed;
Name of objects |
Explanatory note |
Planning organization diagram land plot |
Architectural solutions |
Constructive and space-planning solutions |
Information about engineering equipment, networks of engineering and technical support, a list of engineering and technical measures, the content of technological solutions |
Construction organization project |
Demolition or dismantling work organization project |
List of measures for environmental protection |
Fire safety measures |
Measures to ensure access for people with disabilities |
Requirements for Ensuring Safe Operation of Capital Construction Facilities |
Energy efficiency measures *** |
Construction estimate |
Other documentation. Civil defense and emergency prevention activities |
To table N 3 Head pumping stations |
||||||||||||||
To table N 3 Intermediate pumping stations |
||||||||||||||
To table No. 4 Oil product loading point |
||||||||||||||
points 1, 2 | ||||||||||||||
To table No. 6 Bases of petroleum products |
||||||||||||||
points 1, 2 | ||||||||||||||
To table N 7 Reception point for the collection of waste oil products |
||||||||||||||
points 1, 2 | ||||||||||||||
To table N 8 gas station |
||||||||||||||
items 1, 2, 3 | ||||||||||||||
To table No. 9 Waste oil product recovery point |
||||||||||||||
To table N 10 Station of semi-automatic loading of light oil products |
||||||||||||||
To table N 10 Lightning protection of tank farms |
||||||||||||||
To table N 10 Tank farms |
||||||||||||||
points 3, 4 | ||||||||||||||
To table N 10 Railway unloading devices of oil depots and railway loading points |
||||||||||||||
paragraphs 6, 7 | ||||||||||||||
To table N 10 Pumping tank farms for pumping oil products |
||||||||||||||
To table N 10 Electrochemical protection |
||||||||||||||
paragraphs 9, 10 |
______________________________
* - is considered additionally;
** - documentation for the section is not being developed;
*** - Measures to ensure compliance with energy efficiency requirements and the requirements for equipping buildings, structures and structures with metering devices for energy resources used.
To table N 14. Recommended approximate relative cost of the development of the subsection "Information about engineering equipment, about networks of engineering and technical support, a list of engineering and technical measures, the content of technological solutions"
Information about engineering equipment, networks of engineering and technical support, a list of engineering and technical measures, the content of technological solutions |
||||||||
Name of objects |
Power supply system |
Water supply system |
Drainage system |
Heating, ventilation, air conditioning, heating networks |
Communication, signaling, automation networks |
Gas supply system |
Technological solutions | |
To table N 3 Head pumping stations |
||||||||
To table N 3 Intermediate pumping stations |
||||||||
To table No. 4 Oil product loading point |
||||||||
points 1, 2 | ||||||||
To table No. 6 Bases of petroleum products |
||||||||
points 1, 2 | ||||||||
To table N 7 Reception point for the collection of waste oil products |
||||||||
points 1, 2 | ||||||||
To table N 8 gas station |
||||||||
items 1, 2, 3 | ||||||||
To table No. 9 Waste oil product recovery point |
||||||||
To table N 10 Station of semi-automatic loading of light oil products |
||||||||
To table N 10 Lightning protection of tank farms |
||||||||
To table N 10 Tank farms |
||||||||
points 3, 4 | ||||||||
To table N 10 Railway unloading devices of oil depots and railway loading points |
||||||||
paragraphs 6, 7 | ||||||||
To table N 10 Pumping tank farms for pumping oil products |
||||||||
To table N 10 Electrochemical protection |
||||||||
paragraphs 9, 10 |
______________________________
* - is considered additionally;
** - documentation for the section is not being developed;
Table N 15. List of abbreviations used in the Reference
Reduction |
Explanation of abbreviation |
Gas stations |
|
Automated control systems |
|
Automated process control systems |
|
Automated system dispatch control and management |
|
ASUE, ASKUE |
Automated energy consumption accounting system |
Civil defense and emergencies |
|
Integrated energy management system |
|
Instrumentation |
|
Integrated dispatching system |
|
Assessment of the impact of a capital construction facility on the environment |
|
Engineering structures monitoring system |
|
Engineering systems monitoring system |
|
Crisis management system |
|
Central control room |