The importance of the correct execution (drawing up) of the design assignment (RF) is beyond doubt, since the better the RFP is drawn up, the less problems all parties of the process have. In this case, the more detailed and transparent the RFP, the more precise the wording, the more correct the technical solutions and cost will be. project documentation(PD) and SMR. The design process, like any process, can be described something like this:
What does the customer want
The customer wants everything that is possible to be written in the RFP, while the cunning customer writes ambiguous wordings like:
You understand that experts are different and requirements can go very far beyond the scope of project documentation. And also, if the Customer prescribes in the RFP the collection of all the necessary initial data, including TS, TT, then even if the Customer is to blame for their non-receipt or non-compliance, then the failure to receive a positive conclusion from the GE for this reason can be imputed to the Contractor (such as not “provided , didn’t collect enough, or didn’t collect something” with which you can “pass the GE”).
Also an interesting question. Let's say the stage overhaul". Is it necessary to develop PD for all objects in full (by sections) in accordance with Decree 87? There are well-founded doubts and it is better that this be spelled out in the RFP. And if the stage is “reconstruction”, and you, for example, change some electric drive on a valve, then why develop all sections?
I had such a precedent. We are changing the valve, PIRs (design and survey work) are practically a penny, but the RFP says to do it according to Decree 87, although the operator (builder) does not need it at all (no one needs it), but the general designer (large design organization; departmental institute of a large Company; inadequate department of expertise, in the worst form, stamping the army traditions of the Company itself) clung to it, and you can’t get rid of it. What, are we going to sue a large Fuel and Energy Company? So-so is more expensive, you will lose the market and your reputation at the same time, although you can be right 100 times ... These are the nuances ...
We all know that there are recommended ones, there is a list of obligatory documents of the Russian Federation, on which, again, the state expertise has its own “special” opinion. Sometimes an expert can generally interpret the RD in such an exotic way that you simply wonder, or demand that it is not spelled out in any RD of the Russian Federation. Well, this is a separate song - about Expertise, which requires a separate discussion.
In addition, already in the RFP (if this is not in the contract), the Customer can prescribe a system for monitoring the development of PD on his part (such as a schedule with labor costs and people, a weekly report in the approved form, conference calls, etc.).
What does the Contractor want?
The contractor wants everything in the RFP to be as specific as possible (especially with regard to the completeness of the initial data and volumes design work, technical requirements) in order to minimize the number of "Wishlists" of the Customer that arise at almost any stage of design to the maximum. Therefore, if the Contractor himself writes the RFP, then he writes down absolutely everything that he knows about the facility, and also what to design at this facility, indicating specific parameters and requirements.
How do RFPs appear?
It depends on the customer. Usually, major customers have their own developed RFP form and the Contractor cannot do anything with this, since this TOR is played in the tender and is not subject to change. Even if there are errors, inaccuracies or contradictions in the RFP, it is extremely difficult to correct the RFP for a large Customer (bureaucracy-sss). There are signatures of high bosses ( common mistake The customer, the RFP should not contain the signatures of high bosses, there should still be a separation of levels of responsibility), who need to somehow explain why the RFP itself has changed, which d, made a mistake, submit it here, let's punish him ... well, and who Will he go to such a boss to explain this? Problematic, isn't it? We have experience, for the second year we are coordinating a change in the RFP (the ravine has grown, a natural disaster), but "the cart is still there." They even flew by helicopter, though with “middle bosses”, but who will go to the “high” ones? Bummer-s…
Medium Customers may act differently. The most adequate allow you to reasonably adjust your RFP.
Small Customers either draw up the RFP themselves, or entrust it to the Contractor. As a rule, it is more comfortable to work with medium and small customers. Large Customers also have their advantages, for example, more numerous and well-paid highly qualified personnel and well-established “traditions of organizing work” that can help the process in some way (for example, timely responses to Contractor’s inquiries-letters).
Composition of the RFP
The composition of the RFP, as a rule, is taken by a large Customer (Gazprom, Rosneft, etc.) from its regulatory document or, if there is no such document, it forms it according to accepted traditions, taking the existing RFP as an analogue.
We present to you for understanding the structure of the RFP of some large Companies the RFP forms and.
In principle, quite decent RFPs, there are, of course, unnecessary paragraphs (they still understand that there are many departments in large Companies and everyone wants to put their own paragraph in the document), but the form can be used as an analogue, although in the second part of the article I will include a link in the text for a more adequate RFP project.
The main sections of the RFP are the following:
On the above points, of course, a clear understanding is needed in the RFP: who is the customer, who is the contractor, where the design object is located and what is the design stage (new construction, reconstruction, overhaul).
In the initial data provided by the Customer, it is desirable to prescribe everything that the Customer has, including survey materials, engineering surveys. Of course, the Contractor requests a lot of information from the Owner during the design process for the development of individual sections of the PD, especially such as “Measures for fire safety”, “Measures for environmental protection”, etc.
In accordance with Decree No. 87 of the Government of the Russian Federation, there are only two design stages in the Russian Federation: design and working documentation. The Detailed Design (DS) stage, a formerly ubiquitous term, has largely disappeared, although it does appear in some minor design-related documents.
At the same time, the term RP had a completely normal logical explanation - this is design and working documentation in one bottle (it is being developed simultaneously). For example, for a major overhaul, there is no need to divide the design into stages, but immediately develop everything that is required, especially since the PD for a major overhaul is not subject to the State Expertise. And here some Customers go to the trick. For example, OAO Gazprom has developed an internal document “Linear part of main gas pipelines. General technical requirements to design documentation for overhaul”, in which he introduced a new term for project documentation - “PD KR” (project documentation for overhaul), which is being developed in one stage (Transenergostroy LLC participated in the development of this document).
Often the customer incorrectly determines the design stage, sometimes unconsciously, sometimes quite consciously, trying to raise the financing of the object to the cost item he has. Due to this “misunderstanding”, problems may then arise during the passage of the State Expertise (which will force the RFP to be redone) or, for example, with Rostekhnadzor.
The paragraph prescribes the stages of development of PD (sequence of development), for example:
Technical characteristics of the object before and after construction (reconstruction, overhaul, new construction).
These requirements are spelled out in 384-FZ "Technical Regulations for the Safety of Buildings and Structures" article 4, which directly states the need to indicate these features of developers in the design assignment and the engineering survey assignment:
It is clear that the Contractor must have the appropriate permits and a certificate from the SRO, which indicates that he can design.
(You can attach the list to the task separately).
Features of technical regulation in the field of ensuring the safety of buildings and structures and related processes of design (including surveys), construction, operation and disposal (demolition) are established by the Town Planning Code of the Russian Federation, the Technical Regulations on the Safety of Buildings and Structures (Federal Law of December 30, 2009 No. 384 -FZ), adopted in accordance with the technical regulations on the safety of buildings and structures by national standards (GOSTs) and codes of practice (SP), as well as other regulatory documents.
The procedure for the development, adoption, application and implementation of mandatory requirements for buildings and structures during their design and construction is determined by the Federal Law of December 27, 2002 No. 184-FZ "On Technical Regulation" (hereinafter - Law No. 184-FZ).
In accordance with Law No. 184-FZ, in order to establish mandatory requirements for the safety of buildings and related processes of design (including surveys), construction, operation, and disposal (demolition), the Technical Regulations on the Safety of Buildings and Structures (Federal Law of 30.12. 2009 No. 384-FZ) (hereinafter referred to as the Technical Regulations).
The objects of regulation by technical regulations are:
Compliance with the requirements of this technical regulation is ensured by national standards and codes of practice adopted in accordance with this technical regulation.
For example, construction without stopping the enterprise, it is possible to require the development of STU (if the existing norms of the Russian Federation are violated or the insufficiency of such norms is obvious). There may be special requirements for the use of equipment and materials, the stages of design or pre-project work.
If engineering surveys are required, then a separate task for the performance of engineering surveys (IS) is usually drawn up, which is separately agreed upon by the Customer. maybe this requirement on registration of the RFP, the AI should be written in the general TOR (together with the requirement to develop and agree on the Survey Program). You can specify the boundaries of the survey, area, scale, types of surveys, as well as features of certain types of surveys.
The variability can be according to technical, organizational, other solutions described in the project documentation.
For each section or subsection (including engineering systems) must specify their requirements.
It is possible to prescribe “in accordance with the environmental legislation of the Russian Federation”, or expand it, do not forget about public hearings (if necessary), about EIA (environmental impact assessment), various monitoring. It is possible to include the development and approval of the SPZ (sanitary protection zone), without which it can be problematic to obtain a positive conclusion from the State Expertise. It is possible to indicate about the reclamation project and its approval by local authorities (there was such a remark from the GE). In general, your "ecological" fantasy can be indecently large.
Well, it is clear that the documentation must be developed in accordance with the norms of the Russian Federation. Additionally (if this is a site facility), you can add a requirement for fire alarms and fire extinguishing systems, specify what and how to extinguish, requirements for automatic fire extinguishing, and a requirement for risk assessment. You can also add a fire extinguishing plan (although this does not apply to PD).
This requirement is separately, as a rule, prescribed for a new object, for which it is necessary to determine the personnel serving the object. Additionally, this requirement can be specified in the technological part of the project.
Such requirements are specific and for each Customer their own. Some Customers provide separate technical requirements after the contractor agrees on the composition of the staff and the layout of the premises where the staff works and rests.
This requirement is rarely prescribed as a separate paragraph in the RFP, since these requirements should be taken into account in most sections of the project, but it is possible to prescribe the RF ND on this topic, specialized federal laws and industrial safety standards.
Estimated documentation also has its own specifics for each Customer (at what prices to calculate; in what program, at what prices; what to take into account, what not; the requirement to provide price lists for equipment (for example, in 2-3 copies)).
It is possible to prescribe a requirement to provide presentation materials (for example, basic technical solutions for the Customer, presentations for public hearings, etc.), properly designed. Buildings may be required to provide 3D images, models, etc.
State expertise.
Non-state expertise.
As we all have already understood, the topic of the correct design of the RFP from the point of view of the Customer and the Contractor occupies an important place in the design process and is especially important for the development of a high-quality project and the elimination of possible misunderstandings between the Customer and the Contractor.
In general, until we meet again, do it well and sleep well :-))))!
1. Power supply
The project provides for the required number of distribution (main) electrical panels that are power supply centers for large tenants (grocery hypermarket, electronics supermarket, etc.)
2. Main switchboard (MSB)
Provide for the installation of the required number of main switchboards. Each main switchboard must have two main busbar sections with circuit breakers. Provide a sectional switch between sections.
The technical characteristics of the main switchboard are to be determined by the project, to use the IEK equipment or other certified equipment.
MSB-0.4 kV cabinets must be one- or two-sided maintenance (specify in the project). In each MSB (ASU) it is necessary to provide a reserve of 15% of automatic switches for outgoing lines and a reserve of 15% of free space for the possible installation of additional equipment (circuit breakers, etc.).
3. Electricity metering
Commercial electricity metering should be provided on the introductory panels of the main switchboard with calculated three-phase meters.
4. Electrical panel boards
Panel boards should be mounted and floor-mounted in housings with a protection class of at least IP20. In technical and wet rooms, provide for the installation of shields with a protection class of at least IP44. Use circuit breakers as protection devices for group cables extending from shields. As introductory switching devices in the boards, accept - knife switches. Use thermal relays as motor overload protection devices.
Develop emergency lighting boards (ESA). Boards must be equipped with contactors, lighting control using buttons and switches. Develop power supply panels for power outlets and working lighting (SchRO).
Develop power supply panels for rental areas (SCHRA).
To develop power supply panels for computer sockets (SC) for office premises.
Develop power supply panels for technological equipment (SC).
Shields (shells) should be manufactured by Schneider Electric and IEK.
Switching and protective equipment should be provided by Schneider Electric and IEC.
5. Trunk cable routes
The main cable routes should be made with steel hot-dip galvanized ladder-type cable shelves and sheet cable trays or wire trays.
Lay electrical and low-current cables through different cable shelves or one by one through a metal partition.
The supply main lines should be made with a PVC-insulated cable. Lay the cables openly in the cable trays. Supply cables (up to switchboards) should have a bandwidth margin of 10-15%. All metal cable structures are grounded
6. Wiring
For electrical wiring, use PVC-insulated cables with copper conductors. Lay cables:
Hidden in PVC pipes behind suspended ceilings;
Hidden in PVC pipes in grooves with subsequent sealing;
Open on cable shelves;
Open in decorative cable ducts and skirting boards (office premises).
The type of cable laying in the room is determined in accordance with the draft design. Make the wiring replaceable.
7. Wiring and wiring products
Develop a power network of household sockets. Distribute sockets throughout the premises based on the location of technological equipment and household needs. All electrical installation products must be of the appropriate protection category, depending on the category of the room.
To connect personal computers, provide for the installation of four power outlets at workplaces, two of which must be powered from the power distribution network of computers from the corresponding switchboards.
8. Electric lighting
The project provides for the following types of lighting of the premises of the building: working, emergency.
The voltage of the general lighting network is 380/220 V, the voltage on the lamps is 220 V, the maintenance lighting voltage is -36 V.
To illuminate the premises, use luminaires with fluorescent lamps, halogen lamps and incandescent lamps in accordance with the purpose of the premises, architectural and technical requirements.
Along the evacuation routes, provide for the installation of light indicators with a stencil on the front side indicating the direction of the exit. Connect light indicators to the emergency lighting network.
Provide for a power reserve for the installation of advertising design of facades, displays, shop windows according to the data provided by the Customer.
Provide lighting for corridors, passages, general premises. Lighting for tenants is not provided.
Use lamps manufactured by Lighting Technologies.
Wiring accessories are manufactured by Schneider Electric and DKS.
Cable support systems - DCS.
9. Power supply for fire fighting systems
Provide power supply for fire alarm systems, smoke exhaust systems and air overpressure from the ATS section of the main switchboard, or from two or two inputs (provide for the installation of an ATS device locally).
Lay mutually redundant cables of fire protection systems along different routes.
10. Grounding
Apply earthing system type TN-C-S. As a grounding device, use the reinforced concrete base of the building (if necessary, make an external lightning protection circuit from a strip of 5 × 40). The project provides for a potential equalization system.
11. Lightning protection
Lightning protection of the building shall be performed in accordance with RD 34.21.122-87.
12. Transformer substation and main switchboard
Provide a built-in transformer substation.
Accept the following equipment:
high voltage switchgear - brand RM-6 manufactured by Schneider Electric;
low voltage switchgear - based on components (switching devices, switchboards, etc.) manufactured by Schneider Electric;
transformers - dry brands Trihal manufactured by Schneider Electric.
Perform in accordance with the technical conditions, the requirements of the current regulatory documents. Provide for the project:
1.Power supply
The project provides for the required number of distribution (main) electrical panels that are power supply centers for large tenants (grocery hypermarket, electronics supermarket, etc.)
2. Main switchboard (MSB)
Provide for the installation of the required number of main switchboards. Each main switchboard must have two main busbar sections with circuit breakers. Provide a sectional switch between sections.
The technical characteristics of the main switchboard are to be determined by the project, to use the IEK equipment or other certified equipment.
MSB-0.4 kV cabinets must be one- or two-sided maintenance (specify in the project). In each MSB (ASU) it is necessary to provide a reserve of 15% of automatic switches for outgoing lines and a reserve of 15% of free space for the possible installation of additional equipment (circuit breakers, etc.).
3. Accounting for electricity
Commercial electricity metering should be provided on the introductory panels of the main switchboard with calculated three-phase meters.
4.Electric panel boards
Panel boards should be mounted and floor-mounted in housings with a protection class of at least IP20. In technical and wet rooms, provide for the installation of shields with a protection class of at least IP44. Use circuit breakers as protection devices for group cables extending from shields. As introductory switching devices in the boards, take - knife switches. Use thermal relays as motor overload protection devices.
Develop emergency lighting boards (ESA). Boards must be equipped with contactors, lighting control using buttons and switches. Develop power supply panels for power outlets and working lighting (SchRO).
Develop power supply panels for rental areas (SCHRA).
To develop power supply panels for computer sockets (SC) for office premises.
Develop power supply panels for technological equipment (SC).
Shields (shells) should be manufactured by Schneider Electric and IEK.
Switching and protective equipment should be provided by Schneider Electric and IEC.
5. Main cable routes
The main cable routes should be made with steel hot-dip galvanized ladder-type cable shelves and sheet cable trays or wire trays.
Lay electrical and low-current cables through different cable shelves or one by one through a metal partition.
The supply main lines should be made with a PVC-insulated cable. Lay the cables openly in the cable trays. Supply cables (up to switchboards) should have a bandwidth margin of 10-15%. All metal cable structures are grounded
6. Wiring
For electrical wiring, use PVC-insulated cables with copper conductors. Lay cables:
Hidden in PVC pipes behind suspended ceilings;
Hidden in PVC pipes in grooves with subsequent sealing;
Open on cable shelves;
Open in decorative cable ducts and skirting boards (office premises).
The type of cable laying in the room is determined in accordance with the draft design. Make the wiring replaceable.
7. Wiring and wiring products
Develop a power network of household sockets. Distribute sockets throughout the premises based on the location of technological equipment and household needs. All electrical installation products must be of the appropriate protection category, depending on the category of the room.
To connect personal computers, provide for the installation of four power outlets at workplaces, two of which must be powered from the power distribution network of computers from the corresponding switchboards.
8. Electric lighting
The project provides for the following types of lighting of the premises of the building: working, emergency.
The voltage of the general lighting network is 380/220 V, the voltage on the lamps is 220 V, the maintenance lighting voltage is -36 V.
To illuminate the premises, use luminaires with fluorescent lamps, halogen lamps and incandescent lamps in accordance with the purpose of the premises, architectural and technical requirements.
Along the evacuation routes, provide for the installation of light indicators with a stencil on the front side indicating the direction of the exit. Connect light indicators to the emergency lighting network.
Provide for a power reserve for the installation of advertising design of facades, displays, shop windows according to the data provided by the Customer.
Provide lighting for corridors, passages, general premises. Lighting for tenants is not provided.
Use lamps manufactured by Lighting Technologies.
Wiring accessories - produced by Schneider Electric and DKS.
Cable support systems - DCS.
9.Power supply of fire fighting systems
Provide power supply for fire alarm systems, smoke exhaust systems and air overpressure from the ATS section of the main switchboard, or from two or two inputs (provide for the installation of an ATS device locally).
Lay mutually redundant cables of fire protection systems along different routes.
10. Grounding
Apply earthing system type TN-C-S. As a grounding device, use the reinforced concrete base of the building (if necessary, make an external lightning protection circuit from a 5x40 strip). The project provides for a potential equalization system.
11.Lightning protection
Lightning protection of the building shall be performed in accordance with RD 34.21.122-87.
12. Transformer substation and main switchboard
Provide a built-in transformer substation.
Accept the following equipment:
high voltage switchgear - brand RM-6 manufactured by Schneider Electric;
low voltage switchgear - based on components (switching devices, switchboards, etc.) manufactured by Schneider Electric;
transformers - dry brands Trihal manufactured by Schneider Electric.
Stage 1 - building on the street. Lodygina, 14;
Stage 2 - building on the street. Lodygin, 16.
The composition of the design documentation must comply with the requirements of the current legislation of the Russian Federation.
Issue the design and estimate documentation in 4 copies on paper and one copy in in electronic format in pdf format.
Complete the working documentation for the overhaul of the complex of buildings:
1.7.Strengthening, repairing walls, according to survey data;
1.8. Restoration of the blind area along the perimeter of buildings;
1.9. Repair of existing entrance groups with partial re-laying of brickwork, according to survey data;
1.10. Execute the TX section (Technological solutions), as part of the section, provide for:
1.19. Complete the POS section (construction organization project), as part of the sections, provide for:
1.22. Complete sections: CM (estimate documentation), as part of the section, provide for:
1.24. Section ITM GO and Emergencies should not be provided for on the basis of clause 14, article 48 of the Town Planning Code of the Russian Federation.
When developing a project, be guided by Federal Law No. 123-FZ of July 22, 2008 "Technical Regulations on Fire Safety Requirements", Federal Law No. 384-FZ "Technical Regulations on the Safety of Buildings and Structures", MDS 13-1.99 (2000), GOST R 21.1101 -2009 "Basic requirements for design and working documentation", SNiP 2.04.01-85 "Internal water supply and sewerage", SP 40-102-2000 "Design and installation of pipelines for water supply and sewerage systems made of polymeric materials", SP 40-107- 2003 “Design, installation and operation of internal sewage systems from polypropylene pipes”, GOST 21.601-79* “Water supply and sewerage. Working drawings”, SNiP 41-01-2003 “Heating, ventilation and air conditioning”, SNiP 3.05.01-85 “Internal sanitary systems”, GOST 21.602-2003 “Rules for the implementation of working documentation for heating, ventilation and air conditioning”, SanPiN 2.4 .2.2821-10, SanPiN 2.4.5.2409-08, Government Decree Russian Federation from 16.02.2008 No. 87 "On the composition of sections of project documentation and requirements for their content" and other building regulations in force in the territory of the Russian Federation.
The page provides a brief description general order placing an order for design work. In every separate case, one should be guided by the requirements of legislative and regulatory documentation, depending on the purpose of the facility and the goals of design work.
Urban planning code RF, Article 48. Architectural and construction design:
“... In the event that the preparation of project documentation is carried out by an individual or legal entity on the basis of an agreement with the developer or customer, the developer or customer is obliged to provide such a person with:
Technical conditions providing for the maximum load and terms for connecting capital construction facilities to engineering and technical support networks, validity period specifications, as well as information on the connection fee, is provided by organizations that operate utility networks without charging a fee within fourteen days at the request of local governments or copyright holders land plots. The period of validity of the technical conditions provided and the term of the connection fee are established by organizations operating utility networks for at least two years, except for cases provided for by the legislation of the Russian Federation. The owner of the land plot within a year from the date of receipt of the technical specifications and information on the connection fee must determine the required load to be connected to the engineering networks within the limits of the technical conditions provided to him.
... The local self-government body, no later than thirty days before the day of the relevant auction, or before the day the decision is made to provide a land plot in state or municipal ownership for construction, or before the day the decision is made on the preliminary approval of the location of the capital construction object, provides for interested parties, the technical conditions for connection to utility networks, providing for the maximum load, the term for connecting a capital construction facility to engineering networks, the validity period of technical conditions, information on connection fees, as well as fees for technological connection to electric networks ... ".
List of basic data and requirements |
Description |
|
Basis for design |
Federal target program. |
|
Type of construction |
New construction. |
|
Staged design |
Project. |
|
Requirements for variant and competitive development |
Specify requirements if comparison of design options is required. |
|
Source of financing |
Federal budget. |
|
Special construction conditions |
Provide a description of such conditions, if any, or give instructions for the implementation of the project in the event that such conditions arise during the design and construction process. |
|
The main technical and economic indicators of the facility, including power, productivity, production program, including residential or public buildings, their purpose (number of floors, number of sections and apartments, capacity or throughput) |
Short description design object indicating its main indicators or consumer qualities that must be obtained in the design process. |
|
Purpose and types of built-in residential buildings public service enterprises, their capacity, capacity, throughput, composition and area of premises, building volume |
It is filled in if such objects are present in the design object. Refers to residential buildings. |
|
Requirements for the quality of competitiveness and environmental parameters of products. Requirements for technology, enterprise mode |
Indicate the requirements for the production technology - a technological task that describes in detail the production technology, the required loads from the process equipment, special requirements for the placement of process equipment, the required area, special conditions describing the manufacturing process, and so on. We pay special attention to the importance of preparing a technological task, since the functionality of the design object and its suitability for the needs of the customer largely depend on its quality. Many large organizations, especially network companies, have detailed description requirements for technological processes. |
|
Requirements for architectural, construction, space-planning and constructive solutions m, blocking conditions, building decoration |
||
Requirements for landscaping and small architectural forms |
A description of the requirements for the improvement of the adjacent territory, planting plants, laying access roads, footpaths, parking lots, playgrounds, etc. is given. |
|
Basic requirements for design solutions and materials for load-bearing and enclosing structures |
Specify the requirements for constructive solutions for walls, roofs (roofs), ceilings, trusses, beams, etc. |
|
Basic requirements for engineering and process equipment |
Give instructions for use and a description of heating, ventilation, plumbing, sewerage, electrical networks, external engineering networks |
|
Allocation of queues and launch complexes, requirements for the prospective expansion of the enterprise |
Give instructions on the allocation of start-up complexes as part of the facility - a list of buildings and structures for each complex separately, indicating the order and timing of commissioning, if it is planned to expand the enterprise after the completion of a set of design works, then indicate the requirements for accounting in the project being developed. |
|
Requirements and conditions for the development of environmental measures and activities |
Indicate the need to develop a section on assessing the impact of the facility on the environment. At the same time, the section "Environmental Protection" is developed as part of the design documentation for regulatory requirements. Most often, reference is made to the specifications of environmental organizations. |
|
Requirements for ensuring living conditions for people with limited mobility |
Indicate additional requirements for ensuring access for persons with disabilities to the facility that are not specified in the requirements of regulatory documentation. |
|
Occupational safety and health requirements |
If the section “Organization and working conditions of employees” is developed as part of the project documentation, indicate the requirements for this section. It is used for industrial facilities. |
|
Requirements for environmental and sanitary-epidemiological conditions |
Indicate additional requirements for project documentation based on the conclusion of the SES, Rospotrebnadzor. |
|
Requirements for the development of engineering and technical measures for civil defense and measures for the prevention of emergency situations (GOiChS) |
If the object is categorized according to civil defense and emergency situations (technical specifications are issued by the authorized body for civil defense and emergency situations), a reference is made to the technical specifications for civil defense and emergency situations and instructions are given on the need to develop this section. |
|
Requirements for the development of a fire safety section |
The section is mandatory for development in accordance with the requirements of regulatory documentation. Specify additional requirements for the development of this section. |
|
Requirements for the development of a section for assessing the energy efficiency of enclosing structures |
Section - "Measures to ensure compliance with the requirements of energy efficiency and the requirements for equipping buildings, structures and structures with metering devices for the energy resources used" is mandatory when developing project documentation. Additional requirements or instructions for equipping the facility with energy metering devices are indicated. |
|
Requirements for the method of preparing estimate documentation |
Basis-index method. |
|
Requirements for the implementation of development and research work in the design and construction process |
Indicate if such work is required during the design process. Usually this item is simply excluded. |
|
Demonstration requirements |
It is filled in if it is necessary to make a layout of an object, 3D presentations, demo albums, and so on, indicating the requirements for demo materials. |
|
Special technical requirements for which there are no regulatory requirements |
In practice, this paragraph is replaced by "Additional requirements", which indicate the requirements for registration design and estimate documentation, the number of copies of the project and the availability of an electronic copy, other conditions of the customer for the development of project documentation. |
