Quick answer: This containerized boiler room Kazakhstan project began when a customer in Kazakhstan found Anton Boiler through Google and placed an order for a 400 kW coal-fired containerized hot-water boiler room for space heating. The atmospheric-pressure system combines the boiler, principal auxiliaries and a separate staff rest area. The project is currently in production.
A customer in Kazakhstan found Anton Boiler through a Google search and later placed an order for a 400 kW coal-fired containerized hot-water boiler room. The system is intended to provide hot water for space heating and is designed as an integrated module that combines the boiler, essential auxiliary equipment and a separate staff rest area.
The project is currently in production. The layout described below is based on a preliminary Russian-language coordination sketch and confirmed customer requirements. Final fabrication, installation and local approval details remain subject to the working design and the applicable requirements in Kazakhstan.
Project at a Glance
| Item | Confirmed Project Information |
|---|---|
| Destination | Kazakhstan |
| Lead source | Google search |
| Boiler type | Coal-fired hot-water boiler |
| Model shown on preliminary sketch | LHG0.4 |
| Rated thermal output | 400 kW |
| Operating condition | Atmospheric pressure |
| Application | Space heating |
| Installation format | Containerized boiler-room module |
| Staff area | Separate rest area with a bed, table, toilet and washbasin |
| Current stage | Production |
| Customer industry | Not disclosed |
The Customer Requirement
The buyer required more than a standalone boiler. The project called for a practical heating package that could place the main boiler and its supporting equipment inside one coordinated enclosure.
The required system includes a 400 kW atmospheric-pressure coal-fired hot-water boiler for heating. The containerized arrangement helps define the main equipment positions, water circuit, flue-gas path, access doors and service clearances before production.
The customer also requested a staff rest area within the same overall module. This area is separated from the boiler room and is intended for employee rest. The planned configuration includes a single bed, a table or storage unit, a toilet and a washbasin.
Preliminary Container Layout
The Russian-language preliminary sketch shows an overall external module size of approximately 10,000 × 3,000 × 3,200 mm. Within this envelope, the boiler-room area occupies approximately 7,800 × 3,000 mm, while the separate staff rest area occupies approximately 2,200 × 3,000 mm.
The rest area has a separate external entrance and is divided from the boiler room by a sealed, non-combustible partition in the preliminary concept. The sketch also shows a 1,900 × 800 mm single bed, a window and basic furniture. Exact sanitary connections, finishes, fire rating and local acceptance requirements must be confirmed in the detailed design.
Drawing status: The Russian-language sketch is for preliminary layout coordination only. It is not a fabrication, installation or approval drawing.
Boiler-Room Equipment Included in the Concept
The preliminary containerized boiler room layout identifies the following principal equipment:
- 400 kW LHG0.4 coal-fired hot-water boiler
- Forced-draft fan
- Induced-draft fan
- Wet dust collector
- Removable chimney section
- 1.0 m³ water tank
- Water softener
- Two hot-water circulation pumps arranged as duty and standby
- Boiler control cabinet
The boiler diameter shown on the customer data used for the preliminary sketch is approximately 1,450 mm, with a body height of approximately 2,600 mm. These dimensions must be rechecked against the final supplied equipment, including nozzles, valves, operating access and overhead clearance.
Water-Circulation Arrangement
Water inlet → water softener → 1.0 m³ water tank → circulation pumps → boiler → heating supply and return
The water softener and tank support water preparation and system make-up. Two circulation pumps are shown so that one can serve as the operating pump and the other as standby. The final pump duty, pipe diameter, head, electrical power and connection elevations must be selected from the confirmed heating-system data.
Because the boiler is intended for atmospheric-pressure hot-water service, the final system arrangement must preserve the correct open-system safety concept and comply with the project design and local requirements.
Coal Combustion and Flue-Gas Path
Boiler → induced-draft fan → wet dust collector → chimney
The boiler-room plan also reserves space for coal loading and ash removal. A double service door is shown near this operating area to support routine access.
The final chimney height, supports, roof penetration and transport arrangement are not determined by the preliminary sketch. The current concept shows a removable external chimney section so that the module can be transported. Final chimney design must consider site conditions and the applicable Kazakhstan requirements.
Separate Staff Rest Area
An important feature of this project is the separate staff rest area. It is not part of the boiler operating space and should not be described simply as a “restroom,” which in English normally means only a toilet.
A separate staff rest area with a bed, table, toilet and washbasin.
The preliminary plan gives the staff area its own outside entrance and separates it from the boiler room. Before final production, the detailed design must confirm the partition construction, fire rating, ventilation, sanitary drainage, water supply, electrical points, emergency lighting and evacuation arrangement.
Safety and Detailed-Design Boundaries
Containerized equipment can simplify coordination, but it does not remove the need for project-specific engineering. The following items must be finalized in the working design:
- Supply and exhaust ventilation for the boiler room
- Carbon-monoxide detection
- Fire alarm and suitable fire extinguishers
- Emergency lighting and a safe evacuation route
- Non-combustible separation between the boiler room and staff area
- Structural reinforcement beneath the boiler, tank and dust collector
- Equipment mass distribution and service clearances
- Pipe sizes, drainage, electrical supply and external connection points
- Chimney height, sealing, support and transport arrangement
- Compliance with local Kazakhstan codes and approval procedures
Why Use a Containerized Boiler Room?
For this project, the containerized approach provides a defined equipment layout before shipment and creates one coordinated enclosure for the heating boiler and auxiliary equipment. It can also help the customer review access, utilities and external connections earlier in the project.
However, a containerized boiler room is not a universal plug-and-play product. Every project still requires confirmation of the heating load, fuel characteristics, water quality, local climate, electrical supply, site foundation, ventilation, emissions requirements, chimney arrangement and installation boundary.
The staff rest area adds another design interface. It must remain physically separated from the boiler operating space and meet local fire, ventilation, sanitation and occupancy requirements.
Current Production Stage
The order has been confirmed and the project is currently in production. Anton Boiler is using the approved project information and preliminary coordination layout to organize the boiler-room module and auxiliary-equipment positions.
Future project updates may include production photographs, module assembly, equipment installation, factory inspection, shipment and site commissioning. These stages will be published only after they occur and the related evidence is available.
Information Required for a Similar Project
To prepare a containerized hot-water boiler proposal, send Anton Boiler the following information:
- Required heating capacity in kW or MW
- Fuel type and available fuel specification
- Required supply and return water temperatures
- Heating-system type and operating schedule
- Installation country and project location
- Local winter design temperature and altitude
- Water analysis and make-up-water conditions
- Electrical voltage, frequency and phase
- Emission and inspection requirements
- Available installation area and transport restrictions
- Required auxiliary-equipment scope
- Whether a staff area, sanitary area or storage space is required
- Required delivery, installation and commissioning boundary
Frequently Asked Questions
Is this boiler designed for steam production?
No. This project uses a 400 kW coal-fired hot-water boiler for heating.
Is the boiler pressurized?
The confirmed project requirement is an atmospheric-pressure hot-water boiler. The final system design must follow the correct safety arrangement for this operating condition.
Does the module include auxiliary equipment?
Yes. The preliminary concept includes the principal boiler-room auxiliaries, including fans, a wet dust collector, water softener, water tank, duty and standby circulation pumps, chimney section and control cabinet. Final supply scope remains governed by the contract and approved technical documents.
Is the staff area inside the boiler room?
It is within the overall module but separated from the boiler room by a dedicated partition and has a separate outside entrance in the preliminary layout.
Has the project already been shipped or installed?
No such claim is made at this stage. The project is currently in production.
Is the published sketch a construction drawing?
No. It is a preliminary Russian-language layout sketch for coordination. The working design must confirm structural, piping, electrical, ventilation, fire-safety and local-compliance details.
Discuss Your Containerized Heating Project
Anton Boiler supplies industrial steam boilers, hot-water boilers, thermal-oil heaters, electric boilers and project-specific auxiliary systems. Send us the required capacity, fuel, temperatures, water information, installation country, site conditions and desired supply boundary.
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