Chemical
Thermal oil system planning for reactors, distillation, drying and tank heating.
Complete boiler system supply
Complete Thermal Oil Heater & Industrial Boiler Systems
We coordinate the boiler, fuel equipment, circulation or feedwater, heat recovery, emissions equipment and controls as one practical operating system.
Our engineering path
Start with the process. Finish with a system that can be operated.
We avoid treating the boiler, pumps, piping and controls as isolated purchase items. Each step is shaped around how the plant will actually run.
- 01
Understand the process
Heat duty, temperature or pressure, load pattern, fuel and site conditions.
- 02
Select the heating method
Thermal oil or steam, boiler arrangement and the right fuel system.
- 03
Engineer the complete loop
Pumps, tanks, feedwater, water treatment, piping interfaces and heat recovery.
- 04
Integrate the controls
Protection logic, instrumentation and operator-facing control architecture.
- 05
Support delivery and start-up
Project documentation, installation guidance and commissioning support.
Typical system scope
Equipment designed to operate as a single plant.
- Boiler or thermal oil heater body
- Burner, grate or fuel-feeding equipment
- Circulation pumps, expansion and storage tanks
- Feedwater, water treatment and condensate recovery
- Draft system, dust collection and heat recovery
- Instrumentation, PLC/HMI and protection logic
- Project drawings and installation interfaces
Industries served
Different processes need different heating decisions.
Wood & Panels
Thermal oil system planning for plywood hot presses, dryers and production-line heat users.
Textile
Thermal oil for stenters and heat-setting; steam for dyeing, washing and finishing.
Food Processing
Steam-system planning for cooking, CIP, sterilization, hot water and condensate recovery.
Paper & Packaging
Rubber & Plastics
For presses and reactor jackets, specify temperature uniformity, batch cycle and circulation demand in the thermal oil heater selection guide.
Asphalt & Bitumen
Thermal oil planning for bitumen tanks, transfer lines, unloading and holding duty.
WOOD & PANEL APPLICATION
Thermal oil heating for plywood hot presses—planned as one operating loop.
A plywood hot-press heating system must follow the press cycle, platen temperature, warm-up requirement, simultaneous production load and any connected dryers. The heater body, circulation pumps, expansion system, controls and heat users should be checked on the same design basis.
Define the real production load
Confirm the number of presses, platen duty, batch cycle, warm-up time, simultaneous operation and whether dryers or other users share the thermal-oil loop.
Protect temperature and circulation
Supply and return temperatures, thermal-fluid data, user pressure drop, minimum flow and control-valve behavior determine circulation flow, pump head and operating stability.
Select fuel and system boundary
Natural gas, oil or biomass may be considered from site fuel availability. Wood residues require project-confirmed fuel size, moisture, storage, feeding, combustion, dust and ash arrangements.
| Information to provide | Why it matters for plywood production |
|---|---|
| Press count and platen duty | Defines the connected heat users and simultaneous demand. |
| Operating and return temperatures | Sets the useful temperature difference and circulation basis. |
| Batch cycle and warm-up time | Separates peak demand from steady production load. |
| Dryers and shared users | Prevents omitted loads and unstable system control. |
| Fuel and site conditions | Determines combustion, storage, emissions and auxiliary equipment. |
| Required supply boundary | Clarifies heater, pumps, tanks, controls, heat recovery and interfaces. |
CONCEPTUAL P&ID
How the thermal oil heater, pump, process user and fluid-handling equipment work as one loop.
This simplified thermal oil system P&ID shows the engineering relationships reviewed before a quotation: circulation, expansion, filling and draining, plus the key protection signals. It is a concept diagram for scope discussion—not an IFC drawing or a substitute for the project P&ID.
Hydraulic and thermal basis
Confirm load range, supply and return temperatures, fluid data, coil pressure drop, user resistance, pipe routing and the minimum safe circulation condition.
Fluid handling and expansion
Confirm total system volume, expansion allowance, tank elevation, venting, filling, draining and whether nitrogen blanketing is required by the fluid and operating regime.
Control and shutdown boundary
Define which party supplies field instruments, PLC/HMI, burner management, motor control, alarm and trip logic, communications and site cabling.
Code and document route
Project country, local authority and contract determine the applicable code and edition. Where required, ASME or CE/PED engineering and documentation scope is agreed before manufacture; it is not assumed from a generic label.
SYSTEM DELIVERY & RESPONSIBILITIES
Complete industrial boiler systems with a written responsibility boundary.
A complete industrial boiler system includes more than the boiler body. Specify who supplies the combustion equipment, heat-transfer circuit, controls and auxiliaries, and who performs site installation. A turnkey boiler system must explicitly include the agreed design, supply, local approvals, site work and commissioning responsibilities in the contract; an equipment-only quotation is not the same scope.
Fuel and equipment scope
For a gas-fired steam boiler, confirm gas pressure, burner turndown, feedwater and economizer scope. For a biomass-fired thermal oil heater, agree fuel moisture and size, feeding, grate, ash removal, circulation and dust-control equipment. Compare both offers on useful heat delivered to the process.
Match the process, not just the industry name
A steam boiler for food processing must match simultaneous cooking, cleaning and sterilization loads and the required steam quality. In textile plants, separate steam-consuming dyeing equipment from thermal-oil-heated stenters. For plywood presses and chemical reactors, record batch peaks, return temperature and user pressure drop before choosing heater output.
Engineering before quotation
Review industrial boiler projects and the boiler product range, then provide the load profile, operating conditions, fuel analysis, water or thermal-fluid data, country, emissions limits, utilities, plot plan and required battery limits.
Start a project
Tell us what your process needs.
Share your fuel, required capacity, operating conditions and project location. Our team will help shape the boiler and the complete system around your actual production requirements.