Babjehec Wujiaqu gas boiler natural gas boiler, how much is it?

Cleaning of Gas Boilers

Boilers, after prolonged operation, inevitably experience issues such as scale and corrosion. The primary cause of scale formation in boilers is the presence of hardness components in the feed water. As the water undergoes continuous evaporation and concentration at high temperatures and pressures, a series of physical and chemical reactions occur inside the boiler, ultimately forming hard, dense scale on the heating surfaces. This reduces heat exchange efficiency and, due to corrosion beneath the scale, can lead to a decrease in the boiler's water-cooled wall heat absorption, an increase in the outlet temperature of the boiler's combustion chamber, and thus increased boiler losses. Additionally, scaling within the water-cooled walls can reduce heat transfer, potentially causing wall temperature increases that lead to tube ruptures, affecting the safe operation of the boiler. Scale is the "root of all evils" in boilers and is a major cause of boiler accidents, primarily manifested as a waste of a large amount of fuel. Since the thermal conductivity of scale is only a fraction of that of steel, the formation of scale on the heating surfaces hinders heat transfer. To maintain a certain output, the fire side temperature must be increased, leading to heat loss through radiation and exhaust. Currently, high-efficiency, environmentally friendly, and non-corrosive cleaning agents can be used to clean gas boilers, revealing the original metal color of the equipment's tubes, and reducing the impact of scaling and biological algae sludge. Additionally, these agents have a剥离 effect on iron oxide and sub-oxide, extending the service life of gas boilers, reducing energy consumption, and improving productivity. [2]

Huzhou Boiler FactoryThe YY(Q)W type gas-conducting oil boiler produced by our limited company is a new type of special boiler with low pressure and high-temperature working characteristics. Its heating temperature can reach up to 340℃ in the liquid phase or 400℃ in the vapor phase. It can serve as a high-temperature heat source below 350℃, widely used in various industries that require high-temperature heating or drying. It features high temperature, low pressure, precise temperature control, and high energy utilization. An optional steam generator can also be fitted to produce saturated steam below 1.3MPa for the user's use. Organic heat carriers can be used for heating in various production scenarios where uniform and stable heating is required and direct flame heating is not permitted, with heating temperatures ranging between 150℃ and 380℃.。The gas-fired organic heat carrier boiler typically uses oil or gas as fuel, with thermal oil as the medium. It employs a thermal oil circulating pump to force the medium into a liquid-phase circulation, transferring heat to the heating equipment and then returning it to the boiler for reheating. It features high working temperatures at low pressure and allows for high-precision control of the medium's operation. The system has a high thermal utilization rate, is easy to operate and maintain, and is an ideal, safe, efficient, and energy-saving heating equipment of choice.。

Primary Application:

Chemical Industry - Oil Chemicals, Polymer Industry, Reactor Vessels, Distillation, Concentration. Plastic Industry - Plastic Blowing, Extrusion Molding.

Textile Industry - Resin setting machines, dyeing machines, drying rooms, high-temperature machines, roller machines. Rubber Industry - Vulcanization heating of rubber.

Food Industry - Steaming, drying, and vegetable oil refining. Forest Products Industry - Heating and shaping of plywood, MDF, and particleboard.

Paper Products Industry – Multi-layer cardboard for packaging boxes, drying, dehydration. Other – Heating of metal electroplating tanks, paint condensation, drying, pharmaceutical industry distillation, reduction, concentration, dehydration, etc.

Key Features:

The product design, manufacturing, and inspection are strictly conducted in accordance with the "Safety Supervision Regulations for Organic Heat Carrier Boilers," the "Safety Supervision Regulations for Hot Water Boilers," GB/T17410-1998 "Organic Heat Carrier Boiler" standard, and procedures. It has also been inspected by the national special equipment safety supervision authority, ensuring safety and reliability.

2. The boiler heating surface is焊接 with argon gas shielded full penetration welding, and has passed X-ray inspection and hydrostatic pressure testing to maintain pressure, ensuring the welding quality exceeds national standards.

3. The diameter and length of the radiant fin tube are fully matched to the flame of the compatible burner to ensure reliable operation and adequate cooling of the tube.

4. The heating surface utilizes a higher yet reasonable gas velocity, based on rigorous calculations, to ensure adequate heat exchange in the furnace body and maintain a high thermal efficiency of the boiler system.

5. The boiler body is designed with a rational structure and high-quality refractory and thermal insulation materials, resulting in an outer surface temperature of the boiler shell ≤50℃, exceeding the national standard requirements.

6. Boilers are factory-assembled and ready for shipment. Once on-site at the customer's location, they can be quickly installed with the combustion system, pipeline system, and electrical control system, boasting a notably short installation period and cost-effective pricing.

7. Utilizes internationally renowned brand imported burners, ensuring reliable quality and trustworthiness.

Safety protection features and main control points:

1. Thermal oil export temperature display: Available for on-site display and remote transmission to the control cabinet for meter display. Users can set this temperature value and it can be interlocked with the induced draft fan to achieve automatic operation and high-temperature alarm.

2. Imported Thermal Oil Temperature Display: Capable of local display and remote transmission to the control cabinet for instrument display.

3. Export Pressure Display for Thermal Conductive Oil: Can be displayed on-site and remotely transmitted to the control cabinet for instrument display, with overpressure alarm function.

4. Thermal oil import pressure display: Can be displayed on-site and transmitted remotely to the control cabinet for instrument display.

5. Expansion Tank Level Control: Activates low-level liquid alarm for the expansion tank, promptly notifying the boiler operator to add oil to the system, ensuring safe and reliable operation of the boiler system.