Integrated type low-nitrogen efficient fuel gas heating station

Abstract

The invention relates to an integrated type low-nitrogen efficient fuel gas heating station, and belongs to the technical field of heating equipment. Each functional module of the heating station is integrated in a container body; the heating station is sequentially equipped with two fuel gas boilers, two secondary side circulating water pumps, two primary side circulating water pumps and a platetype heat exchanger from left to right, and the plate type heat exchanger is positioned above the primary side circulating water pumps; a water softener, a water softening box and a power distributionbox are arranged at the right side of the container body; the power distribution box distributes power for each piece of power consumption equipment; the water softener is connected with a tap waterpipeline and the water softening box; a variable-frequency fixed-pressure water supplementing pump which is connected with the secondary side circulating water pumps is arranged below the water softening box; connecting pipelines between the secondary side circulating water pumps and the variable-frequency fixed-pressure water supplementing pump are equipped with pressure sensors, and the pressuresensors are in signal connection with the variable-frequency fixed-pressure water supplementing pump. According to the integrated type low-nitrogen efficient fuel gas heating station disclosed by theinvention, the fuel gas boilers, the circulating water pumps, the heat exchanger and a water softening device are integrated to one container body, and each piece of equipment is reasonably arranged,so that the structure is compact and safe, movement and use are convenient, and heating needs under different operating environments can be met.

Description

technical field [0001] The patent of the present invention relates to the technical field of heating equipment, in particular to a self-contained low-nitrogen high-efficiency gas heating station. Background technique [0002] Heating is an important project related to the national economy and people's livelihood. Traditional heating is mostly coal-fired, with low overall energy efficiency and operating efficiency, polluting the environment, and winter smog. Gas coping strategies. Gas-fired boilers are increasingly used in the field of heating, but most of them are placed in proprietary boiler rooms such as basements. There are problems such as long equipment installation period, inconvenient movement, and inflexible capacity expansion. Conventional gas-fired boiler rooms are particularly limited in oil fields, construction sites, field operations and other applications that require heating but have complex site conditions. Contents of the invention [0003] In view of th...

AI Technical Summary

Problems solved by technology

The application of gas boilers in the field of heating is becoming more and more widespread, but most of them are placed in proprietary boiler rooms such as basements. There are problems such as long equipment installation period, inconvenient movement, and inflexible capacity expansion.

Conventional gas-fired boiler rooms are particularly limited in oil fields, construction sites, field operations and other applications that require heating but complex site conditions

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