20-09-2017, 01:29 PM
The Horizon boiler, watertube, heat recovery (patented design) is one of the most flexible, profitable and technologically advanced units on the market. The patented fintube design allows us to manufacture our boilers with the smallest footprint in the industry, which greatly reduces the radiant heat loss to contain energy costs.
Whether the need for hot water, steam (saturated or superheated) or high temperature thermal fluid, the Horizon Waste Heat Boiler will do the job. Available from low capacity requirements of 5,000 to 200,000 PPH, (and higher capacities in our modular style units) 100 PSIG at design pressure of 1500 PSIG and steam temperatures at 1,050 degrees F.
Today, wet fabric processing operations are under increasing scrutiny by environmental regulators because of the complex wastewater and the air emissions they generate.
The temperature of the wastewater is the main form of contamination. In dyeing processes, so much hot water is discharged that, in the absence of any countermeasure, total wastewater temperatures can exceed 40 ° C, although 35 ° C is the maximum permissible temperature. This new regulatory effort comes at a time when textile companies are already faced with the need to reduce costs to respond to growing competition.
As a textile industry, it consumes energy in the form of heat. With the growing scarcity of natural resources and the spiraling cost of energy, energy conservation today is an absolute must to sustain any business, so new technologies are required to recover a certain percentage of energy loss . We provide an opportunity for textile companies to reduce heat emissions and save money; at the same time, it helps you to be more efficient.
Whether the need for hot water, steam (saturated or superheated) or high temperature thermal fluid, the Horizon Waste Heat Boiler will do the job. Available from low capacity requirements of 5,000 to 200,000 PPH, (and higher capacities in our modular style units) 100 PSIG at design pressure of 1500 PSIG and steam temperatures at 1,050 degrees F.
Today, wet fabric processing operations are under increasing scrutiny by environmental regulators because of the complex wastewater and the air emissions they generate.
The temperature of the wastewater is the main form of contamination. In dyeing processes, so much hot water is discharged that, in the absence of any countermeasure, total wastewater temperatures can exceed 40 ° C, although 35 ° C is the maximum permissible temperature. This new regulatory effort comes at a time when textile companies are already faced with the need to reduce costs to respond to growing competition.
As a textile industry, it consumes energy in the form of heat. With the growing scarcity of natural resources and the spiraling cost of energy, energy conservation today is an absolute must to sustain any business, so new technologies are required to recover a certain percentage of energy loss . We provide an opportunity for textile companies to reduce heat emissions and save money; at the same time, it helps you to be more efficient.