How to trim back Industrial Heating Cost Through New technology.

Highlights of the strategy to scale down industrial heating costs.

         Eliminates heat switch surface fouling
         Constant thermal efficiency of 96 per centum for varying temperatures
         Low NOx and CO2 emissions
         5% heat energy economies over a high-efficiency level hot water boiler

Summary of how you could use to contract your industrial heating costs

The direct contact heat exchanger water heater, set up by Sofame Inc at the Neufchatel Professional Formation Centre in Quebec, makes up an exceedingly dominating efficiency level method for warming up water for commercial space heating applications. The system is fitted with a water vapour pump (WVP) which issues unused energy to the organization, resulting in a fairly unceasing 96% generic thermal efficiency level for diverging return fluid temperatures and functioning terms, as well as very low G.G.E... This makes the organization especially magnetic for closed-loop systems with high yield temperatures.

Aim of the Project to trim Industrial heating costs

Direct contact heat exchanger technology is potentially more able than customary counter-current heat switch engineering science often used to trim back industrial heating costs because it annihilates the operation reductions caused by fouling of the heat exchange surfaces and the affiliated energy losses. Notwithstanding, efficiency level can be greatly reduced by high return fluid temperatures. The water vapour pump (WVP) formulated by Sofame Technologies Inc covers for this by getting rid of the heat energy still in the outlet gases and passing it to the system, thus maximising efficiency.

In order to show a full scale application of the organization to scale down industrial heating costs, a 1.3 MW unit (Sofame develops a browse of units from 300 kW to 15 MW) was installed at Neufchatel Professional Formation Centre. The edifice, built in 1998, was chosen as a good example of a high temperature, closed-loop space heating application for testing the technology.

The Principle applied in Reducing Industrial heating costs.

The direct contact heat exchanger applied by Sofame banks on the direct contact heat and mass transfer between the hot combustion gases and the water to be heated. The combustion gases climb along the vertical pillar from the natural gas burner as the water settles, picking up heat energy from the gases. Stainless-steel packing in the counter-current heat exchanger increases the contact area and decelerates the flow, rendering ameliorated exchange of heat energy, which then, is an profound component in the quest to slim industrial heating costs. A nonrepresentational diagram of the organisation is demonstrated in Figure 1.

reduce industrial heating costs

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