- Hot Water Systems
Space Heat & Process Heat Applications
Wellons custom designs hot water systems for Space Heating or Process Requirements, ranging in size from 7 MMBTU/hr to 100 MMBTU/hr.
Single Unit Output From
7 MMBtu - 100 MMBtu/hr
Wellons offers hot water systems for the following:
Direct Heating
Hot Water Heaters
Direct Heating
Waste Heat Recovery
Indirect Heating
ORC Cooling Water Circuit
Indirect Heating
Thermal Oil To Hot Water Heat Exchanger
Direct Heating
Hot Water Heaters
7 MMBTU/hr to 100 MMBTU/hr
For small hot water requirements, Wellons Canada supplies direct-fired biomass hot water heaters. These systems utilize a variety of boiler configurations to meet low pressure, low temperature hot water needs. These units range in size from 7 MMBTU/hr to 100 MMBTU/hr.
Direct Heating
Waste Heat Recovery
Wellons evaluates the feasibility of utilizing the waste heat stream from high-grade heat exhaust gases, turbine gasses, or a reciprocating engine to generate electricity or provide additional process or utility heat. Wellons will design, fabricate, and install Waste Heat Recovery Units (WHRU) for oil and gas facilities, pipeline compressor stations, or industrial sites.
The usable energy captured will depend on the exhaust gas temperature, the exhaust gas flowrate and the desired glycol or water temperature for the process or space heating requirement.
Indirect Heating
Thermal Oil To Hot Water Heat Exchanger
Wellons Canada can provide a biomass fired thermal oil system with a thermal oil to hot water heat exchanger for lower temperature hot water requirements. A typical application would include space heating in a district heating system.
A thermal oil to hot water heating system offers the flexibility down the road to convert to an ORC cogeneration system offering electrical generation and hot water. This option can readily be incorporated into the original design.
Indirect Heating
ORC Cooling Water Circuit
Wellons can provide both electrical generation and hot water space heating requirements. A typical system would include a biomass fired thermal oil heater providing high temperature thermal oil to an ORC unit which in turn generates electricity and hot water for use in either a district heating application or a drying application. The hot water from the ORC condenser cooling circuit can vary in temperature depending on the ORC unit selected.
