Nuclear Products

Electric pressurizer heaters are used to control the pressure in the pressurizer vessel of PWR and PHWR reactors. These heaters are directly installed in the pressurizer vessel and they are electrically powered to provide the heat input required to maintain pressure control during transient conditions. The pressurizer heaters are designed and manufactured in accordance with ASME Section III, Class 1 and stamped NPT according to Code requirements.

Features & Benefits At A Glance

• UL, CSA or IEC electrical design and manufacturing
• Electrical hazardous location design and manufacturing
• Electrical certifications _cCSA_us, IECEX or CE mark
• ASME stamp NPT
• Carbon steel and austenitic alloys construction
• Designed and manufactured in one location
• Worldwide standards compliance
• Meets requirements for operation in presence of explosive gases
• Worldwide approvals
• Designed and manufactured under strict nuclear quality program
• Cost benefit and extended life
• Better control of quality and on time delivery

Electric immersion heaters are commonly used in tank and pressure vessel heating applications, where there is a requirement to maintain liquid temperature to a certain controlled set point. Typical applications include: antifreeze protection on refueling water storage tanks, oil tanks, fuel-oil tanks, diesel tanks, water tanks, vaporizing vessels and others. Immersion heaters are designed and manufactured in accordance with ASME Section III, Class 1, 2 or 3 and stamped NPT according to code requirements. Immersion heaters also are designed and manufactured under ASME Section VIII, Div. 1 for non nuclear code applications.

Features & Benefits At A Glance

• UL, CSA or IEC electrical design and manufacturing
• Electrical hazardous location design and manufacturing
• Electrical certifications _cCSA_us, IECEX or CE mark
• ASME stamp NPT
• ASME stamp U
• Carbon steel and austenitic alloys construction
• Designed and manufactured in one location
• Worldwide standards compliance
• Meets requirements for operation in presence of explosive gases
• Worldwide approvals
• Designed and manufactured under strict nuclear quality program
• Designed and manufactured under the ASME program
• Cost benefit and extended life
• Better control of quality and on time delivery

Circulation heaters are the equivalent to tube and shell heat exchangers with the particular feature that the core bundle is manufactured with electric tubular heating elements. Circulation heaters are used in applications where a process stream needs to be heated to a finely controlled set-point. Typical applications include: air/gas superheating, oil pre-heating, steam superheating, fuel pre-heating and others. Circulation heaters are designed and manufactured in accordance with ASME Section III, Class 1, 2 or 3 and stamped N according to code requirements. Immersion heaters also are designed and manufactured under ASME Section VIII, Div 1 for non nuclear code applications.

Features & Benefits At A Glance

• UL, CSA or IEC electrical design and manufacturing
• Electrical hazardous location design and manufacturing
• Electrical certifications _cCSA_us, IECEX or CE mark
• ASME stamp N
• ASME stamp U
• Qualification in accordance to IEEE 323 available
• Carbon steel and austenitic alloys construction
• Designed and manufactured in one location
• Worldwide standards compliance
• Meets requirements for operation in presence of explosive gases
• Worldwide approvals
• Designed and manufactured under strict nuclear quality program
• Designed and manufactured under the ASME program
• Cost benefit and extended life
• Better control of quality and on time delivery

Duct heaters are specifically designed to match the customer specifications and they are qualified and tested to meet the most demanding requirements. Duct heaters are commonly used to heat air and/or gas process streams in process heating or environmental room applications. Applications include: humidity control, machinery pre-heating, HVAC comfort heating.

Features & Benefits At A Glance

• UL, CSA or IEC electrical design and manufacturing
• Electrical hazardous location design and manufacturing
• Electrical certifications _cCSA_us, IECEX, CE, or UL mark
• Qualification in accordance to IEEE 323 available
• Carbon steel and austenitic alloys construction
• Designed and manufactured in one location
• Worldwide standards compliance
• Meets requirements for operation in presence of explosive gases
• Worldwide approvals
• Meets regulatory requirements
• Compliance with requirements for Class 1E equipment
• Cost benefit and extended life
• Better control of quality and on time delivery

Our electric space heaters are designed and manufactured to comply with the most stringent requirements in a nuclear power plant installation. CCI Thermal Technologies has a standard and custom line of products that support space heating requirements for environmental or process heating. Unit heaters have a specify application in environmental room temperature control.

Features & Benefits At A Glance

• UL, CSA or IEC electrical design and manufacturing
• Electrical hazardous _cCSA_us, IECEX or CE mark
• Qualification in accordance to IEEE 323 available
• Carbon steel and austenitic alloys construction
• Designed and manufactured in one location
• Worldwide standards compliance
• Meets requirements for operation in presence of explosive gases
• Worldwide approvals
• Compliance with requirements for Class 1E equipment
• Cost benefit and extended life
• Better control of quality and on time delivery

Power and control panels are designed and manufactured to control electric heaters in modulating and on/off control modes, in order to achieve the power and heat input requirements for the application. Our panels include all the electrical features and protections required to safely operate electrical heaters in a nuclear power installations.

Features & Benefits At A Glance

• UL, CSA or IEC electrical design and manufacturing
• Electrical hazardous location design and manufacturing
• Electrical certifications UL, _cCSA_us, IECEX or CE mark
• Qualification in accordance to IEEE 323 available
• Designed and manufactured in one location
• Worldwide standards compliance
• Meets requirements for operation in presence of explosive gases
• Worldwide approvals
• Meets regulatory requirements
• Compliance with requirements for Class 1E equipment
• Better control of quality and on time delivery