Heat Exchanger

Heat exchanger body flange: The gasket is not always tight enough

HWI officially opens state-of-the-art Fulton (U.S.) lightweight monolithics facility

The greenfield investment increases HWI’s lightweight monolithics production capacity and reinforces its commitment to reliable, innovative, and sustainable solutions for customers across the Americas.

Minimizing microbiological and scale deposition on the waterside of water-cooled heat exchangers—Part 1

Econotherm awarded contract for heat pipe heat exchangers in a Rotterdam refinery

Zeeco completes acquisition of Devco Process Heaters

Armstrong International to double heat pump production capacity in Herstal, Belgium

Armstrong International is updating its plans for the expansion of its manufacturing site in Herstal, Belgium. Initially planned for an annual production of 50 MW of industrial high-temperature heat pumps, the project is being adapted to double its capacity to 100 MW per year by 2027.

Digital Exclusive: Heat exchanger body flange: The gasket is not always tight enough

Shell-and-tube heat exchangers (STHEs) are used abundantly throughout the chemical, oil and gas, and fertilizer industries. Their service is essential to numerous processes—it can be said that without them, it is impossible to successfully build and operate a plant. Body flanges, also referred to as girth flanges, are critical elements of STHEs, and are incorporated to help with maintenance, cleaning and inspection of STHEs during service.

A techno-economic overview of fouling in steam crackers and available solutions

KHIMOD raises €23 MM to accelerate its growth

KHIMOD, a French climate-tech company that specializes in producing low-carbon synthetic molecules and valorizing carbon dioxide (CO₂), has announced a €23-MM funding round.

Application of systems engineering principles in a reliability assessment of air-cooled heat exchangers

This article proposes a holistic remaining life assessment and reliability engineering framework developed based on systems engineering principles to cover both mechanical integrity (header boxes and fin tubes) and dynamic reliability aspects (fin blades, electrical motors, gearboxes and propellers).