High Temperature Corrosion and Pipe Corrosion
POWER
CORROSION (CONSULTANTS) LTD
| ▼Home▼ | ▼Services▼ | ▼Boilers▼ | ▼Condensers▼ | ▼Turbines▼ | ►Site Incidents◄ |
POWER CORROSION
(CONSULTANTS) LTD.
Ashby de la Zouch
Leicestershire
United Kingdom
Email: support@powerccl.co.uk
Tel: +44(0)1530 412418
Web: www.powerccl.co.uk
Last Updated: 20-Oct-20
Re-bar corrosion
Acid spill
Corrosion of a reinforced concrete bund floor was the result of spilled acid. Concrete dissolves rapidly in acids and a concrete capture bund requires constructing to the correct specification to avoid this kind of failure. We specialise in chemical handling and recommended suitable methodology to avoid a repetition.
Corrosion inhibition
Oil fouling
Heat transfer
Oil fouling in cooling water circuits and high temperature pipes can seriously impair heat transfer and damage rubber and plastic components. It is important to be able to remove it quickly and economically. It is also imperative that the circuit is correctly dosed with biocide and corrosion inhibitors to prevent the loss of heat transfer by corrosion and biogrowth.
Galvanising corrosion
Copper corrosion
Cable corrosion
Corrosion may occur in electrical equipment exposed to moisture and flooding. It is possible to dry out and re-use large cable runs and earthing systems which have been exposed to moisture/water and suffered corrosion. In these instances we investigate condition and recommended a recovery treatment for the affected cable.
High temperature oxidation
Stress cracking
Components that operate at high temperature may experience high temperature oxidation. They may also be constructed in materials which cannot tolerate steep temperature gradients. Stress cracks may propagate from casting defects as seen in the photograph. Our metallurgical investigations determined the causes of failure in this instance.