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Steel Structure Inspection & Restoration AGING STEEL INFRASTRUCTURE Once thought to be permanent structures free from maintenance and concerns, steel towers and poles have demonstrated that they do indeed degrade over time as a result of corrosion and mechanical damage. Osmose inspection and maintenance programs are designed to help de- tect, repair, and prevent corrosion on steel towers, poles, anchors, and other steel structures and their foundations. Accurate inspections, effective mitigation methods, and structural repairs designed to re- store strength help electric utilities: Extend the service life of steel towers and poles Improve system reliability Reduce emergency and unscheduled costs Alleviate premature replacement of structures and subsequent replacement costs P P P Osmose utilizes unique technologies and a highly- skilled workforce to cost-effectively maintain the integrity of your steel transmission structures. Steel inspection Concrete inspection Comprehensive aerial and groundline inspection Coatings and cathodic protection Engineered restoration design and installation P

Steel Structure Inspection & Restoration - osmose.com SSR sell sheet.pdfSteel Structure Inspection & Restoration AGING STEEL INFRASTRUCTURE Once thought to be permanent structures

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Page 1: Steel Structure Inspection & Restoration - osmose.com SSR sell sheet.pdfSteel Structure Inspection & Restoration AGING STEEL INFRASTRUCTURE Once thought to be permanent structures

Steel Structure Inspection & Restoration

AGING STEEL INFRASTRUCTUREOnce thought to be permanent structures free from maintenance and concerns, steel towers and poles have demonstrated that they do indeed degrade over time as a result of corrosion and mechanical damage.

Osmose inspection and maintenance programs are designed to help de- tect, repair, and prevent corrosion on steel towers, poles, anchors, and other steel structures and their foundations. Accurate inspections, effective mitigation methods, and structural repairs designed to re- store strength help electric utilities:

Extend the service life of steel towers and poles

Improve system reliability

Reduce emergency and unscheduled costs

Alleviate premature replacement of structures and subsequent replacement costs

P

P

P

Osmose utilizes unique technologies and a highly- skilled workforce to cost-effectively maintain the integrity of your steel transmission structures.

• Steel inspection• Concrete inspection• Comprehensive aerial and groundline inspection• Coatings and cathodic protection• Engineered restoration design and installation

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Page 2: Steel Structure Inspection & Restoration - osmose.com SSR sell sheet.pdfSteel Structure Inspection & Restoration AGING STEEL INFRASTRUCTURE Once thought to be permanent structures

www.osmose.com© 2015 Osmose Utilities Services, Inc.

Contact your local Osmose representative or:716.319.3423 [email protected] EMAIL

CORROSION INSPECTION & ANALYSIS

Ultrasonic thickness measurements

Site environmental evaluation for corrosion potential

Concrete strength and deterioration evaluation

Borescope evaluation for steel poles

Comprehensive visual inspections via helicopter

EMAT for structures, anchors, and conductors

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Osmose hasmore than a decade of experience developing field inspection techniques and incorporatingspecialized technology to create accurate and reliable inspection methods specific to steel transmissionstructures.

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RESTORATION DESIGN & INSTALLATIONOsmose provides turnkey engineered solutions for damaged steel towers and poles at a fraction of the cost of replacement. Whether the structure is direct-buried, on concrete foundations, or in water, structural repairs are designed to meet customer requirements. These repair solutions not only restore strength, in many cases, they can increase capacity if greater strength is needed.

MITIGATION: EFFECTIVE COATINGS & CATHODIC PROTECTIONBy applying corrosion mitigation counter-measures, such as protective coatings and cathodic protection, Osmose can help extend the useful service life of steel structures. Osmose provides turnkey mitigation design and installation for various types of transmission structures and environmental conditions.

Application of coatings below grade is the primary method of protection for most buried steel structures.

Cathodic protection systems are most often used as a secondary form of mitigation. At-tachingsacrificialanodestosteelstructuresand placing them in the same soil provides an additional layer of corrosion mitigation.

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