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RECENT PROJECTS

RETROFIT COATING

BEFORE
Situation:
  • Vessel sank in salt water & was salvaged
  • Vessel was completely stripped on the inside
  • All metal was rusted & contaminated with chlorides
  • Current contractor could not paint due to the quick and heavy flashing of metal
AFTER
Services Rendered by Atlas:
  • Inspection of entire vessel
  • Abrasive blast with a chloride reducing slurry
  • Salt concentration testing & approval of pertinent standard
  • Barrier coating installation inside entire vessel
  • Inspection & approval by NACE level 3 coatings inspector
  • Report detailing work completed

Stern Tube Repair

BEFORE
Situation:
  • Heavily corroded & pitted stern tubes
  • Stern tubes travelled through fuel tanks
  • Unknown level of pitting & depth
  • ABS classed vessel
AFTER
Services Rendered by Atlas:
  • 10K pressure washing of stern tubes
  • Washing & gas-freeing of fuel tanks
  • Borescope inspection of stern tubes
  • Abrasive blasting of stern tubes
  • Pit gauging & ultra sound thickness testing
  • Pit filling & ceramic coat installation
  • Report detailing work completed

Fresh Water Tanks

BEFORE
Situation:
  • Vessel had 10,000 gal fresh water tanks with a heavily failed lining
  • Previous company has blasted with steel grit and tanks were made of aluminum
  • Customer needed a fast turn around and ability to place tanks back into service within 24 hours of coating
AFTER
Services Rendered by Atlas:
  • Inspect tanks determine the reason for presence of iron oxide in aluminum tanks
  • Abrasive blast tanks without any dust emission
  • Inspect aluminum surface to ensure its free from iron oxide content
  • Coat tanks with 60 mils of fresh potable water epoxy
  • Conduct ground-breaking QA/QC with UV reactive equipment
  • Report detailing work completed
  • Placed tanks back into service within 24 hours of coating

Rolls Royce Kamewas

BEFORE
BEFORE
Situation:
  • Intake tunnels of kamewas had eroded and become much larger in diameter
  • Tolerance and fit between intakes and jet housing was no longer true
  • Vessel did not want hot work and wanted to restore fit to existing
  • Vessel was Bureau Veritas classed
AFTER
AFTER
Services Rendered by Atlas:
  • Inspect drives and determine amount to be restored
  • Design and build containment rings to serve as guides
  • Abrasive blast entire area
  • Rebuild all rings with ceramic paste and feather back to intake tunnel
  • Install ceramic coating on entire intake and outlet system
  • Report detailing work completed

Chain Locker

BEFORE
BEFORE
Situation:
  • Existing chain locker underwent hot work to replace metal on chain boxes
  • Corrosion was causing significant metal loss on chain locker
  • Customer was seeking a permanent solution
  • Vessel was Lloyds Register classed
AFTER
AFTER
Services Rendered by Atlas:
  • Inspection of chain locker
  • Containment & abrasive blasting of chain locker
  • Install ceramic liner in chain boxes & construct templates
  • Install ceramic rubber on templates & install on chain boxes
  • Install finish coating inside entire chain locker
  • Report detailing work completed

Piping & Scuppers

BEFORE
Situation:
  • Vessel had 42 scuppers on main deck
  • Scuppers were severely corroded and some were leaking inside vessel
  • 12 scuppers were plugged with unknown material
  • Vessel was not classed
AFTER
Services Rendered by Atlas:
  • Borescope inspection of each scupper
  • Use waterjet line mole to unplug all scuppers
  • Employ intermittent linear blast on cracked scuppers
  • Abrasive blast good scuppers
  • Install ceramic liner inside each scupper
  • Report detailing work completed

Exhausts

BEFORE
Situation:
  • Existing exhausts were prone to having their water rings plugged
  • Temperature on exhausts would rise to high levels
  • Vessel wanted an exhaust coating rated for high temperatures
  • Vessel was Bureau Veritas classed
AFTER
Services Rendered by Atlas:
  • 10K power washing of exhaust to remove soot and damaged lining
  • Containment & abrasive blasting of main exhaust & bypass
  • Measure all pits & perform ultrasound thickness reading on exhausts
  • Fill all pits with refractive ceramic paste
  • Install inorganic copolymer coating rated to 860 F (460 C)
  • Report detailing work completed