#capac

Mitul lui Manco Capac, fondatorul poporului incaș

În mitologia incașilor, Manco Capac a fost fondatorul națiunii acestora și un erou cultural care a indicat drumul lor spre glorie. Există nai multe versiuni ale poveștii acestuia.

주디 추 연방 하원의원, 한반도에서 “지속 가능한 평화와 통일” 향해 나아가야 -"한국전 공식 종전, 북미 연락사무소 개설해야" -한반도 평화를 위한 미주 한인사회의 노력과 헌신 높이 평가

În cea de-a treia ediție a acestei etape, difuzată marți, de la ora 20.30, concurenții vor păși într-un oraș în care trăiesc mulți veterani de război și vor avea parte de o misiune inedită: vor trebui să prepare un ceai tradițional, pentru a onora o familie de localnici. Asemenea soldaților vietnamezi din timpul războiului, care foloseau vechea „tehnică a gătirii orezului în mers” și preparau…

Step back to 1912 Michigan! Our new 3-minute mini-documentary takes you to historic Capac Michigan – from the grand Palmer House hotel to a steam train’s arrival at the Capac depot, and even a dramatic run on the village bank on June 17, 1912. See busy cattle pens, the chicory mill, and Main Street shops come alive. Packed with names, dates and vintage photos, it’s perfect nostalgia for history…

Corrosion is a major challenge for marine structures, pipelines, and industrial equipment exposed to harsh environments. CAPAC Impressed Current Cathodic Protection (ICCP) Systems offer an advanced and efficient solution to prevent corrosion, ensuring long-term durability and safety of metallic structures.

What is CAPAC Impressed Current Cathodic Protection (ICCP)?

CAPAC ICCP systems are specialized corrosion protection solutions that use an external power source to apply a controlled electric current to a metal surface, reducing its tendency to corrode. Unlike sacrificial anode systems, which rely on the natural electrochemical reaction of a more active metal, ICCP systems provide continuous and adjustable protection, making them highly effective for large and complex structures.

How CAPAC ICCP Systems Work

Power Supply – A rectifier unit converts AC power to DC and delivers a controlled electrical current to the anodes.

Anodes – Specially designed anodes are placed in strategic locations to distribute the current efficiently.

Structure Protection – The electric current neutralizes corrosion by making the protected metal the cathode of the electrochemical reaction.

Monitoring & Control – Advanced monitoring systems ensure optimal performance by adjusting the current based on environmental and operational conditions.

Key Benefits of CAPAC ICCP Systems

Long-Term Corrosion Protection – Provides continuous and efficient protection, extending the lifespan of marine structures, pipelines, and storage tanks.

Adjustable & Efficient – Current output can be controlled based on environmental changes, ensuring optimal protection.

Cost-Effective – Reduces maintenance costs and prevents expensive repairs caused by corrosion-related failures.

Environmentally Friendly – Unlike sacrificial anodes, ICCP systems minimize metal waste, making them a sustainable choice.

Applications of CAPAC ICCP Systems

CAPAC ICCP systems are widely used in:

Ships & Offshore Structures – Protecting hulls, rigs, and underwater pipelines from seawater corrosion.

Bridges & Infrastructure – Preventing corrosion of steel reinforcements in concrete structures.

Storage Tanks & Pipelines – Ensuring the longevity of buried and submerged metallic pipelines and tanks.

Why Choose CAPAC ICCP Systems?

With increasing demands for corrosion prevention in critical industries, CAPAC ICCP systems provide a reliable and technologically advanced solution. Their ability to deliver consistent, adaptable, and long-term protection makes them an ideal choice for industries looking to safeguard their assets against corrosion damage.