Insights
Page 8 of 11
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Corrosion and Cathodic Protection
What intergranular corrosion (intergranular attack) is, how welding sensitizes stainless steel, how ASTM A262 tests for it, and how to prevent it.
7 min read
Engineering
Learn what as-built drawings are, what they include, and how they speed up permits, renovations, and contractor onboarding on your construction project.
3 min read
Electrical
Learn why pool grounding and bonding are essential for swimmer safety, how each process works, and when to schedule a professional pool inspection.
5 min read
Corrosion and Cathodic Protection
Aeration, pH, salt content, temperature and resistivity decide how corrosive soil is. Why testing soil before you build protects buried metal.
4 min read
Fire Investigation
The fire investigation process step by step: scene preservation, evidence collection, and how certified fire investigators find origin and cause.
7 min read
Engineering
The benefits of pipeline direct assessments: they catch corrosion and coating defects before leaks occur. How ECDA, ICDA and SCCDA work.
3 min read
Electrical
See how OSHA regulations and NFPA 70E® apply to arc flash protection: key standards, PPE rules, and how an arc flash study keeps your facility compliant.
6 min read
Electrical
Know what an arc flash study report should include (methodology, equipment ratings, worst-case incident energy, and labels) before you hire a consultant.
3 min read
Electrical
Understand the four NFPA 70E arc flash PPE categories, the minimum arc rating for each (4 to 40 cal/cm2), and the gear workers must wear at every level.
6 min read
Electrical
Find out why a site walk-down inspection matters: common workplace electrical hazards, what engineers check for, and how inspections cut risk and cost.
5 min read
Corrosion and Cathodic Protection
Soil resistivity and corrosion have an inverse relationship: the lower the resistivity, the more corrosive the soil. Learn what that means for your assets.
2 min read
Corrosion and Cathodic Protection
ACVG vs DCVG: both surveys locate pipeline coating defects, one with an alternating current signal, the other with direct current. Which fits your line?
3 min read
Engineering
Improve pipeline safety by knowing what causes damage (corrosion, metal fatigue, faulty parts) and the surveys and cathodic protection that prevent it.
6 min read
Corrosion and Cathodic Protection
Localized corrosion attacks metal at weak points: pitting, crevice, and stress corrosion cracking. See how cathodic protection and material choice stop it.
3 min read
Electrical
Learn the arc flash analysis steps engineers follow (gathering one-lines, field verification, modeling, and labeling) plus OSHA and NFPA 70E requirements.
7 min readInteractive
Engineering
Electrical load analysis verifies a power system can safely serve every load: what load studies measure and why facilities need them before upgrades.
2 min read
Corrosion and Cathodic Protection
Compare soil testing methods (pH, moisture, resistivity and Atterberg limits) and how soil corrosivity testing protects pipelines and buried structures.
7 min read
Corrosion and Cathodic Protection
Reasons to get a pipeline inspection: it catches corrosion early, keeps you compliant with DOT and PHMSA rules, and prevents costly leaks.
5 min read
Corrosion and Cathodic Protection
Dezincification strips zinc from brass, leaving weak, porous metal. Learn what causes it, how to spot the red discoloration, and proven ways to prevent it.
2 min read
Corrosion and Cathodic Protection
What is cathodic protection? How CP stops corrosion on buried and submerged metal, galvanic vs. impressed current systems, and where it is used.
6 min read
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