All severely warped wood (particularly flooring), rotting wood and wood that has developed mold/mildew problems will need to be replaced. Pry apart damaged boards and thoroughly clean beneath them before replacing them. And if the wood is a structural component of your house, you must be very careful when replacing it so that the structure has the right support during and after the water damage repair project.
After a sketch is made of the piece of equipment, add the equipment to a detailed electrical equipment tracking sheet, which should include general information such as the item number, sequence number, priority, area of the plant, power center or room number, transformer, substation, cell position, equipment type, circuit identification, plant identification number, manufacturer, percent water level, model number, frame size, and voltage. After completing these procedures on all the equipment associated with a power center or a piece of gear, the QA/QC leader must review the documentation for accuracy. Once the documentation has been approved, the equipment is ready for removal.
We can provide dehumidification for your property. This goes along with the mold removal and prevention process. The living areas of your home should not have humidity; this is normally taken care of by your central air conditioning system. However, if your AC ductwork has a crack or leak, or if your home does not have central air, the interior of your house may sometimes have damp or humid air. The dehumidification process eliminates that and saves you the headache of mold removal down the road.
Before you remove any water or make any repairs, fully document the damage for your insurer by taking photos or video. Digital versions are best, says Ramirez, because they can be stored electronically and easily copied. If you start removing water or making repairs before you photograph the damage, you could potentially decrease the extent of your coverage, he says.
When there’s been water, fire, tornado or flood damage to your home or commercial business it’s difficult to know who to call to help clean up and repair the property. The answer is easy! Mr. Restore is a Dallas restoration company that provides comprehensive restoration services, as well as environmental remediation. Contact Mr. Restore today, and we can be at your property in 60 minutes!
The first order of business in assessing water damage to the electrical equipment in any industrial plant is to gather all pertinent drawings and documentation available and perform a walkthrough of the entire electrical infrastructure. However, at times, drawings and documentation may not be available due to destruction (Photo 1). In this case, walkthroughs must be performed through tribal knowledge of plant personnel. Keep in mind the initial assessment is preliminary in nature, and an absolute understanding of the damage will not be gained until the equipment is disassembled in its entirety.

In mold repair, structure is especially critical when working with many pieces of close-fitting tooling that are nested into plates. Remembering the type, fit, relational position of components, and the sheer volume of tooling in some molds can be overwhelming enough without adding confusion about where you are in the process of the repair. In shops where two repair techs are usually assigned to a mold, time can be saved by working in a organized approach.
Accurate mold and tooling component assembly is a critical step in mold repair—and is the origin of many preventable, unscheduled mold stops (breakdowns). Poor workmanship and mistakes are usually a result of too much speed, lack of focus or physical skills, and disorganized work habits. If several repair techs are involved in the assembly of a mold, communication breakdowns between them can require the mold to be disassembled yet again to correct an oversight or install something that was forgotten.
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There are also several classes of water damage. The class of damage is important when assessing water damage repair options. Class 1 is the least harmful form of damage. Materials absorb very little of the water from this type of damage. Water damage repair is the easiest in this type of situation. Class 2 has a fast rate of evaporation, which means that carpets and cushions may be damaged. Water damage repair is more difficult when it involves class 2 damage. Class 3 has the fastest rate of evaporation. In this case, the water may come from broken sprinklers or other overhead sources, soaking the walls and furniture. Class 4 requires special water restoration and water removal procedures. This type of damage may affect hardwood floors, plaster, and concrete.
Most of us are very familiar with lockout/tagout procedures, test-before-touch practices, and applying safety grounds. While these are key safety aspects of putting equipment into an electrically safe condition, there are other safety items that need to be addressed when working in a natural disaster area. Items such as air quality, structural issues, and chemical spill exposure come into play. It is the responsibility of each company to keep its own people safe and supply them with special personal protective equipment (PPE), such as rubber boots, respirators, dust masks, portable gas monitors, and rubber gloves. As a service company, you must also coordinate with plant safety personnel you've contracted with to develop special safety procedures to address the ever-changing site conditions. Frequent safety meetings are a must to keep everyone up to date with the most current hazard conditions on the site.
Category 2 Water - Refers to a source of water that contains a significant degree of chemical, biological or physical contaminants and causes discomfort or sickness when consumed or even exposed to. Known as "grey water". This type carries microorganisms and nutrients of micro-organisms. Examples are toilet bowls with urine (no feces), sump pump failures, seepage due to hydrostatic failure and water discharge from dishwashers or washing machines.
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