Confirm safe levels
Confirm safe levels

In This Issue

Carbon Monoxide Check
Surviving A Cold Winter
Degrees of Study
Tips for Window Replacement
Meet Gary Chen

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Meet Gary


Gary Chen, PE is just the man to oversee our mechanical engineering divisionWith over 20 years experiece, Gary concentrates his talents on the evaluation and correction of problems with existing systems. 
His expertise includes:
  • Energy Audits
  • Energy Conservation
  • Piping/HVAC Design
  • Fire Protection & Sprinkler Systems
  • Certified Energy Manager (CEM)
Please contact Gary for a free proposal at chen@etc-web.com

Architectural Tips

 For Window Replacement 

1. Try to find original drawings or photographs that best depict the original design.

2. Fads come and go.  Consider timeless style for finishes and colors, pick options that are appropriate and blend with surrounding materials.

3. Understand performance classifications for windows published by the American Architectural Manufacturers Association (AAMA) and National American Fenestration Standards (NAFS) and how they relate to your buildings.

4. Cold drafts are uncomfortable and energy loss is costly.  Select windows that incorporate thermal barriers, double-pane, insulated glass and have been tested and certified by the American Architectural Manufacturers Association (AAMA).

5. Outdoor noise from wind, traffic, barking dogs, etc. can be very distracting.  Select windows with good acoustical (sound-reduction) properties.
Contact Shabbir Kazmi, AIA for free design proposal  skazmi@etc-web.com

How Can We Help?

Architecture
Structural Engineering
Mechanical Engineering
Construction Engineering
Capital Reserve Specialists.

Carbon Monoxide Check

By: Gary Chen, PE
Did you know carbon monoxide (CO) detectors have a shorter life span than most household equipment (such as air conditioning units, water heaters, washers and dryers, etc.)? On average, carbon monoxide detectors have service lives of about five years. If you have not replaced your carbon monoxide detectors in the past five to six years, they’ve probably stopped working correctly.
Ventilation systems are critical in enclosed parking garages and most systems installed over the past ten years or so are controlled by carbon monoxide detectors. Without properly functioning, accurate detectors the exhaust fans of garage ventilation system will not activate to remove toxic fumes from vehicle exhaust before they reach unhealthful levels.
Carbon monoxide is an odorless, colorless gas that’s  a bi-product of combustion, such as occurs in car and truck engines, standby generating systems, gas-fired furnaces and dryers, etc. CO from such sources can build up in enclosed or semi-enclosed spaces and people therein can be poisoned by breathing it. The most common symptoms of CO poisoning are headache, dizziness, weakness, nausea, vomiting, chest pain, and confusion. High levels of CO can cause loss of consciousness and death.
Given the hazards associated with carbon monoxide, now is the time to replace old sensors in your home and have your garage ventilation systems professionally inspected and tested!

Top 10 Ways To Survive Cold

Harsh Winters

By: Whitson Gordan of Lifehacker
Top Tips

Degrees of Study

By:  Joe Shuffleton, PE
Engineering studies fall into a number of categories, from general condition surveys (such as reserve studies and pre-purchase inspections) to problem-solving investigations and forensic examinations. Within those categories, there are generally three (3) levels of need.
Preliminary Study
Often a client simply needs a quick, visual review in order to confirm that certain issues exist and/or whether a more detailed evaluation is needed. This minimal review is fairly quick and inexpensive and defects are often readily observable. At the same time it can be confirmation that an issue does (or does not) exist, and follow-up (a more detailed study) is needed to better determine the causes of problems and extent of any needed remedial action.
This level of study is often requested to help confirm a report issued by others. The initial evaluation may have included various levels of examination, sampling, testing, etc. and getting a second opinion can be  very valuable. In this instance, a brief visual examination is usually sufficient to confirm that the initial findings were pertinent or whether any issues need to be revisited.
Extensive Study
An extensive study includes a reasonable amount of visual examination, sampling, testing, or other tasks to evaluate conditions and make determinations as to the cause, extent, and options for addressing any issues identified. This type of study costs more and will take longer to complete than the preliminary study. It may also include the use of contractors for sampling, testing laboratories, specialty consultants, etc.
Despite the extent of services performed, there is still a chance additional work may be needed due to conditions found or to provide proof (to a court of law or others) of various aspects of the findings and/or recommendations. However, the study performed will still have significant value in helping to eliminate or refine certain factors that could not be clearly defined by visual examination alone.
Comprehensive Study
A comprehensive study is sometimes needed due to special circumstances (such as potential litigation) or if conditions would elude discovery in a less exhaustive study. This level of study typically includes considerable sampling, testing, etc., and entails  higher cost, and more time for performing inspections, waiting for test results, preparing a report, etc. However, the intent is that the results would be as conclusive as practicable and additional examination, testing, etc. most likely will not be required.
Closing
In trying to meet client needs, it is helpful to discuss and understand the level of study desired. The three (3) subject levels are described in the broadest sense and are, in fact, scalable and can be tailored to meet specific needs.
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