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STANDARD FORM 330 (REV. 8/2016) PAGE 25 <br />RESPONSE TO REQUEST FOR QUALIFICATIONS FOR <br />Continuing Professional Consulting Engineering Services-Environmental Engineering <br />#BID 20-07-01 <br /> <br /> <br />• COVID-19 Cleaning and Disinfection Protocols – the may be generalized or made site-specific. They are used either <br />reactively to clean and disinfect indoor and outdoor areas (high-touch surfaces and transmission sites) in response <br />to known or suspected COVID-19 positive cases, and/or they are used proactively by custodial or cleaning services <br />to perform routine and frequent disinfection sweeps to keep risk of infection down. <br />• COVID-19 Disinfection Oversight and Clearance Inspections and Testing – we have been overseeing several <br />disinfection projects at construction site, office environments, and multifamily residential sites. We perform the <br />final inspections after disinfection and have two different devices to conduct surrogate testing with results directly <br />in the field to further evaluate the efficacy of the cleaning process. <br />• Training – we can provide training to internal custodial staff on performing routine disinfection and the use of best <br />practices and personal protection equipment. <br />Forensic Investigations- <br />With the onset of energy conservation in the early 1970’s came the realization that measures taken to reduce the <br />operating costs of buildings often resulted in the manifestation of a range of occupant-related health complaints. <br />Typically, these complaints are general and range in their description from watery eyes, sinus infections, headaches to <br />severe allergic triggers and asthma. The diagnosis of buildings and correlation of findings within a building to these <br />health complaints is difficult. Often simple testing does not provide the required information and the Client is faced <br />with paying for services that do not meet their goal of improving the indoor air quality and thereby reducing occupant <br />complaints. GBTS recognizes this latent fault and has designed a project approach to solve indoor air quality -related <br />issues while avoiding costly and misleading laboratory testing, where possible. <br />A typical GBTS IAQ assessment includes the following: <br /> Interview with building occupants and historical review of complaints. <br /> Inspection and characterization of the building and HVAC system. <br /> Visual inspection of the facility for evidence of microbiological amplification or water <br />damage. <br /> Measurement of thermal comfort parameters (temperature, relative humidity). <br /> Direct reading for carbon monoxide <br /> Determination of the amount and distribution of fresh air. <br /> Evaluation and documentation of operations, which may impact, air quality. <br /> Determination of pressure differentials and mapping of air flow patterns. <br /> Identification of moisture content in building materials. <br /> <br />In some situations the collection of laboratory samples are necessary to meet the specific project goals of the Client. <br />Samples are often collected in response to pending litigation or to demonstrate that previous actions initiated by the <br />Client have been effective in improving indoor air quality. When collecting samples, GBTS is careful to explain the <br />parameters to the Client and to develop a carefully executed sampling plan to ensure that data collected can be <br />properly interpreted. Examples of samples collected by GBTS include: <br /> Airborne mold spores and bacteria. <br /> Airborne particulate characterization. <br /> Surface mold spores <br /> Dust mites. <br /> Total Volatile Organic Compounds (TVOCs). <br /> Dust Characterization. <br /> Allergens such as cat, dog, and cockroach. <br /> Carbon monoxide. <br /> Radon gas.