COVID-19 Virus Detection Services 

FPR Environmental is now offering COVID-19 Virus Detection Services that employs Reverse Transcriptase-Quantitative Polymerase Chain Reaction (RT-qPCR), the gold standard method for detecting SARS-CoV-2 & COVID-19. Our analysis reduces the potential for false negatives by detecting unique SARS-CoV-2 genes on the viral RNA. Positive and negative controls ensure each analysis is running correctly and will yield a positive result if viral RNA is present. 

Our Business is Helping Yours through a Pandemic Management Plan, providing ongoing monitoring to check for recurrence of COVID-19, protecting you, your business, your staff and your customers, creating confidence that your facilities are safe from COVID-19 and keeping your business operational to manage business liabilities.

 

• Highly sensitive - can detect just a few virus particles

• Safe to perform - the sampling process inactivates (kills) the virus to stabilize the RNA

• Reliable - clinical methodology has been adapted for environmental testing using widely accepted technology

• Sustainable - does not require critically-needed testing materials from the healthcare supply chain

 

The sampling collection includes wipe sampling and testing to identify whether the surfaces in our client’s facilities test positive or negative for the virus. This approach is tailored to each facility and provides owners or operators with the information necessary to make informed decisions regarding next steps to best manage their concerns associated with COVID-19. Various positive and negative control samples are shipped with the samples and tested alongside the facility wipe samples to confirm the reliability of the results. 

Integrated Virus Sampling, Verification Testing and Lab Services

Hospitals and Temporary COVID-19 Response Facilities

Public & Private Buildings, Schools, Colleges and Universities

Food Processing, Industrial and Manufactoring

Hospitality, Retail and Commercial

FPR ENVIRONMENTAL     /     ASBESTOS MOULD EXPERTS