92-15: Calibration Characteristics of a Simplex Pitot-Static Probe and Five Use of Biocides

92-15: Calibration Characteristics of a Simplex Pitot-Static Probe and Five Use of BiocidesCalibration tests conducted in a towing tank and a rectangular duct indicated that the calibration coefficient of a Simplex pitot static probe was significantly affected by flow velocity (Reynolds number), tube vibration and wall proximity. The performance of five designs of pressure difference velocity probes, as alternates to replace the Simplex probes, were tested using a wind tunnel and a towing tank. An effective replacement probe for the Simplex

by the EPA

to protect such a tower from fire

Ultrasonic technology Is a non-chemical treatment approach that has been proven successful in meeting these objectives

This paper will review the methods in use today to control chlorine and review a case study that tried most of these methods

The size is also controlled to a large extent by the required air circulation in the tower

Microbiological control in recirculating systems should be considered equally

tion to enforce this requirement

reinforcement

polymer development has focused on high performance multi-functional polymers

Simply referencing a fire standard may not provide the owner with the finished product they desire or need

is dis­cussed below

This unique product resulted in lower overall dosages of microbiocide with more effectiveness and longer lasting results