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23-16: A Comparison of a New Maleic Terpolymer with Current Maleic Terpolymers for use in Cooling TowersAt present, cooling water formulations include using several maleic terpolymers to control calcium carbonate and perform corrosion control when used with zinc. This laboratory study compares a new maleic terpolymer (MTP A) with current maleic terpolymers in tests of calcium carbonate inhibition, calcium sulfate inhibition, calcium phosphate inhibition, silt dispersion, and iron oxide dispersion to assess the efficiency of scale control. The study

while only having a minimal impact on the thermal capacity of a cooling tower

such as stud

It describes the instrumentation and procedures for the testing and performance evaluation cooling towers

The soluble lead and copper transport through a distribution system is modeled based upon the maximum solubility of these metals over the temperature and pH range likely to be encountered from the water source

The units have a projected power of 200 MW

Treated municipal sewage has been a source of industrial water for more than 25 years

Applied cooling water chemical treatments are often accepted as the end-of-all and the cure-for-all system problems

Laminated poster for use where chemicals are handled

Improving worker safety

The advent of environmental regulations and restrictions has made it necessary to consider carefully the disposition of blowdown water containing chromate and in many cases zinc

This paper documents thermal performance improvements in large industrial crossflow cooling towers through the innovative application of film fill

there are environmental conditions that promote significant localized corrosion on the copper alloy surfaces leading to dealloying of the base metal

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