TECHNICAL LIBRARY INDEX
SUMP-GARD®
Vertical Centrifugal Pump
Chemical
General
Metal Finishing
Pharmaceutical
Pollution control
Power, Energy and Utility
Wastewater Industrial
Wastewater Municipal
Acids
Alkalies
Alum
Ammonia
Bromine
Calcium
Carbon slurries
Caustic soda
Caustic solutions
Caustics
Chlorine
Corrosive slurries
Corrosives
Glycerine
Groundwater
Halogens
Hot brine
Hydrochloric acid
Hydrofluoric acid
Hydrogen sulfide
Ironl
Nitric acid
Polymers
Sodium
Sodium hydroxide
Sodium hypochlorite
Sodium thiosulphate
Sulfuric acid
Ultrapure water
Various
Wastewater
Zinc
SEARCH RESULTS
TL-108 When to Consider Plastic Pumps
TL-110 Burbank Drum & Barrel Co.
Sump Pump Upgrade
TL-112 Fluoropolymers & Custom Engineering Solve Bromine Pumping Problems
TL-114 How to Select a Non-Metallic Pump
TL-116 The Plastic Alternative
TL-118 Worthington Steel
Polypropylene Pumps Help Roll Away Costs
TL-120 Gaylord Foundry Equipment, Inc.
Pump Upgrading Improves Scrubber Performance and Reduces Down Time
TL-121 Application Possibilities Grow for Plastic Pumps
TL-122 Entergy Corp.
Thermoplastic Pumps Take the Heat off Utility
TL-123 Non-metallic pumps withstand a wide range of severe service applications
TL-129 Dyno Nobel
Three Sump Pumps Survive 18 Years of Corrosive Service
TL-132 Critical selection factors for thermoplastic pumps
TL-159 Pump Material Selection Guide: Bromine
TL-160 Ulu Pandan Sewage Treatment Works (STW)
Neutralizing Noxious Odors at Singapore’s Ulu Pandan Sewage Treatment Works
TL-161 Pump Material Selection Guide: NaOH Sodium Hydroxide/NaOCl Sodium Hypochlorite
TL-162 What's New with Thermoplastic Centrifugal Pumps?
TL-163 Pharmaceuticals: Plastics vs. Stainless Steel... Which is Better?
TL-165 Grand Coulee Dam
Grand Coulee Dam Uses Six Cantilever Pumps to Ensure the Reliability of Three 805 Megawatt Turbines
TL-167 PLASTICS or METAL? Which Material is RIGHT for your pump?
TL-171 Thermoplastics for Plants & Municipalities
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