Augusta Fiberglass designs, engineers and manufactures fiberglass tanks, FRP tanks and FRP process equipment for the pulp and paper industry. As the leader in fiberglass tanks for the pulp and paper industry we combine technical expertise with on-the-job knowledge and experience. In its leadership role as a quality manufacturer of fiberglass tanks for the pulp and paper industry, Augusta Fiberglass has maintained the ASME RTP-1 Accreditation since 1995.
High Performance Resins
For Fiberglass Reinforced Plastics (FRP)
- Corrosion Resistant
- Heat Resistant
- Flame Retardant
- High Strength to Weight Ratios
Pulp & Paper Fiberglass Tanks and FRP Tank Applications Including:
- Sodium Chlorate Salts
- Hot Water Tanks
- Sodium Chlorate Tanks
- Methanol Tanks
- Sulfuric Acid Tanks
- Chlorine Dioxide 6-13 g/Pl
- Black Liquor Removal Tanks
- Caustic Lime Tanks
- Sodium Sulfate Tanks
- Final Brown Stock Removal Tanks
- D0, D1 & D2 Extraction Stages
- Delignification Tanks
- Sodium Hydroxide Tanks
- Caustic Tanks
- Water Filtrate Tanks
- Bleach Washer Vats
- Bleached Pulp Tanks
- Stock Tanks
- Tanks for Sulfurous Gases
- Sulfite Mills
- White Water Wash Tanks
- Weak Wash Tanks
- Scrubber Discharge Tanks
- Lime Kilns
- Recovery Boilers
- Bleach Plant Effluent Tanks
- Waste Treatment Tanks
- Process & Cooling Water Tanks
- Extracted Filtrate Tanks
- Pulp Bleaching Retention Tanks
- Chlorination Tanks
Custom applications available.
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Headquartered in South Carolina on a 94 acre site and having more than 300,000 sq. ft. of manufacturing space under roof, Augusta Fiberglass annually converts millions of pounds of thermoset resin and fiberglass fabric into custom designed and manufactured FRP equipment. This equipment satisfies a sophisticated marketplace eager for solutions to their material handling and corrosion problems.
Custom Fabricated Process Vessel for the Pulp & Paper Industry
We designed, engineered, and fabricated this process vessel for use within an FRP scrubber, in a pollution control/waste elimination system. The vessel had to meet specific gravity specifications and be able to sustain pressures of 20″ WC, 100 mph wind loads, as well as seismic zone requirements.
