Self-Bunded Storage Tank Replacement Project

Replace existing Caustic, Hydrochloric Acid & Sulphuric Acid Storage Tanks with new Chem Resist Spiral Wound High Density Polyethylene Technology Tanks.

Self-Bunded Storage Tank Replacement Project

Scope:

  • Removal Of Existing Caustic, Hydrochloric Acid & Sulphuric Acid Storage Tanks
  • Break Out & Removal Of Existing Civil Work
  • Temporary Pipework Installation To Remain On-line
  • Provision Of New Civil Work
  • Design, Manufacture, Delivery & Installation Of New Self-Bunded Storage Tanks
  • Installation Of New Pipework c/w ChemiGuard Dosing Boxes

Equipment:

  • 1 No Civil Plinth
  • 13.60m3 96% H2SO4, 21.55m3 32% HCl, 16.34m3 50% NaOH Self-Bunded Storage Tanks c/w Ladders & Handrails
  • Temporary & Permanent Pipework Installations
  • 3 No ChemiGuard Dosing Systems c/w 6 No Pumps
  • 1 No Hydrochloric Acid Tanker Offload Scrubber
  • 3 No ChemiGuard Tanker Offload Units
Self-Bunded Storage Tank Replacement ProjectSelf-Bunded Storage Tank Replacement Project

Key Benefits:

  • Reduced Civils Costs & Installation Time
  • More Efficient Use Of Floor Space By Building Taller
  • Increased Operator Safety With Key Pumps & Valves Housed In The Self-Bunded ChemiGuard Dosing Boxes
  • Increased Operator Safety During Tanker Offload
  • Frost Protection On Caustic Storage With Internal Immersion Heater

Read the full case study as a PDF and see additional images

25 Years Anniversary

Chem Resist is currently celebrating a milestone

It's 25 years since Chem Resist started production of spiral wound thermoplastic storage tanks. Here's to many more years of innovation in this sector...

Find out more...

Our latest news

Read the latest Chem Resist news...

There's always a lot going on at Chem Resist:
> Read the latest Process Plant news here
> The latest Fluid Transfer updates are here.

Case studies

Our Process Plant division has put together a case study library

Find out how Chem Resist Process Plant products have been used in a wide variety of industrial applications.

Find out more...

JUMP TO TOP