HydroChain™ Stormwater Chambers & Vaults

Description

HydroChain™ corrosion-resistant composite tanks, chambers and vaults can form the foundation of the stormwater system. The structurally strong modular components are used for detention, retention and/or infiltration.

HydroChain™ Chambers:
Eco-friendly composite HydroChain® Chambers are installed surrounded by stone to maximize per-foot infiltration. You can configure the structurally strong chambers for pollutant capture and treatment, and receive 40% greater storage capacity than competitors’ products.

HydroChain™ Vaults:
The HydroChain™ Vault maximizes space and minimizes stone required for large-volume infiltration. Adding end caps, covers, close-offs and locks provides unlimited design flexibility, and creates a system with high-volume capacity per square foot. With the vault, you experience savings at every step, including a 70% reduction of stone backfill.

HydroChain™ Tank System:
Large-diameter fiberglass tanks or field-joined tank sections can be installed in any length or in any number (individually or manifolded) to meet project requirements. Your project benefits from the time-tested corrosion-resistance of fiberglass. The WEKO-SEAL® provides watertight joint seals for the field-joined Xerxes modular tanks.

Specifications

Durability Of Material

􏰀 Characteristics of SOY BASED RESIN:

– High strength
– High modulus
– Dimensional stability
– Low shrinkage
– Low moisture regain
– Thermal stability
– Chemical resistance 􏰀 Thermal Resistance of SOY BASED RESIN:
- – HDT > 450 degrees F
- – Maintain excellent flexibility and strength at temps below freezing. 􏰀 Chemical Resistance –General of SOY BASED RESIN:

– Water
– Salts
– Organic acids
– Organic solvents
– Dry cleaning solvents
– Oxidizing agents
– Reducing agents
– Sulfuric acid (acid rain)
– Gases and fuels (petroleum) 􏰀 UV Resistance:

– SOY BASED RESIN can withstand 400 hrs in direct sunlight and will retain greater than 90% of its strength. (two-six months aging in calendar time) 􏰀 Chemical Resistance –Acids: – SOY BASED RESIN is highly resistant to most minerals and organic acids. 􏰀 Chemical Resistance –Inorganic Salts: – Does not effect SOY BASED RESIN even after one full year of exposure. 􏰀 Chemical Resistance –Fertilizers: – Effects of fertilizer on SOY BASED RESIN depends on the chemical composition and moisture content of the fertilizer but generally is not an issue in most applications. 􏰀 Creep Resistance :

– SOY BASED RESIN can support a load over 50% of its breaking strength with minimal creep for an extended service life.
– This excellent creep resistance assures that SOY BASED RESIN maintains acceptable strain levels under load for extended periods. 􏰀 Summary Conclusions:
- – SOY BASED RESIN is inert to a wide range of chemical classes encountered in soil.
- – SOY BASED RESIN is not affected by microorganisms in soil.
- – Is highly resistant to Sulfuric acid (acid rain), Gases and fuels (petroleum)

Climate, Inc.