SandSealms® - innovative hydrocarbon bund protection
Fuel Terminal operations rely on SandSealms® to create durable and impervious new and existing fuel bunds.
Applied as a liquid, The SandSealms® System forms an impermeable surface, meeting environmental, fire and durability standards.
The benefits of SandSealms® start from the moment of application;
- Fuel farms remain fully operational during application.
- No loss of bund volume to compensate for depth of traditional membrane systems.
- Fast and effective installation for complex bund infrastructure; footings, pipe infra.
- Easily change bund infrastructure without loss of bund effectiveness
- Provides defined and Anti-skid surfaces for walkways, vehicles etc.
- Tolerant of all vehicle activity.
SandSealms® includes comprehensive warranties
Prevents typical Secondary Containment problems;
Impact;
Suited to daily equipment and vehicle activity and non-catastrophic collision
Chemical exposure;
Chemically resistant to hydrocarbon and corrosive
Movement;
Pipework, infrastructure and geological movement causing loss of bund integrity
Lifecycle;
Age and wear related degradation due to environmental and operational conditions such as UV exposure
The Benefits
Environment
- Prevents toxic migration and leakage into the environment and water table
- Meets EPA standards, including water quality COD and BOD requirements
- Minimal transport and infrastructure resulting in a beneficial carbon footprint
- Auditable Carbon savings throughout the lifecycle
Health & Safety
- Non-Flammable system
- No VOC’s
- Non Hazardous
- Slip resistant
Costs
- Liquid Installation; Reduce material, time and logistic costs
- Site Operations; Zero down-time and no interruption to site operations
- Maintenance; significant reduction to ongoing inspection, repair and replacement costs
Efficacy
- Application; Site specific design to ensure maximum efficiency
- Pre Project trials; Ensuring compatibility
- Durability; Resistant to age, environment and wear related exposure
- Impact; Damage; repaired in minimal time and cost
