Natural disasters can cause widespread damage across many agriculture industries. Major problems caused by flooding such as crop loss, waterlogged orchards, disrupted harvests, flooded access roads and damaged infrastructure contribute to a significant loss of revenue. If time sensitive contractual obligations are unfulfilled, primary producers are at risk of losing great business relationships.
Despite Australian agriculture being completely at mercy of nature, the Tiger Dam™ System gives a business the opportunity to minimize exposure to revenue loss and hardship by protecting properties, livestock and key infrastructure against flood events before it’s too late. The Tiger Dam™ System is the patented engineered solution that saves time, resources and most importantly money when it counts.
Why use Tiger Dams™ ?
- Be prepared for natural disasters that impact your business
- Direct water away from areas you need to protect like key produce, animals and infrastructure
- Recover from a disaster quickly and maintain your advantage in a market driven environment
- Minimise time out of the market, maximise profits
- Lower risk of unfulfilled supplier contracts
- Keep livestock dry and safe
Key Scenarios
- Protecting property from flood water, waterlogging and soil erosion
- Protecting capital equipment and key infrastructure such as pumps and sheds
- Personal property and asset protection
- Sewerage and stormwater containment
- Protecting access roads from closure due to flooding
- Repair to river crossings and bridges
- Irrigation channels
- Safe drinking water storage
Key Benefits
- Deployed much quicker than sandbags. One standard dam is equivalent to 500 sandbags and
- Can be filled in as little as 90 seconds
- Can be deployed with minimal man power and not reliant on assistance that may be hours away
- Fills from any water source
- Environmentally responsible with reusable design and easily stored
While controlling nature is impossible, The Tiger Dam™ System provides the agriculture industry an opportunity to protect their properties and livelihoods by reducing exposure to disaster.