the three tanks can treat up to 34,000 litres of water. The tanks are designed to accommodate the surge protection needed for this high volume of flow, so the treatment process is not disrupted. The Castello di Amorosa wastewater system is designed for low maintenance, and requires membrane cleaning and sludge removal only once per year. The resulting clean water can be reused in numerous ways, including vineyard irrigation. “In our first year of operation, the winery treated and reused over 5 million litres of water. That’s water we would have had to source from somewhere else. Our water now has two life cycles,” says Dexter. Both the winery and land have recently been Napa Green-certified, which means they meet all the regulatory components needed for environmental sustainability, including water conservation and efficiency. For more information, visit www.zcl.com
Aeration grids below the membrane modules promote aerobic microbes that metabolize and digest the wastewater.
Announcing New Leadership CIMA+ is a leading consultant in the water and environment sectors, supporting municipal clients with sustainable solutions, forward-thinking design and community vision. We are dedicated to fostering a culture of excellence that values personal contribution. We are pleased to introduce two leaders appointed to our growing management team:
Rabia Mady, P.Eng. Rabia Mady is a Senior Project Manager and a condition assessment technical leader within CIMA+’s Water and Infrastructure Group. His areas of expertise include prioritizing pipes for assessment/renewal, managing pipeline condition assessments, leak detection, hydraulic & structure assessment, interpreting inspection results into condition grading system and estimating remaining service life.
Mina Yousif, M.Eng, P.Eng. Mina Yousif is a Senior Project Manager within CIMA+’s Water and Infrastructure Group, bringing over 12 years of experience in municipal engineering. He specializes in wastewater treatment and sewage pumping station planning, design, optimization, and commissioning, capacity and condition assessments, energy efficiency, and resource recovery studies for sustainable infrastructure.
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