Industrial Wastewater Treatment and Reuse

Bazan (Israel)

BAZAN Oil Refinery, Israel’s largest industrial waste producer, found itself at a crossroads. The existing waste treatment facilities were not only outdated but also inadequate for treating the volume of waste produced, making safe environmental disposal a significant challenge.

Perrigo (Israel)

Perrigo, a multinational healthcare corporation listed on the S&P 400, formerly active in Israel, focuses on a wide array of pharmaceutical formulations. In order to comply with sewage regulations, Perrigo required effective industrial wastewater treatment before discharging it into the municipal sewage system.

Zuvamesa

Zuvamesa, Spain’s largest orange processing company, faced the challenge of increasing its effluent treatment capacity without expanding its facility’s size. Moreover, there was a critical need to reduce the average wastewater treatment costs. In partnership with SUEZ WATER Spain, which has collaborated with Zuvamesa for over five years on the plant’s operation and maintenance, a sustainable and cost-effective solution was developed using Aqana’s (Bluegen water Subsidiary) DACS^® technology.

Hall and Woodhouse Brewery

1. Faced with the challenge of replacing an aging CSTR anaerobic reactor on a constrained site, Hall and Woodhouse, a historic and renowned independent UK brewery, sought to modernize its wastewater treatment plant. The brewery’s expansion and operational efficiency goals necessitated a new system that could fit into a small, triangular parcel of land without breaching local planning restrictions or compromising on performance.

Coca Cola Icecek’s

In response to the need for effective treatment of industrial and sanitary streams at their new factory in Baku, Coca Cola Icecek sought a solution that could handle hydraulic peaks, toxic shocks, and future capacity expansions. The project also faced challenges due to the remote location and extreme cold climate.

Minera del Norte

Minera del Norte – Cerro Del Mercado, an Iron ore mine in Mexico, faced water scarcity issues, leading to restrictions on potable water usage for production processes. To address this challenge, the mine sought an alternative water source and identified municipal wastewater reuse as a cost-effective solution. The new wastewater treatment plant (WWTP) had to ensure continuous supply of high-quality water, withstand hydraulic shocks and toxins, and maintain low operational costs.

Toscopaper, Italy

Toscopaper, a paper mill in Tuscany Italy, sought to achieve river-quality effluent discharge while facing space constraints. A new WWTP was constructed, employing Aqwise Technologies MBBR (Moving Bed Biofilm Reactor) and SRM . This innovative solution accommodates peak conditions and high calcium content, with potential for future expansion.