Blending In Black & Veatch’s thought leaders in global water issues addressed Peoria’s site-specific challenges through consulting, planning and design services. The facility’s design blends beautifully with the surrounding area, with much of the plant built below ground level and bordered on all sides by a landscaped buffer. In addition, it consists of low-profile compact structures that are architecturally compatible with their surroundings. Another key feature is the enclosure of all major process units to confine odors, which is combined with a state-of-the-art odor control technology. By recharging the aquifer, the city earns water credits, which means that Peoria can extract the equivalent amount of water from the aquifer to meet future water needs. With the simple addition of several membrane cassettes and some equipment upgrades, the facility will be able to treat 13 million gallons daily. This facility allows the city to reclaim its wastewater as a renewable water supply via aquifer recharge. Contact us to learn more about what we can do for you. 0 Related Insights When Water is the Product, How Do We Afford Sustainability? Regardless of industry or product, the effective use of water carries huge weight for plant operators and other decision-makers who must pit emerging social calls for sustainability against the money on hand to make it happen. Hydropower Strategic Alliances: How Producers Can Benefit Strategic alliances with hydropower producers are a natural fit for asset management programs. They can be set up broadly to help producers maintain organizational stability, reliability, and financial performance. Asia Pacific's 'Digital Utilities' of the Future In addition to environmental and social challenges, water utilities in Asia Pacific are faced with the complexities of non-revenue water, underdeveloped or aging water infrastructure and growing expenditure. Digital transformation may offer the water industry the opportunity to provide reliable and sustainable water supply by optimizing distribution systems, treatment efficiency and asset management. Energy Planning Offers Efficiency, Cost Savings, Resilience Down the Road As energy costs continue to rise and more states adopt regulatory incentives and disincentives that drive large-scale sustainability and efficiency efforts, it is expected that utilities will become more aggressive in their approach to managing energy. Technology, Trading Offer Opportunity for Managing Nutrient Discharge Nutrient pollution and the resulting excess of nutrients in waterbodies continues to plague aquatic environments around the world, threatening waterways, fish and plant life – and even public health. The runoff of phosphate and nitrogen from farming, stormwater, wastewater treatment plant discharges and other sources into waterbodies continues to unbalance ecosystems, resulting in toxic algal blooms and hypoxic dead zones. Related Project Stories DIY Approach Makes Water Treatment Safer for Hong Kong Citizens The Hong Kong Water Supplies Department is bringing more clean drinking water to its citizens in much safer ways. Ultimately, the department set out to double the Tai Po Water Treatment Works’ production. Achieving that goal was an amazing feat in itself, but the department saw beyond the infrastructure to boldly address the equally complex challenge of safe and sustainable treatment. Lifting the Burdens of Capital Improvement Programs For more than 20 years, Black & Veatch worked with the Winston-Salem/Forsyth County Utility Commission to upgrade its wastewater treatment system on a project-by-project basis. There were many short-term wins, but resilience dated master plan made the long-term a bit less clear. The real win, and biggest cost savings, required a different approach. Water Reuse Provides Cost Savings to City, Avocado Farmers The city of Escondido, Calif., had converging challenges. It had too much wastewater and not enough potable water. The answer: water reuse. A Wastewater Treatment Plant that Pays for Itself Black & Veatch is the designer and builder of a new, $35 million solids treatment system for the Liverpool Wastewater Treatment Plant in Medina County, Ohio. The system provides energy performance savings and other sustainable benefits through an innovative Design-Build Performance Contract. As a result, the county expects to be able to pay for the new system without increasing customer rates. New Ulu Pandan Demonstration Plant Sets the Global Standard for Water Innovation The Ulu Pandan Wastewater Treatement Demonstration Center has a treatment capacity of 12,500m3/day, and serves to test advanced water treatment technologies before deploying them on a larger scale at Tuas Water Reclamation Plant in the future.