Design Innovation The SRUs are part of the overall facility treating up to 1,000 million standard cubic feet per day (MMscfd) of gas, and between 35,000 to 55,000 barrels of condensate per day. Black & Veatch designed the new units for 10 percent turndown, and product sulfur is degassed using the SNEA process. The unique steel vessel design for degassing and sulfur storage, instead of a conventional concrete pit approach, is an example of Black & Veatch’s design innovation. Prior to OGD II, Black & Veatch also completed the existing 3x600 long tons per day (ltpd) units at OGD I, which also utilize CBA and the SNEA degassing processes. Contact us to learn more about what we can do for you. 0 Related Insights The Stormwater Resilience Roadmap: Integration of Delivery Frameworks and Financial Capacity A structured path to a paradigm shift in stormwater management can be developed by integrating an alternative program planning and execution framework, and by enhancing financial resilience through effective funding mechanisms. The Data to Water Connection The annual Strategic Directions Report series offers analysis and insights into key issues and trends facing the smart cities and utilities, electric, natural gas, and water utility sectors. Water Meets "New Energy": Surging Renewables Has Utilities Eyeing Alternative Power Sources As the nexus of water and "new energy" becomes more common in the water sector's lexicon, Black & Veatch's 2019 Strategic Directions: Water Report survey shows that water and wastewater plant operators are embracing "master plans" meant to optimize their energy use. With Grid Modernization, Utilities Poised For Most Visible Transformation The annual Strategic Directions Report series offers analysis and insights into key issues and trends facing the smart cities and utilities, electric, natural gas, and water utility sectors. FLNG Solutions Prove To Be Much More Than Potential It was roughly a decade ago when the initial introduction of floating liquefied natural gas (FLNG) solutions sought to help bring uneconomic gas reserves offshore, such as those in remote locations, to the market. Over the past few years, however, we’ve watched as offshore FLNG capabilities have moved closer to the mainland, offering a very flexible and economical solution to operators looking to offload their supply around the world. 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. Industrial Wastewater Treatment Keeps Power Facilities Compliant A large utility located in the Midwest needed to build a low volume wastewater (LVW) treatment system to improve to two of its coal-burning plants necessitated by the Coal Combustion Residuals (CCR) rule. Pilot Plant Cleans, Repurposes Water from Oil Recovery Operations With water already at a premium in a stubbornly parched region of the United States, a global oil giant had sustainability in mind when it searched for ways to clean and repurpose water produced as a byproduct of one of its enhanced oil recovery operations. Integrated Waste Management Facility to set new Global Standards Innovative long-term planning and advanced engineering at the upcoming Integrated Waste Management Facility (IWMF) in Singapore will enable the island nation reap the benefits of energy and resource recovery maximisation for years to come.