× Contributing to Sustainability Black & Veatch provided conceptual design, design engineering, procurement support, construction management and startup/commissioning services for the conversion that adds approximately 450 megawatts (MW) of more cost-effective generating capacity while increasing the efficiency of the existing units by 37 percent. Reclaimed water from a nearby municipal water treatment plant also is treated and used to provide the needed water for the power plant, contributing to its sustainability goals. The combined cycle project involves adding heat recovery steam generators (HRSGs) on each combustion turbine to capture the waste heat and convert it to steam, which powers a new steam turbine generator and adds to the features of the plant. The combined cycle power plant was also designed for the future integration of heat input from solar collectors to support renewable energy integration. “Black & Veatch has been a partner on this project from the very beginning, working with us through the regulatory and permitting processes along with the conceptual design and estimating. They really helped us achieve our vision.” Kris Stryker, Senior Project Manager, Tampa Electric The technology applied to the units improved air quality by reducing nitrogen oxide emissions more than 75 percent per MWh generated. Contact us to learn more about what we can do for you. 0 Related Insights 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. Four Big Trends in Gas-to-Power Hold Promise for U.S. Market Major energy shifts are afoot, and the United States will play a critical role going forward. The EIA projects that by 2022, the U.S. will become a net energy exporter, according to its newly released Annual Energy Outlook 2018. For natural gas, this shift will happen even earlier, around 2020, the EIA says. Market Strives to Deliver Over Pipeline Challenges As if the persistent low-price environment wasn’t enough, rampant natural gas production in the Appalachian and Permian Basins is ramping up concern that pipeline take-away capacity can’t keep up. This comes as the United States natural gas industry prepares to enter one of its strongest growth periods to date, driven by increasing global demand for low cost natural gas supplies and growing domestic demand for cleaner energy sources. Southeast Asia’s Journey Toward a Cleaner Energy Future Strong economic growth, low gas prices and environmental goals are transforming natural gas demand in Southeast Asia. Liquefied Natural Gas Continues Growth Trajectory While Challenges Linger In the United States, it’s become somewhat of a modern gold rush: drillers racing to free deeply trapped natural gas to quench rising global demand, fueled by an accelerating migration away from coal and the desire for cleaner-burning, greener power options. Related Project Stories Shell Microgrid Doubles as Research Lab for Testing New Energy Solutions Black & Veatch designed, procured and constructed a microgrid for Shell, which is using it to generate power while it also serves as a working test lab to explore advancements in renewable energy. Client Removes Transmission Lines with Minimal Disruption to Auto, Train Traffic Below The United Illuminating Company needed to replace existing transmission line conductors located on 100-year-old lattice towers built on a historic railroad bridge, hiring Black & Veatch as the EPC contractor. Black & Veatch’s EPC Expertise Expands Capacity, Ensures Reliable Power Delivery in West Texas Black & Veatch provided engineering, procurement and construction services, including permitting, for the new Cassava Substation, enabling AEP to prepare for future growth by providing greater capacity and higher voltage to support area oilfields. Advanced Combined Cycle Facility Delivers Value to Community, Environment, Investors Near the shore of Lake Erie, in Oregon, Ohio, an 869-megawatt (MW) combined cycle power plant, known as the Oregon Clean Energy Center, is now providing critical baseload power to the PJM regional transmission organization and delivering value to virtually all stakeholders. 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.