Black & Veatch served as programme manager across ten UK sites to create a 348-MW portfolio of short-term operating reserve (STOR) generation assets. STOR assets are a critical to the UK power network; rapidly dispatching power when demand is greater, or generation capacity less, than forecast by the National Grid Electricity System Operator.
Short-term operating reserve (STOR) assets are a critical part of the UK power network; swiftly dispatching extra power when demand is greater than forecast, or generation capacity less than anticipated.
Black & Veatch provided Owner's Engineer services for a programme to construct and commission energy storage facilities in six UK locations.
Intergen’s highly flexible Spalding gas turbine plant provides essential back-up for intermittent renewable sources of power generation. The asset adds resilience to the UK electricity network by providing generation capacity rapidly at times of stress.
Uninterrupted service is at the heart of successful data center operations. To operate reliably data centers require a stable temperature. Central to ensuring a stable temperature is a reliable supply of high-quality water for the cooling system.
In the upper Northwest of the U.S., we are helping ensure seamless data center service by providing water of sufficient quality and quantity to cool more than 60 megawatts of major data center companies’ server farms.
Paso Robles always discharged its treated effluent into California’s Salinas River. That is until changing influent and prolonged drought conditions spurred improvements at the city’s wastewater treatment plant. The plant now reclaims previously wasted resources, showcasing a sustainable and cost-effective approach to water quality and water supply resilience.
Bleutech Park is a first-of-its-kind planned mixed-use development, that will feature workforce housing, offices, retail space, a state-of-the-art entertainment tower, a luxury hotel and luxury residences, all built upon a technologically integrated site that aspires to be 100-percent grid independent.
Who wouldn’t put on a hard hat and raise a hand for a project in the foothills of the Canadian Rockies? But what about two harsh winters (-40 degrees Celsius and Fahrenheit), snow drifts and a summer of record rainfall?
Major wireless carriers and infrastructure providers are deploying small cells to meet the demand for faster delivery of more data and video. Most of the time, hundreds to thousands of nodes are deployed at once, in addition to a fiber backhaul network, to achieve desired coverage, capacity, and signal propagation. These programs are complex and can involve hundreds of staff, high-volumes of materials, and many concurrent deployment sites across the country.
Black & Veatch provided engineering and procurement services to Koch Nitrogen Company, LLC for two ammonia plant expansions as well as utility and infrastructure improvements as part of a $1.3 billion expansion of its Enid, Oklahoma facility. The project increased urea and ammonia production at the facility by more than one million tons a year. The facility is one of the largest producers of fertilizer in North America.
Tidal stream energy could theoretically supply more than 150 terawatt hours per annum globally. This represents a potential total global market of up to 50 gigawatts (GW) of generating capacity.
Tidal stream energy is a significant renewable energy source because, although it varies, the power output is highly predictable. As a result, it can help to balance supply and demand as part of a balanced energy mix alongside other renewable sources such as wind and solar power.
Black & Veatch has worked with multiple large ammonia and fertilizer companies to provide front-end loading (FEL 1-3) studies, also referred to as pre-project planning, front-end engineering design (FEED), feasibility analysis, conceptual and detailed design, and early project planning. This includes evaluating process conditions in ammonia plants, reviewing electrical loads and infrastructure for ammonia, urea and UAN plants, as well as detailed design for Urea Reactor Replacements.