A new advanced nuclear materials research facility under design and construction is a flagship initiative at a major international nuclear site. This state-of-the-art facility will house hot cells, radiation laboratories, and office space essential for advanced materials and fuels testing and examination.
Longenecker & Associates, a Geosyntec Company, recently conducted an independent review of the contractor assurance system (CAS) at a prominent national laboratory on behalf of the laboratory’s managing entity's board of directors. The review team comprised subject matter experts from our firm and national laboratory members.
A premier United States Department of Energy multidisciplinary science and engineering national laboratory engaged Longenecker & Associates, a Geosyntec Company, to conduct an independent review of its event management process. We reviewed the abnormal and unplanned events that are investigated, analyzed, and resolved, with an emphasis on integrating human performance improvement (HPI) principles across event response activities.
As Japan progresses with nuclear decommissioning, there is a recognized need to establish clear end states for its sites. Longenecker & Associates, a Geosyntec Company, was commissioned to use our international experience with decommissioning, along with our knowledge of best practices, to document processes and methods used in the United States Department of Energy (US DOE) cleanup program for negotiating site end states.
Longenecker & Associates, a Geosyntec Company, was engaged by national laboratory management to conduct an effectiveness review (ER) to assess the effectiveness, sustainability, and resilience of two corrective actions (Actions 1 and 2) from a recently implemented corrective action plan (CAP) developed following a series of low-oxygen alarm events at laboratory facilities.
A prominent national laboratory operating a critical pulsed-power research facility has been engaged in a multiyear effort to enhance the formality of its operations. This ongoing initiative aimed to reduce safety and operational incidents, continuously improve infrastructure, and increase the operational rigor to meet its mission of conducting complex experiments for governmental and other customers.
This specialty chemicals manufacturer was receiving customer requests for product carbon footprints (PCFs) for their products. The company retained Geosyntec to perform a life cycle assessment (LCA) to estimate the PCF associated with select chemical products produced at multiple locations.
Portugues Dam is a 220-foot-high and 1,230-foot-long Roller Compacted Concrete thick arch dam located in Ponce, Puerto Rico. The dam is part of the U.S. Army Corps of Engineers’ (USACE) Portugués and Bucana flood risk management project, designed to reduce impacts of flooding in and around the municipality in the southern region of the Island.
ATM, a Geosyntec Company, planned and managed a comprehensive marina redevelopment with berthing for 32 megayachts up to 250 feet in length and approximately 230 smaller vessels in the 40-to-60-foot class.
ATM, a Geosyntec Company, provided technical assistance in coastal and marine engineering and coastal resiliency to create a 10-Year National Physical Sustainable Development Plan for the Turks and Caicos Islands (TCI). TCI comprises more than 40 cays and islands, each with its own characteristics. Six primary islands of study included Providenciales, North Caicos, Middle Caicos, South Caicos, Grand Turk, and Salt Cay.
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