BERKELEY GEOCHRONOLOGY CENTER

Berkeley Geochronology Center specializes in high-precision radiometric dating services, with a core focus on U-Pb zircon geochronology using CA-TIMS (Chemical Abrasion–Thermal Ionization Mass Spectrometry) techniques. Their technical expertise lies in isolating and analyzing zircon crystals from igneous and metamorphic rocks to determine absolute ages with sub-percent uncertainty, enabling precise reconstruction of Earth’s geological timelines. This capability is critical for constraining the timing of tectonic events, volcanic eruptions, and mineralization processes. The center’s key differentiator is its mastery of chemical abrasion protocols and thermal ionization mass spectrometry, which deliver unparalleled accuracy in dating ancient geological materials—making them a trusted provider for research requiring definitive temporal benchmarks. The contractor has delivered geochronology services to the Department of the Interior, supporting scientific investigations related to land management, resource assessment, and paleoenvironmental reconstruction. Their work directly informs geological mapping, hazard evaluation, and stratigraphic correlation efforts undertaken by Interior bureaus such as the U.S. Geological Survey. Their primary industry focus is testing laboratories and services under NAICS 541380, specifically within the geosciences sector. They occupy a niche position in the federal research and environmental science market, providing analytical services that bridge academic geology and applied resource management. Their work supports fundamental earth science research with direct policy and land-use implications. Berkeley Geochronology Center is a small, non-certified entity based in Berkeley, California. Operating as an 8H (other small business), it maintains a focused, research-driven profile with no federal certifications beyond its institutional standing. Its geographic presence is centered in the San Francisco Bay Area, where it leverages proximity to leading geological institutions and federal research partners to sustain its specialized service delivery.