Final inspection completed, awaiting project closure
Gulf Coast Blood - Sienna Crossing Donor Center is a Renovation/Alteration project located at 9010 Sienna Crossing Dr. Suite 300, Missouri City, TX 77459 in Missouri City, Texas. The project has an estimated value of $600K covering 5,620 sq ft. WE 71 Sienna Crossing LLC is the property owner and Element Architects is the design firm of record. The project was registered with TDLR on September 24, 2025.
Gulf Coast Blood - Sienna Crossing Donor Center is a renovation/alteration project at 9010 Sienna Crossing Dr. Suite 300, Missouri City, TX 77459 in Missouri City, Texas, registered with the Texas Department of Licensing and Regulation (TDLR). Scope of work: Donor Center - Tenant Build-out for first generation building
Construction on Gulf Coast Blood - Sienna Crossing Donor Center is complete — TDLR records show the project passed its required accessibility inspection in May 2026. The building is finished and very likely open.
Gulf Coast Blood - Sienna Crossing Donor Center is located at 9010 Sienna Crossing Dr. Suite 300, Missouri City, TX 77459, Missouri City, TX, 77459, in Fort Bend County.
WE 71 Sienna Crossing LLC is the property owner/developer of record for Gulf Coast Blood - Sienna Crossing Donor Center, per its TDLR project registration.
Element Architects is the design firm of record for Gulf Coast Blood - Sienna Crossing Donor Center, according to its TDLR filing.
Gulf Coast Blood - Sienna Crossing Donor Center has an estimated construction value of $600K and approximately 5,620 square feet (about $107/sqft), based on its TDLR filing.
Donor Center - Tenant Build-out for first generation building
Note: This project is registered under the Texas Accessibility Standards (TAS) program. TDLR registration is required for commercial and public facility construction to ensure compliance with accessibility requirements under Texas Government Code Chapter 469.
Filed
Sep 24, 2025
Review Complete
Sep 24, 2025
Inspection Complete
May 21, 2026
Closed
239d
Construction phase
