Opening a blood bank in the United States requires navigating a layered system of federal registrations, laboratory certifications, facility standards, and quality controls before you can collect a single unit of blood. The process typically involves the FDA, CMS, your state health department, and often a voluntary accreditation body. Here’s what each layer looks like and what you’ll need at every stage.
FDA Registration and Biologics Licensing
Every establishment that manufactures blood products must register with the FDA under Section 510 of the Federal Food, Drug, and Cosmetic Act. You’re required to register and list your products within five days of beginning operations, then re-register annually between October 1 and December 31. Product listings must be updated every June and December.
Registration is now done electronically. You’ll need a unique facility identifier, specifically a DUNS number issued by Dun & Bradstreet, and you’ll submit your information through the FDA’s Blood Establishment Registration and Product Listing form. Along with registration, you must provide a complete list of every blood product you manufacture, prepare, or process for commercial distribution.
Depending on your scope, you may also need a Biologics License Application (BLA). If you plan to collect, process, and distribute blood products across state lines, full FDA licensure is required. This involves demonstrating compliance with Current Good Manufacturing Practice (cGMP) regulations under 21 CFR Part 606, which governs everything from personnel training to standard operating procedures, record-keeping, and labeling.
CLIA Certification for Laboratory Testing
Blood banks perform compatibility testing, disease screening, and blood typing, all of which qualify as moderate or high-complexity laboratory tests. That means you need a Clinical Laboratory Improvement Amendments (CLIA) certificate before you can run these tests.
The application process works in steps. First, complete Form CMS-116 and submit it to the state agency where your lab is located. You’ll then receive a fee coupon with your unique ten-character CLIA identification number. Pay the certification fee through pay.gov, and once payment is confirmed, you’ll receive your certificate and can begin testing. The certificate must be renewed every two years.
Initially, you’ll receive a Certificate of Registration, which allows you to perform testing while awaiting your full survey. After state or CMS surveyors inspect your facility and confirm compliance, you’ll receive either a Certificate of Compliance or a Certificate of Accreditation. Notably, the AABB (Association for the Advancement of Blood & Biotherapies) is one of seven CMS-approved accreditation organizations that can grant this certification, which lets you satisfy both CLIA and industry accreditation requirements through a single process.
State Licensing Requirements
Most states impose their own blood bank licensing requirements on top of federal mandates. These vary widely. Some states require a separate state laboratory license, additional inspections, or specific reporting obligations. Before you finalize your federal applications, contact your state health department’s laboratory division to identify what permits and approvals you’ll need locally. Some states won’t let you begin testing even after you receive your CLIA certificate until their own process is complete.
AABB Accreditation
While not legally required, AABB accreditation is the industry gold standard and is effectively expected by hospitals, insurers, and partner institutions. The AABB’s “Standards for Blood Banks and Transfusion Services” (currently in its 35th edition) outlines requirements for donor qualification, blood collection, processing, storage, and transfusion. Accreditation involves implementing a quality management system that covers every step from the moment a donor walks in to the moment a blood product reaches a patient.
AABB also offers a Quality Toolkit and Quality Certificate Program to help new facilities build their quality systems from scratch. Preparing for accreditation typically takes months, as you’ll need documented standard operating procedures, validated equipment, trained staff, and completed proficiency testing before the assessment team arrives.
Staffing and Personnel
Federal regulations under 21 CFR Part 606 require that all personnel involved in collecting, processing, testing, storing, or distributing blood be “adequate in number, educational background, training and experience” to ensure the safety and quality of the final product. Every staff member must thoroughly understand the procedures they perform and have documented training.
You’ll need a responsible physician who oversees clinical decisions. This physician makes determinations that cannot be delegated, such as evaluating whether a contaminating organism found during testing is linked to a donor’s bloodstream infection, or whether a donor’s health permits specialized collection procedures like plateletpheresis. In practice, most blood banks appoint a Medical Director (a licensed physician, often a pathologist with blood banking expertise) who fills this role and provides overall medical oversight.
Beyond the Medical Director, plan for laboratory technologists with training in blood banking or transfusion medicine, phlebotomists for donor collection, quality assurance personnel, and administrative staff to manage donor records and regulatory compliance. The exact number depends on your collection volume, but staffing must be sufficient to maintain safe operations during all hours you’re open.
Facility Design and Environmental Controls
Your physical space needs to support a logical workflow that minimizes the risk of errors, contamination, and cross-contamination. WHO guidelines for blood establishments recommend designing the layout so that staff, donors, and products move through the facility in a clear, one-directional flow. Working areas should never double as passageways or storage zones.
Key zones to plan for include a donor reception and evaluation area (separated from processing areas), a collection room, a component processing laboratory, a testing laboratory, storage areas for different blood components, and administrative space. Lighting, temperature, humidity, and ventilation must be controlled and monitored to avoid affecting product quality.
If any blood processing step requires an open system (where the product is exposed to the environment rather than staying sealed), the area must meet cleanroom standards: specifically a Grade A environment with a Grade B background, similar to what’s required for sterile pharmaceutical manufacturing. Closed-system processing, which is the norm for most routine blood component preparation, has less stringent environmental requirements but still demands clean, controlled conditions. Every processing and storage area must be secured against unauthorized access.
Essential Equipment
A blood bank requires specialized equipment across several categories:
- Collection: donor chairs, phlebotomy supplies, and potentially apheresis machines if you plan to collect specific components like platelets or plasma directly from donors.
- Processing: refrigerated centrifuges (available in 6-bag and 12-bag capacities), plasma extractors for separating components, and laminar airflow hoods for any open-system work.
- Storage: blood bank refrigerators (maintained at 1 to 6°C for red blood cells), platelet incubator agitators (which keep platelets at 20 to 24°C with continuous gentle motion), plasma blast freezers for rapid freezing, and ultra-low freezers for long-term plasma storage.
- Thawing: plasma thawing baths and cryoprecipitate thawing equipment for preparing frozen components before transfusion.
- Testing: ELISA plate analyzers for infectious disease screening, blood typing reagents and equipment, and serological testing supplies.
- Monitoring: continuous temperature recorders (such as 7-day chart recorders) for all refrigerators and freezers, with alarm systems that alert staff to temperature excursions.
All equipment must be validated before use and maintained on a documented schedule. Backup power systems are essential, since a power failure that disrupts storage temperatures can destroy your entire inventory.
Mandatory Infectious Disease Testing
Every unit of donated blood must be screened for a panel of infectious diseases before it can be released. The current required tests cover hepatitis B, hepatitis C, HIV types 1 and 2, HTLV types I and II, syphilis, and West Nile virus. All of these are performed on every donation. Chagas disease testing is required for all first-time donors. Bacterial contamination screening is also required for certain components, particularly platelets, following specific FDA guidance.
You’ll need contracts with a reference laboratory or in-house testing capability for all of these assays. Turnaround time matters: blood components have limited shelf lives, so delays in testing directly reduce the usable time of your products.
Donor Screening and Eligibility
Before any collection, donors must go through a screening process that evaluates their health history and risk factors. The FDA shifted to individual risk-based screening questions in recent years, moving away from demographic-based deferrals. Key deferral criteria include:
- Permanent deferral: anyone who has ever tested positive for HIV or taken medication to treat HIV.
- 3-month deferral: anyone who has taken oral medication to prevent HIV (PrEP or PEP), had a new sexual partner combined with anal sex in the past 3 months, had multiple sexual partners combined with anal sex in the past 3 months, been treated for syphilis or gonorrhea, or received a blood transfusion.
General eligibility also requires meeting minimum age and weight thresholds (typically 16 or 17 years old and at least 110 pounds, though these vary by state). Each donor completes a health history questionnaire and has their vital signs checked, including temperature, blood pressure, pulse, and a hemoglobin or hematocrit test, before every donation.
Blood Component Storage Requirements
Different blood components have strict temperature ranges and shelf lives. Red blood cells must be stored between 1 and 6°C and are viable for up to 42 days depending on the preservative solution used. During transport, the acceptable range widens slightly to 1 to 10°C. Platelets are stored at room temperature (20 to 24°C) with continuous agitation and have a shelf life of only 5 to 7 days, making them the most perishable component. Fresh frozen plasma must be frozen within hours of collection and stored at minus 18°C or colder, where it remains usable for up to one year.
Monitoring these temperatures continuously, with documented records and alarm systems, is a core regulatory requirement. A single undetected temperature excursion can force you to discard affected units.
Building a Business Plan
Beyond regulatory compliance, opening a blood bank is a significant financial undertaking. Startup costs include facility buildout or renovation to meet cleanroom and workflow standards, equipment purchases that can easily reach six figures, initial inventory of testing reagents and collection supplies, and staffing costs during the months-long period between hiring and actually collecting revenue.
Revenue comes from processing fees charged to hospitals and healthcare facilities that order blood products. Pricing is typically set per unit and varies by component type and region. You’ll need supply agreements with hospitals before opening, as consistent demand is what keeps a blood bank financially viable. Many new operations start as part of an existing hospital system or affiliate with a regional blood center network rather than launching as fully independent entities, which reduces both regulatory burden and financial risk.