Starting a blood bank requires navigating federal regulations, securing specialized equipment, hiring credentialed staff, and passing rigorous quality inspections. The process typically takes one to two years from initial planning to full accreditation. Here’s what’s involved at each stage.
Register With the FDA
Any establishment that manufactures blood products in the United States must register with the FDA under Section 510 of the Federal Food, Drug, and Cosmetic Act. This applies whether you’re collecting whole blood, separating it into components, or storing it for transfusion. Registration isn’t optional, and it must happen before you begin operations.
You’ll submit your registration electronically through the FDA’s Blood Establishment Registration and Product Listing system. The system requires you to list every blood product you plan to distribute commercially. If you’re also applying for a biologics license (required to ship blood products across state lines), you need to register before that application is even approved. In other words, registration is one of the earliest steps, not something you handle after you’re up and running.
Develop Your Facility and Equipment
Blood banking demands tightly controlled environments. Different blood components require different storage conditions, and failing to maintain them renders products unusable or dangerous.
- Red blood cells must be refrigerated at 1 to 6°C (34 to 43°F).
- Frozen plasma must stay at minus 18°C (0°F) or colder until thawed.
- Platelets are stored at room temperature, between 20 and 24°C (68 to 75°F), with continuous gentle agitation to prevent clumping.
Your facility will need dedicated blood bank refrigerators and freezers with continuous temperature monitoring and alarms, a centrifuge capable of processing whole blood into components, donor collection chairs and sterile collection bags, and a validated computer system for tracking every unit from donation through transfusion. The centrifuge is central to operations: whole blood is collected in 350 ml or 450 ml bags and then separated into packed red blood cells, platelet concentrates, and plasma using centrifugal force. A single heavy spin (around 5,000 G for 10 to 15 minutes) separates red cells from plasma. Producing platelets as well requires a second, lighter spin (around 1,500 G for 5 to 7 minutes).
Set Up a Validated Computer System
The FDA requires every blood bank to use a validated computer system for managing donor records, test results, inventory, and product distribution. “Validated” has a specific legal meaning here: you must write a formal validation protocol, define acceptance criteria, test every input and output for accuracy, and retain all documentation proving the system works as intended. This falls under multiple sections of federal manufacturing regulations (21 CFR Parts 211 and 606).
You’ll also need written standard operating procedures (SOPs) covering how the system is used, how data integrity is maintained, and how staff are trained on it. Every person who touches the system must be formally trained and that training documented. This isn’t a place to improvise. Many blood banks purchase commercially available Blood Establishment Computer Systems designed to meet FDA requirements, but even off-the-shelf software must be validated in your specific facility before use.
Hire Qualified Personnel
A blood bank needs a medical director, typically a physician board-certified in blood banking and transfusion medicine or clinical pathology. The medical director oversees all medical and technical operations, signs off on policies, and bears responsibility for the safety of every product that leaves the facility.
Beyond the medical director, you’ll need technical supervisors, quality assurance specialists, and laboratory technologists trained in blood banking. The gold standard credential for technical staff is the Specialist in Blood Banking (SBB) certification, earned through an accredited training program and an examination administered by the American Society of Clinical Pathology. Candidates for SBB programs typically need a bachelor’s degree in biological science or a related field plus at least two years of full-time blood banking experience. Federal regulations require that all personnel be trained in the specific procedures they perform, and that training records are maintained.
Build Your Infectious Disease Testing Program
Every unit of donated blood must be screened for a core set of transfusion-transmissible infections before it can be released. At minimum, mandatory testing covers four pathogens:
- HIV-1 and HIV-2: screened using a combination antigen-antibody test or antibody-only test.
- Hepatitis B: screened by detecting a protein on the virus’s surface (hepatitis B surface antigen).
- Hepatitis C: screened using a combination antigen-antibody test or antibody-only test.
- Syphilis: screened using antibody testing specific to the bacterium that causes it.
In the US, the FDA also requires testing for additional agents including West Nile virus, Zika virus (in certain circumstances), and others depending on current guidance. You’ll need contracts with certified testing laboratories or the equipment and trained personnel to run these assays in-house. No blood product can be distributed until all required tests come back negative. Reactive (positive) units must be quarantined and the donor notified.
Pursue AABB Accreditation
While not legally required in every state, accreditation from the AABB (Association for the Advancement of Blood and Biotherapies) is the industry benchmark. Most hospitals and healthcare systems will only accept blood products from AABB-accredited facilities. The accreditation process has two phases and typically takes one to two years to complete.
First comes the self-assessment phase. You’ll join AABB as an institutional member, submit an application, pay dues, and then work through APEX, AABB’s online accreditation portal. The self-assessment requires you to evaluate your own operations against AABB standards covering donor eligibility, collection practices, component preparation, testing, storage, distribution, and quality management. This is essentially a comprehensive audit of every procedure in your facility.
Once AABB reviews and approves your self-assessment, you move to the on-site assessment phase. AABB assessors visit your facility, observe operations, review records, and identify any nonconformances. You must resolve all nonconformances before accreditation is granted. Here are the key steps in sequence:
- Determine your activities: Decide which functions you’ll perform (collection, processing, testing, distribution).
- Apply for membership: Submit the institutional membership application and pay dues.
- Complete self-assessment: Work through the APEX portal to document compliance with every applicable standard.
- Pass the on-site assessment: Host AABB assessors and correct any findings.
- Receive accreditation: Granted after successful completion and resolution of all issues.
Write Standard Operating Procedures
Federal regulations require written SOPs for virtually every activity in a blood bank. This includes donor screening and collection, component preparation, testing, labeling, storage, distribution, adverse reaction management, equipment maintenance, and record-keeping. SOPs must be detailed enough that any trained employee can follow them and produce consistent results.
Your quality assurance program should include regular internal audits, proficiency testing for laboratory staff, equipment calibration schedules, and a system for investigating and correcting errors. The FDA inspects blood banks periodically, and inspectors will review your SOPs, training records, and error logs. Gaps in documentation are among the most common findings during inspections, so building a strong document control system early saves significant trouble later.
Understand the Financial Commitment
Starting a blood bank is capital-intensive. Major cost categories include facility buildout with temperature-controlled storage, laboratory equipment (centrifuges, serological testing instruments, blood bank refrigerators and freezers), a validated computer system, AABB membership and accreditation fees, FDA registration, staffing (particularly the medical director), and ongoing costs for collection supplies, testing reagents, and quality management. Many facilities also need mobile collection units to conduct blood drives, which adds vehicle and staffing costs. Securing funding typically requires a detailed business plan showing projected collection volumes, contracts with hospitals that will purchase your products, and a timeline to operational sustainability.