USP H2O Success USP H2O Success Successful Project Delivery of USP PW & WFI Systems OBK Technology Ltd. 2008 USP H2O Success “Define it, Design it, Deliver it”© This is a review of all the key steps required for a successful USP water system delivery This review covers; Science & Technology, Pretreatment & Generation, Distribution System, Project Management & Validation Concept design to a validated conclusion OBK Technology Ltd. 2008 USP H2O Success Water – “Science & Technology” OBK Technology Ltd. 2008 USP H2O Success Water is the worlds most ubiquitous solvent Water is able to absorb and carry some of most of the known elements With today’s ability to measure down to parts per trillion – if you look for it - you can find it! OBK Technology Ltd. 2008 USP H2O Success Basic criteria: “Purified water must meet the requirements for ionic and organic chemical purity and must be protected from microbial contamination. PW systems must be validated to reliably and consistently produce and distribute water of acceptable chemical and microbiological quality”. OBK Technology Ltd. 2008 USP H2O Success USP XXIX allows WFI from distillation OR an equivalent process (equivalent processes not yet accepted by European Pharmacopoeia) WFI for global use products must come from distillation So to produce WFI - either vapor compression or Multi-Effect distillation OBK Technology Ltd. 2008 USP H2O Success Water source is critical: Potable sources include: surface, ground and groundwater under surface influence It is critical to understand seasonal variability since this can mean big difference in water sources OBK Technology Ltd. 2008 USP H2O Success With characteristics defined - pretreatment equipment can be selected Pretreatment systems manage: Scaling (precipitation) of mineral salts & silica Fouling due to organic and inorganic materials Oxidation due to chlorine, chloramines OBK Technology Ltd. 2008 USP H2O Success Most scaling is controlled by one of; softening, lowering pH, anti scalants, or nano filtration Fouling is controlled with a multi-media filter and / or cartridge filtration pH to remove dissolved gas, particularly carbon dioxide OBK Technology Ltd. 2008 USP H2O Success For organic & inorganic reduction - ultrafiltration, ultraviolet light, organic scavenging and regular cleaning and sanitization For oxidation control - sodium bi-sulphite addition, activated carbon and ultraviolet light OBK Technology Ltd. 2008 USP H2O Success With pre-treatment defined – select the main purification method Most usual is RO (Revere Osmosis) to remove salt and organic material Deionization (polishing) - either anion and cation resins or Electro-Deionization. OBK Technology Ltd. 2008 USP H2O Success Project Management OBK Technology Ltd. 2008 USP H2O Success “Define it, Design it, Deliver it”© ♠♠♠♠ ♥♥♥♥♥ ♣♣♣♣♣♣♣♣♣ ♠♠♠♠♠♠♠♠♥♥♥♥♥♣♣♣♣♣♣ OBK Technology Ltd. 2008 USP H2O Success “Define it, Design it, Deliver it”© Start with a high level definition of the requirements – a draft URS The supply of USP - PW appears very complicated. The reality – follow the many steps of simple chemistry and logical process engineering from start to finish OBK Technology Ltd. 2008 USP H2O Success Finalize the technical content of URS Develop a water consumption matrix Develop clearly defined end water quality specifications from; What product(s) and/or cleaning processes will be served at the points of use Develop the process requirements OBK Technology Ltd. 2008 USP H2O Success Draft an outline schedule This provides a preliminary indication of the expected end date This also provides a flag for those long lead time items that need to be ordered early This is also the time you can reconfirm the budget OBK Technology Ltd. 2008 USP H2O Success Define the detail of the water source(s) Temperatures, composition variability Arrange for source sampling analysis if required (recommended) Check to ensure that all seasons and all likely sources are covered and documented OBK Technology Ltd. 2008 USP H2O Success Reconfirm the consumption usage matrix spread sheet Verify all the process requirements – volumes, flows, temperature & pressure Check all the points of use and their capacity requirements & diversification Reconfirm the required quality parameters OBK Technology Ltd. 2008 USP H2O Success Make system capacity decisions from the usage matrix What is the hourly, daily and weekly consumption need? Is usage batch or continuous? This will drive the system capacity choice & prospective storage tank size OBK Technology Ltd. 2008 USP H2O Success What does a typical system look like? OBK Technology Ltd. 2008 USP H2O Success Full USP system diagram here OBK Technology Ltd. 2008 USP H2O Success OBK Technology Ltd. 2008 USP H2O Success WFIRO® is a patented RO system that meets or exceeds USP guidelines for WFI, but not currently accepted in Europe WFIRO® technology does not require a tank & is self sanitizing OBK Technology Ltd. 2008 USP H2O Success OBK Technology Ltd. 2008 USP H2O Success 45 GPM 2 x Pass WFIRO® Self Contained & Compact (20 x 6 x 6) Softeners not shown 5 years of Municipal water data Drought conditions upon start up 8 Months of operation – zero micro count & zero cleaning OBK Technology Ltd. 2008 USP H2O Success OBK Technology Ltd. 2008 USP H2O Success Supplied by a 10 GPM system 30,000 gallon tank – flat bottom - poor turn over – outdoor – micro issues Ozone system solution OBK Technology Ltd. 2008 USP H2O Success OBK Technology Ltd. 2008 USP H2O Success 2 floors each @ 25 K Sq Ft International vaccines supplier Equipment 18 months in outdoor unsheltered storage prior to installation - problems OBK Technology Ltd. 2008 USP H2O Success OBK Technology Ltd. 2008 USP H2O Success 2 Pass RO system with multi media filtration and EDI 25 GPM capability Silica issues with rainy season OBK Technology Ltd. 2008 USP H2O Success OBK Technology Ltd. 2008 USP H2O Success 185 GPM RO system Over 30 Points of Use Serious supply water issues – Municipality not in control – Municipal softeners not functional at time of commissioning City supply not to EPA standards at times OBK Technology Ltd. 2008 USP H2O Success Account for inbound and outbound water use for cost credits from supply source OBK Technology Ltd. 2008 USP H2O Success Project management continues; Document all the usage criteria Review all criteria with the end users OBK Technology Ltd. 2008 USP H2O Success Update and expand the preliminary URS into the completed URS Sign off the user acceptance Reconfirm the budget and the schedule “Black box” P & ID OBK Technology Ltd. 2008 USP H2O Success 10 Minute Networking Break OBK Technology Ltd. 2008 USP H2O Success System Design OBK Technology Ltd. 2008 USP H2O Success “Define it, Design it, Deliver it”© Evolve the initial detail design for; Generation equipment Storage requirements (buffer & quality balance) Distribution needs Points of use OBK Technology Ltd. 2008 USP H2O Success Continue to evolve the initial detail design; Confirm piping run(s) (no dead legs and no air traps & 1 Mps return flow) Plan for expansion needs Hot or chemical sanitization? Ozone generation system requirements OBK Technology Ltd. 2008 USP H2O Success Create the final P & ID Create the schematic flow diagram & preliminary layout OBK Technology Ltd. 2008 USP H2O Success Prepare a FRS (Functional Requirement Specification) This is a detailed description of the functionality of the total system Along with the URS – it provides important overview documentation for the later validation stage OBK Technology Ltd. 2008 USP H2O Success Pre-qualify vendors and suppliers Prepare all detail arrangement drawings Draft and finalize tender packages for all key supply items Pre-order long lead time items OBK Technology Ltd. 2008 USP H2O Success Specification package includes; URS, FRS, Water Analysis, Design Detail (surface finishes, materials specs for product contact) Instrumentation & Controls Layout, orientation, sizes & access needs OBK Technology Ltd. 2008 USP H2O Success Evaluate all submitted tender packages for content and scope coverage OBK Technology Ltd. 2008 USP H2O Success Review systems design in the context of tender packages and vendor / supplier input detail OBK Technology Ltd. 2008 USP H2O Success “Define it, Design it, Deliver it”© Reconfirm the budget and time line Confirm vendor and suppliers Issue purchase orders (long leads – pre ordered) OBK Technology Ltd. 2008 USP H2O Success Prepare detail work packages for; Mechanical Piping Electrical Civil / structural if required OBK Technology Ltd. 2008 USP H2O Success Verification & Validation OBK Technology Ltd. 2008 USP H2O Success Develop FAT and SAT protocols Develop the commissioning protocol and check sheets Execute the FAT on all key equipment OBK Technology Ltd. 2008 USP H2O Success Develop validation documentation; IQ (installation) (operation) OQ (performance) PQ SOP’s (required for training) The above are all based on the URS, FRS and operations manuals from the suppliers and vendors OBK Technology Ltd. 2008 USP H2O Success Install all equipment Connect all piping Connect all control requirements OBK Technology Ltd. 2008 USP H2O Success Execute the SAT from the developed SAT protocol OBK Technology Ltd. 2008 USP H2O Success Commission the system based on the commissioning protocol developed OBK Technology Ltd. 2008 USP H2O Success Update all “as built” drawings for the system turn-over package OBK Technology Ltd. 2008 USP H2O Success Execute the validation protocols based on the approved documentation Note: IQ can overlap with final installation and the start of commissioning OQ can overlap with the execution & completion of commissioning OBK Technology Ltd. 2008 USP H2O Success PQ requires the SOP’s approved and operator training to be complete PQ execution is user driven, requires constant monitoring (usually first month) and full documentation System requires ongoing monitoring, recording & maintenance OBK Technology Ltd. 2008 USP H2O Success System ready for turnover to users Questions Please OBK Technology Ltd. 2008