1. Service Overview & Global Regulatory Compliance Framework
As a China-based professional engineering provider, we deliver full-lifecycle, regulation-aligned radiopharmaceuticals plant and facility design solutions compliant with FDA cGMP, EMA Annex 1, PIC/S harmonized GMP, ICH Q8/Q9/Q10 quality risk management guidelines and international radiation safety standards. Our integrated engineering portfolio covers greenfield radiopharmaceutical plant master planning, radioactive cleanroom classification design, radiation shielding structural engineering, hot cell layout optimization, utility system customization and full-process GMP compliance integration, supporting manufacturing of diagnostic radiotracers, therapeutic radiopharmaceuticals and targeted radiolabeled drugs. Radiopharmaceutical facility construction features inherent industrial complexities including stringent radiation protection requirements, short half-life production timelines, classified aseptic-radioactive dual-environment control and strict waste emission governance. Global clients commonly face pain points such as disjointed radiation safety design and GMP specifications, non-standard hot cell engineering, incomplete cross-border compliance documentation and unvalidated facility operational logic. Combining China localized engineering implementation experience and international biopharma regulatory benchmarks, we deliver safe, compliant, audit-ready radiopharmaceutical facility engineering outcomes for global nuclear medicine institutions, radiopharma enterprises and cross-border pharmaceutical investment projects.
2. Core Engineering Philosophy & Professional Industry Advantages
Guided by dual governance of radiation safety and GMP intrinsic quality, our facility design and engineering system takes radiopharmaceutical-specific critical quality attributes (CQAs) and radiation-related critical process parameters (CPPs) as core optimization benchmarks, realizing coordinated control of aseptic production, radiation shielding, personnel safety and environmental protection. We implement hierarchical radiation shielding grading, isolated hot cell operation zoning, unidirectional material/personnel flow segregation and dedicated radioactive waste collection systems, fully eliminating cross-contamination and radiation exposure risks. All cleanroom layouts, HVAC pressure cascade configurations, sanitary structural designs and utility deployments strictly comply with ASME BPE sanitary specifications and ALCOA+ data integrity principles, adapting to short-cycle, high-precision radiopharmaceutical production characteristics. Different from general pharmaceutical engineering providers lacking nuclear medicine professionalism, our dual-standard engineering logic integrates radiation safety codes and global GMP compliance requirements, minimizing operational safety hazards, reducing facility renovation risks and sustaining long-term cross-jurisdiction audit and safety inspection readiness for professional radiopharmaceutical manufacturing facilities.
3. Four Core Engineering Modules & Standard Deliverables
Our complete radiopharmaceuticals plant design and engineering solution system consists of four synergistic full-lifecycle functional modules covering layout planning, safety engineering, process adaptation and compliance verification: radiation-classified master layout planning module, integrated shielding & cleanroom engineering module, radiopharma process-facility matching module, and dual-standard compliance documentation module. The master planning module completes functional zoning of hot cells, cold rooms, reagent storage, waste treatment and office areas, optimizing spatial layout to adapt to short half-life production and radioactive operation workflows. The shielding & cleanroom module implements customized radiation shielding structural design, classified clean environment construction, negative pressure isolation configuration and dedicated ventilation system deployment to meet radiation safety and GMP aseptic standards simultaneously. The process matching module optimizes facility piping routing, equipment placement and operational passages based on radiopharmaceutical synthesis, purification and dispensing process characteristics to improve production efficiency and operational safety. The compliance module conducts multi-standard gap analysis, design risk assessment and full-set standardized documentation compilation. Standard deliverables include full-set facility engineering drawings, radiation shielding verification reports, GMP design specification manuals, process-facility matching schemes and English-version global audit-ready compliance dossiers.
4. Industrial Application & Full Lifecycle Global Support
Our professional radiopharmaceutical facility engineering solutions are widely applicable in commercial radiopharmaceutical manufacturing plants, clinical-grade nuclear medicine production platforms, hospital radiopharmacy upgrading projects and specialized radioactive drug R&D and production bases. All engineering designs adopt modular, scalable and safety-upgradable forward-looking architecture, reserving flexible expansion interfaces for new radiolabeled drug pipeline iteration, production capacity adjustment and subsequent safety standard upgrading. We provide full-lifecycle cross-border technical support including pre-project regulatory feasibility consultation, radiation safety scheme verification, on-site engineering construction guidance, facility commissioning coordination and long-term compliance and safety operation guidance. With mature China-based engineering implementation capabilities and global-standard compliance governance, we help international clients build high-safety, GMP-compliant radiopharmaceutical manufacturing infrastructure, eliminate cross-regulatory standard barriers, shorten facility commissioning and validation cycles, and accelerate global registration and commercial application of innovative radiopharmaceutical products.
