The new standard: No discarding unused medical supplies at discharge.
CSGI Hospital Supply Recovery Program (HSRP) is a fully managed recovery program for unopened, unsoiled, and unexpired
medical supplies. CSGI collects, qualifies, sanitizes, and provides
item-level reporting without adding clinical workflow burden.
HSRP helps hospitals achieve their HHS Scope 3 emissions reduction goals and provides JCAHO Sustainable Healthcare Certification (SHC) ready metrics.
Annual Direct Recovery
$401,136.80
- Items Recovered / Year
- 61,017
- Waste Diverted / Year
- 7,307.50 lbs
- *Results achieved from <250 ADC community hospital.
A recovery model with financial and environmental lift.
When eligible items are discarded, the hospital loses the full value of the item, pays again to replace it, and absorbs the additional waste disposal expense. By charging a fraction of each recovered item cost, CSGI allows hospitals to avoid repurchasing the item at full cost. The program is contractually guaranteed to be less than the hospital’s cost of replacing the same recovered items.
Estimate CSGI HSRP annual impact based on your hospital's average daily census.
Turnkey Integration
Built to fit hospital operations.
Implemented end-to-end by CSGI Technicians with no disruption to hospital operations and patient care.
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01
Collect
Strategically placed bins capture recoverable supplies from patient care units.
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02
Qualify
CSGI verifies packaging eligibility, integrity, unopened status, soilage, and expiration.
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03
Document
Items are scanned, categorized, cost tracked, weighed, and logged for reporting.
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04
Sanitize
Qualified items move through a controlled sanitizing process with all-surface exposure.
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05
Resupply
Recovered supplies are routed back to departmental supply.
Executive Visibility
Daily reports translate recovery data into sustainability goals.
CSGI HSRP provides item-level recovery data, departmental performance, cost recovery, weight and volume diversion, utilization trends, and sustainability metrics for leadership review.
Cost recovery metrics
Waste diversion data
Department analysis
Collection & resupply visibility
Operational trend tracking
Sustainability benchmarks
Why It Matters
Less waste, less repurchasing, more resilience.
Financial Stewardship
Recovered supplies reduce unnecessary replacement purchasing, shipping, and waste disposal expense.
Sustainability Progress
Item-level diversion data helps sustainability teams support campaign reporting needs.
Supply Chain Resilience
Optimize existing inventory and reduce reliance on strained supply chains by recovering value from supplies already in your hospital.
Clean Sweep Group, Inc.
Over 15 years of disinfecting hospitals.
Founded in 2011 and built from hands-on hospital floor experience, working shoulder-to-shoulder with clinicians, infection prevention teams, EVS staff, and supply chain leaders to implement frontier disinfection technologies:
- Hospital supply recovery program
- UV-C robotic disinfection services
- Far-UV-C disinfection systems
- UV-C Disinfection cabinet systems
Learn more about our work with hospitals.
Leadership Team
Leo Williams
Chief Executive Officer & President
Leo Williams leads CSGI’s vision and strategic direction, drawing on more than 30 years of healthcare experience. A U.S. Naval Academy graduate and former Naval Officer, Leo combines healthcare, engineering, military leadership, and competitive athletics to guide CSGI’s technology- and process-driven approach.
Mark House
Executive Vice President of Operations
Mark House oversees CSGI’s operations and execution, bringing more than 25 years of healthcare experience. A West Point graduate and former U.S. Army Officer, Mark applies extensive leadership and team-building experience to drive operational efficiency and the successful delivery of CSGI’s hospital programs.
Cody Haag
Vice President of Research & Development
Cody Haag leads CSGI’s research, technology validation, data analytics, and software development efforts. With nearly 15 years of hospital experience, he works closely with clinical, infection prevention, and engineering teams and has authored research published in AJIC, ICHE, and other industry publications.