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Designing a CSSD to Maximize
Efficiency
Felipe Mejia Mechanical Engineer – CSSD Planner
Director of Planning and Design Belimed
PHOTO
4
Designing a CSSD to Maximize Efficiency
Staff
Administration
Decontam
Prep & Pack
Clean
Sterile Stores
Dispatch
What is a CSSD?
Designing a CSSD to Maximize Efficiency
What is a CSSD?
5
Designing a CSSD to Maximize Efficiency
First and foremost ...
Design Objective
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Our purpose and
number one
priority, is safety for
patients and staff.
...Prevent Infections
Designing a CSSD to Maximize Efficiency
Resources
• Space
– Equipment
– Rooms and Area Required
• Staff
– Clinicians & Support Staff
– Working Environment
– Automation
– Instrument Tracking
– Safety Net
• Utilities
10
Designing a CSSD to Maximize Efficiency
Assessment of Space Needed
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Number & Type of Cases Soiled Instrument Load Processing Equipment
Staff Support Infrastructure Space
Designing a CSSD to Maximize Efficiency
Optimizing Space
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Number & Type
of Cases No Change
Soiled
Instrument Load No Change
Processing
Equipment
Minimize
Footprint
Reduce Holding Areas
Reduce
Cycle Time
Reduce Service Area
(Smart Access)
Increase
Usable-to-Total
Volume Ratio
Warning!!
Reduce Amount of Equipment
$200 to $400 USD per square foot
Designing a CSSD to Maximize Efficiency
Optimizing Equipment Cycle Time
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Our Ammunition
Against Infection
causing Agents Temperature
Equipment Cycle Time
Time Needed to Accomplish Objective Safety Factor
Chemicals
Mechanical Force
Time
We do not want to
reduce our
Arsenal
Designing a CSSD to Maximize Efficiency
Optimizing Equipment Cycle time
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Run Processes Simultaneously
Capture and reuse Energy
Optimize Fluid Mechanics
Reduce Mechanical Time
So, how can we do it?
Designing a CSSD to Maximize Efficiency
Equipment Automation
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– No need to monitor Equipment Cycle times
– Reduction of idle time in between equipment cycles
– Reduction in equipment failure
Designing a CSSD to Maximize Efficiency
Equipment Automation
17
– Staff works on critical tasks instead of manual labor
– Reduction of human error
Designing a CSSD to Maximize Efficiency
Utilities • Water
– Indicator of total utility
consumption
– Consider the entire hospital
infrastructure when planning
o Example: Water consumption
can drop from from 950
Litre/Cycle to 10 Litre/Cycle
• Electricity
– Proper electrical wiring reduces
consumption
– Plan for the future
22
Designing a CSSD to Maximize Efficiency
Utilities
• Energy
– Most of the energy used
goes into heating and
cooling
– Insulate utilities and buy
equipment with good
insulation
– Capture dissipated
energy and reuse
• Reclamation
– Water
– Steam Condensate
23
Designing a CSSD to Maximize Efficiency
A Design Approach
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Define
Measure
Analyze
Improve
Control
Lean Six Sigma DMAIC Methodology in the Design Process
Clearly define the scope, parameters and functions of
the CSSD
Processing load ▪ Space ▪ Time ▪ Equipment needs
▪ Cost ▪ Sustainability
Compare ideal designed CSSD with reality
Model your solution either manually or with modeling
software
Modify variables to reconcile ideal with reality. Revisit
project definition
Designing a CSSD to Maximize Efficiency
Issues: EBD
• Deficient data for Evidence Based Design
– Deficient at the Hospital level
– Deficient at Industry level
– Deficient at Global level
– Mostly anecdotic
– At all levels data collection must be improved
– Stanford University Good example of data collection and
result analysis.
https://practicegreenhealth.org/sites/default/files/upload-
files/stanford_spd_and_water_savings.pdf
29
Designing a CSSD to Maximize Efficiency
Issues: Funding for Healthcare
• Funding
– Is healthcare a right or a privilege?
– If it is a right, who pays for it?
– Who manages it?
– The Swiss healthcare system answered those questions with
an approach that resulted in a system yielding remarkable
health results.
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Designing a CSSD to Maximize Efficiency
Case Study: The Swiss Healthcare System
• History
– Came into effect under the implementation of “The Health Insurance
law”, in 1996. It has undergone only a couple of changes since.
• Essence
– It is mandatory for all individuals residing in Switzerland to purchase
the “Basic Healthcare Package” in a Private Market Place regulated
by the government.
– The government provides temporary financial assistance to those
who can’t afford it.
65% of Health Spending in Switzerland is Public
72% is the OECD* Average
83 % is the UK
*(OECD) Organization for Economic Co-operation and Development 31
Designing a CSSD to Maximize Efficiency
Case Study: The Swiss Healthcare System
• Essence
– The Swiss health care system is highly decentralized.
– Each of the 26 cantons is responsible for providing healthcare and
regulating the insurers.
– All applicants must be accepted regardless of health condition.
– Insurers make money on Premium Services and higher costs on
Packages in exchange for better service. D = 89%
– Competition between insurers drive up standards and lowers costs.
– Consumers get up to 45 % discounts for “No-Claims” bonus. This
has resulted in a clear incentive to adopt a healthier lifestyle.
32
Designing a CSSD to Maximize Efficiency
Case Study: The Swiss Healthcare System
• Price
– It is expensive!! But the Swiss value healthcare
Swiss 11.5% of GDP (GDP/c ~ US 84k)
OECD Average 9.5% of GDP (GDP/c ~ US 39k)
USA 17.6% of GDP (GDP/c ~ US 54k)
Singapore 4.6% of GDP (GDP/c ~ US 56k)
Colombia 6.8% of GDP (GDP/c ~ US 8k)
• Cost
– Regulated by Hospitals based on Competition
• Quality
– Professional self regulation
– Monitored by Regional Governments
33
Designing a CSSD to Maximize Efficiency
Case Study: The Swiss Healthcare System
• Negatives
– Expensive
– Discourages Preventive Healthcare
– Adult Dental Care not Included
– Weak or no Doctor/Patient Relation
– Weak Coverage Abroad
– Risk of Healthcare Cartels
– Coverage for Undocumented Immigrants is mandatory
– Mandatory
35
Designing a CSSD to Maximize Efficiency
A Glimpse of the Future CSSD
• Equipment design will be heavily influenced by resource
consumption.
• Equipment will be smaller due to the demand for specific
processing.
• Automation will become prevalent
• Equipment will be replaced not because it reached its
lifetime but because of technology advances.
• Instrument Tracking System will evolve into an all inclusive
software, controlling the entire operation of the CSSD
• Level of knowledge required by a CSSD Clinician will
drastically increase. We will se more a more structured
Academic education.
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Designing a CSSD to Maximize Efficiency
A Glimpse of the Future CSSD
37
Thank You