Commissioning Assistance

Gosford Hospital – Operating Theatre Upgrade

Gosford Hospital – Operating Theatre Upgrade Slide 1
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Gosford Hospital - Operating Theatre Upgrade

Mechanical Engineering

EPES were engaged to undertake compliance reviews and testing of existing operating theatres precinct and baseline performance prior to opening of additional theatres. This included verification of theatre air handling systems with regards to NSW Health legacy and current (AusHFG) Engineering Services Guidelines as well as legacy and current Australian Standards.

Scope generally included:

Project Information

Location: Gosford, New South Wales, Australia
Client: Central Coast Local Health District
Engagement: Design Consultant
Sectors: Buildings, Hospitals and Healthcare
Services: Asset Management, Building Services, Commissioning Assistance, Construction and Design Consulting, Independent Reviews and Audits
Year: 2018

EPES provided recommendations and contract documentation for works to be undertaken to upgrade operating theatres precinct to maintain compliance with current AusHFG requirements. EPES provided ongoing technical support and guidance.

The Problem

Performing any works or investigations within an operating theatre precinct presents many logistical challenges in terms of access, interruptions and critical performance of air handling systems in these areas. Also, given the age of the equipment serving the existing theatres technical data was difficult to source from suppliers and manufacturers (they don’t exist anymore).

EPES have been involved in many projects where upgrade works have not considered the original design intention of existing systems. This creates expensive and disruptive problems negatively effecting system reliability and performance.

Analysis and Implementation

Communication with stakeholders is crucial to gaining the required access to critical areas such as operating theatre precincts, as well as being highly flexible with timing and short notice requirements (e.g. emergency theatre demands). 

Additionally, at EPES we have engineers who’ve had experience working with air handling systems for over 40 years. This understanding enables us an advantage in being able to trouble shoot and define system operation largely in the absence of as-built documentation and supplier technical literature. 

Outcome

EPES were able to prepare contract design documentation that supplemented the intended original operation of the system, whilst upgrading to current performance requirements.

Using experience engineers with a track record of working and modifying legacy systems is critical for successful outcomes.

Port Macquarie Base Hospital – Mental Health Expansion

Port Macquarie Base Hospital
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Port Macquarie Base Hospital – Mental Health Expansion

Parts 4–9 Design Development and Construction Services

Health Infrastructure delivered a new 24 bed acute mental health inpatient unit and refurbishment of existing unit at Port Macquarie Base Hospital within the Mid North Coast Local Health District. This stage was handed over in February 2019.

Design requirements required to Building Code of Australia, Australian Health Facility Guidelines and NSW Health Engineering Services Guidelines.

EPES were engaged by Health Infrastructure to deliver the Mechanical Services and Medical Gases design and were involved in the Construction and Commissioning of the works.

Project Information

Location: Port Macquarie, New South Wales, Australia
Client: Health Infrastructure
Engagement: Mechanical Services Consultant
Sectors: Buildings, Hospitals and Healthcare
Services: Building Services, Commissioning Assistance, Construction and Design Consulting, Digital Engineering
Year: 2017

The Problem

There are several key design challenges with mechanical services within an acute mental health unit requiring careful and pragmatic considerations:

​1.  Safety precautions and special anti-ligature requirements

2. Restricted access into inpatient areas and ceiling voids

3. Potential high levels of disruption with maintenance access in the unit

4. Safety risks for staff accessing the space to perform maintenance

5. Sustainable focus on reducing energy use

6. Maximising value for tax payers

7. Minimising additional maintenance costs for the Local Health District

Analysis and Implementation

We considered several different options for delivering heating, cooling and ventilation to the facility, with careful review of how the site currently operated:

The design solution dramatically reduced the need for maintenance personnel to enter the unit with all air conditioning and ventilation plant located within the building under croft accessible without having to enter the unit.

Outcome

Benefits for the client and end users include: 

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