Harnessing E.S.M.’s diverse experience of Safety in Design within the electrical industry and track record with Solar and BESS projects, our client requested that E.S.M. facilitate a Safety in Design review workshop for a major BESS project in South Australia.
The presentation collated findings from numerous Safety in Design activities conducted by E.S.M. in the context of standalone solar or Battery Energised Storage System (BESS) and integrated Solar-BESS.
On behalf of our client, E.S.M. has been engaged to independently facilitate a series of Safety in Design reviews utilising the CHAIR process on a major piece of civil infrastructure.
In collaboration with a key client, E.S.M. devised a model and framework to assess and reduce the risks associated with dropped objects from conveyors.
E.S.M. provided functional safety engineering services to a local automotive manufacturer in their development of a fully electric light vehicle for a mine site in NSW.
E.S.M. was engaged to conduct a Safety in Design review on a new boarding school for primary-aged indigenous children on a remote island.
The review was conducted face-to-face with the architects, system designers and representatives of the prospective school board.
In recent years, E.S.M. has assisted numerous clients to implement a Safety in Design process for their business. To comply with their duties under the Work Health and Safety Act (or the Occupational Health and Safety Act in Victoria), companies should have an end-to-end Safety in Design process.
E.S.M. has recently been involved with two rail projects: one to conduct signalling project management for a level-crossing removal project and the other to analyse the performance of automatic train protection (ATP) on a line that has issues with poor on-time-running performance.
E.S.M. recently facilitated a 4-day Detailed Design HAZOP for a major upgrade project on a minerals processing plant. E.S.M. worked with the owner, engineering service provider and vendors to facilitate the HAZOP in multiple sessions in line with progression of the design.
For a large infrastructure client, E.S.M. conducted a comprehensive Reliability Centred Maintenance (RCM) study for a safety-critical asset type.
E.S.M. developed a system for safe work on high-voltage rotating plant, which was a new asset type for the client. The system included governance, rules and procedures. E.S.M. delivered a comprehensive manual with accompanying forms and templates.
E.S.M. has been engaged by a client in the mining and mineral processing industry to assist with a thorough review of instrumentation and control systems
E.S.M. facilitated a series of Safety in Design (SiD) Review workshops to support the expansion of a remote Australian mining operation.
Providing specialist safety in design services, E.S.M. assisted a client with a significant upgrade to its Energy Management System (EMS).
E.S.M. studied the safety features on high voltage transmission towers for the prevention of unauthorised access (i.e. climbing) of the structures.
E.S.M. was engaged to provide specialist Safety in Design (SiD) services across a program to design and construct solar farm (photovoltaic) installations…
E.S.M. produced a Functional Safety Management Plan and User Requirement Specification for elements of a large natural gas power station.
E.S.M. conducted a study to develop and apply a risk-management model for the points of isolation used by workers on high-voltage (HV) electricity transmission substations.
E.S.M. conducted a Safety in Design (SiD) Gap Analysis for a Defence client.
