Spear Fire in partnering with Structurus UK can provide you training needs analysis and relevant fire scenarios identification, facility concept
Spear Fire in partnering with Structurus UK can provide you training needs analysis and relevant fire scenarios identification, facility concept design in relation to adjacent elements e.g. fire station and how the two facilities will be utilized, simulator types, spacing, process control identifications and design, steel prop design, control system design, flame generation system design and identification, infrastructure design and sharing between different simulators
Spear Fire, Partnering with Structurus limited in the United Kingdom will offer you specialist consultancy services to two industry sectors:
- Fire & Security projects covering the design and build of fire stations and training academies. Our partnership with Structurus will be based on operations in this sector that focuses on designing and building training academies for municipal, aviation, HAZMAT, Oil and Gas, and security applications utilizing and applying new technologies, so you can see, hear and conceptualize how your training ground(s) will be built and utilized.
- Live Fire Training Grounds are unique projects which require specialist knowledge and knowhow. In partnering with STRUCTURUS limited in the United Kingdom, the one-of-a-kind Global Consultants for Fire Training Grounds. We will be engaging a specialist consultant at an early stage that will result in time and cost saving and the correct identification of training requirements according to the client’s needs, this will produce clear process where all vendors will be required to adhere to the same strict specifications. From previous projects we estimate that by engaging the services of a specialist consultant, clients achieved a 20 % cost saving on their project.
The Partnership between Structurus & Spear Fire can provide you training needs analysis and relevant fire scenarios identification, facility concept design in relation to adjacent elements e.g. fire station and how the two facilities will be utilized, simulator types, spacing, and locations within the facility, process control identifications and design, steel prop design, control system design, flame generation system design and identification, infrastructure design and sharing between different simulators in order to minimize costs, power loading requirements, foundation loading requirements, P&ID, bill of materials, FID, and final budgets.
All of the above is conducted while adhering to international standards and regulations such as NFPA 1403 – Standard on Live Fire Training Evolutions and NFPA 1402-Standard on Facilities for Fire Training and Associated Props.
