Sustainable Building Principles
Many hydraulic systems or hydraulic plant components, are selected on a supply cost basis only, to meet the minimum imposed requirements at the time of construction.
The selected hydraulic systems are often simplistic in performance, comparatively low in efficiency and may even be fabricated from lesser quality materials or components. These factors have an ongoing financial impact to long term asset holders.
Ongoing professional development affords awareness of test proven products that gain higher energy efficiency or enhanced durability. Our forensic diagnostic services also enable site specific operational performance criteria to be defined for the hydraulic systems, enabling heating plants or pump systems to be accurately sized based on actual occupant-imposed demand, instead of applying a theoretical allowance with excessive redundancy.
There are also sustainable building principles, with solar heating, water harvesting, or waste recycling that can also be employed. The adoption of sustainability in hydraulic plant renewals or hydraulic system upgrades, will afford long term financial benefit, whilst reducing carbon omissions.
Statutory Compliance Assessments
Analysing design, installation, and performance against regulatory requirements to identify the extent of defects within hydraulic and wet fire systems
Water Entry Mitigation Assessments
Integrated technical knowledge in the specialist fields of hydraulics, external waterproofing & building construction
Investigations and Performance
Utilising hydraulic specific investigatory, testing, and monitoring equipment to forensically substantiate service performance deficiencies or compliance failures
Hydraulic Design and Project Management
Delivering expert advice and detailed regulated Hydraulic and Fire Services Design documentation through our registered Design Practitioners and Principal Design Practitioners.
Statutory Compliance Assessments
Water Entry Mitigation Assessments
Investigations and Performance
