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Non-marring Hydraulic Separator

Portable, manually operated, synchonised hydraulic splitter providing mechanically collaborative organic work-holding without marring contact surfaces or finishes. Integrated into an existing process and existing equipment to ensure reuse of expensive composite component sections and minimise waste and cost to the end customer.

Competencies

  • Experience based material selection

  • Reduction of part count and ‘adding lightness’

  • Kinetic energy translation and deployment

  • Mechanical and Hydraulic Design Engineering

  • Design-For-Manufacture-and-Use (DFMU)

  • Process & machine integration

  • Ergonomics, manual handling and operator safety

HEP Debris Screening Gate

Working with natural forces rather than against, this design project enables screening of river borne debris from the main flow and preventing physical and economic harms to the sensitive generation equipment.

Briefed to cater for everything from whole trees and personal watercraft to stray swimmers and litter, as well as featuring dynamic adaptation to the seasonal waterlines and flood/drought conditions, the solution has a self clearing mode that is fully remotely commanded and monitored.

Competencies

  • Comprehension of Civil Engineering data

  • On-site survey, determination of absolute conditions

  • Clean-sheet scheming

  • Stakeholder liaison (inter-agency)

  • Digital development & simulation

  • Immersion & electrolytic metallurgy

  • Flotation & Buoyancy

  • Fluvial (River) Engineering

  • Hydrodynamic Engineering

  • Kinetic energy dissipation & distribution

  • Design For Manufacture Installation and Service (DFMIS)

  • Process & machine integration (physical & system

  • Risk identification, analysis & mitigation

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