14 records totalling $1,329,052.00 CAD, from official Government of Canada open data.
| National Research Council Canada | $1,329,052 | 14 records |
Design and development of a SMART Pipe Riser Expansion Compensator
Design and development of a weld-free In-line Floating Riser system with minimum installation space requirements. This system would allow pipe riser to grow freely with zero thermal stress on pipe, fi...
Develop ISOTECH Fancoil Risers and Domestic Pipe Riser anchors for High-Rise and Low-Rise Buildings.
Develop a range of innovative vibration isolation and restraint products for pumps, for all different types and models, in seismic applications
Acoustical design is a complex aspect of architecture, essential for effective sound management in sensitive environments. The project’s goal is to develop ISOTECH’s acoustical systems for walls, ceil...
Develop ISOTECH Pipe Guide for high-rise building and prepare BOM, fabrication drawings for all Stainless Steel, Carbon Steel and Copper pipe guides.
Develop ISOTECH Floating Riser Spring System for high-rise building and prepare BOM, fabrication drawings for all Stainless Steel, Carbon Steel and Copper pipe Floating Riser Spring mounts.
Optimize/ Enhance ISOTECH Cooling Tower/ Chiller 2”, 3”, 4” and 5” deflection Housed Spring Vibration Isolation and prepare BOM, fabrication drawings for all capacities from 100 lbs to 9000 lbs
Optimize/ Enhance ISOTECH Isolated pump hanger design for 150# and 300# ANSI flanges and pump size range from 1.5" to 10".
Optimize/ Enhance ISOTECH Pump Concrete Inertia Base, identify proper spacing for reinforcing rebars and prepare BOM, fabrication drawings for 6”, 8” and 10” Thick concrete inertia bases
Manufacturing procedures enhancement on ICSN and IPS product lines to offer cost saving on production.
Enhance manufacturing procedures on IPSSA product line to offer cost saving on production
Develop ISOTECH new suspended pump isolation c/w supporting pump mount to prevent rotation during installation and reduce installation labor