Projects
Problems solved before the steel was cut.
Each project starts with a risk: an unfinished design, a shutdown date, a tolerance nobody else would promise. Here is what we engineered, and how it turned out.
Featured · Clean technology
Reactor vessel for a first commercial waste-to-fuel plant
Client
Enerkem [permission]
Equipment
Reactor vessel
Code
ASME VIII-1, U stamp
Weight
260,000 lb
Design pressure
1,200 psi
Shell
3 in plate
The risk
Only about 70% of the mechanical design was done when the order was placed.
What we engineered
Completed the design, jig-built the 36,000 lb tube bundle and designed non-standard 6′-8″ girth flanges.
The result
Calculations accepted by the Authorized Inspector; delivered to the plant [confirm date].
Drawing · illustrative
Clean technology · Columns
Steam stripper column
Delivered ahead of schedule for a first commercial plant.
Enerkem [permission]
Drawing · illustrative
Petrochemical & energy · Pressure vessels
Dross sump
Long-lead Inconel threatened a refinery shutdown. We redesigned with an overlay and met the date.
AZZ / Sinclair Refining [permission]
Clean technology · Reactors
Biomass gasifier
A prototype improved over three orders until it became a commercial product.
OEM [permission]
Water & wastewater · Columns
Pumping columns
Re-sequenced welding held vertical alignment over 30 ft columns with heavy nozzle welds.
Sulzer [permission]
Drawing · illustrative
Mining & metals · Towers
Tower replacement
An end-of-life tower rebuilt with a removable plate for maintenance access.
Glencore [permission]
Drawing · illustrative
OEM supply · Pressure vessels
Six identical vessels
36 × 96 in vessels held to 1/16 in, rated to 2,000,000 cycles, with 100% RT on butt welds.
Guild Associates [permission]
Drawing · illustrative
Clean technology · Process equipment
Process vessels for a scale-up
Delivered ahead of schedule for a tire-recycling scale-up [confirm scope].
Ecolomondo [permission]
Drawing · illustrative
Clean technology · Reactors
Reactor furnace
Flange designs engineered for high-temperature service [confirm].
PyroGenesis [permission]
Drawing · illustrative
Energy storage · Pressure vessels
Compressed-air energy storage
Twenty design variations evaluated before one was built.
[client confirm]
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How to read a case study
Every case study covers the risk, the engineering and the result.
Every project page follows the same three steps, with the code, materials and numbers your engineers will ask about.
01
The risk
What could have gone wrong: an unfinished design, a long-lead alloy, a fixed shutdown date.
02
What we engineered
The calculations, redesign and fabrication method, with drawings where the client allows.
03
The result
Inspection, delivery and performance, in numbers.
Your project
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