Data verified.
Execution proven.
We measure our success strictly by thermodynamic efficiency, structural durability, and protected capital. Below is a selection of recent engineering interventions and EPC executions.
Dual-Feedstock Distillery Optimization
The Challenge
An existing grain-based distillery planned to shift from a single feedstock (broken rice) to a dual-feedstock model (maize and rice) due to market volatility. Vendor proposals for the capacity upgrade suggested massive capital expenditure on new distillation columns.
The Engineering
Rise Energy conducted an independent mass balance and thermodynamic audit of the existing setup. We identified that the bottleneck was not the column capacity, but inadequate heat transfer areas in the existing reboilers and inefficient liquefaction dosing.
The Outcome
By rejecting the heavily biased vendor proposal and re-engineering the existing heat exchanger network, we successfully transitioned the plant to a dual-feedstock capability while slashing the projected CapEx by 40% and improving overall thermal efficiency.
Flat Bottom Silo & Unloading System Commissioning
The Challenge
A massive grain storage facility required the execution and commissioning of a high-capacity flat bottom silo network, complete with continuous discharge requirements. Previous installations had suffered from severe mechanical bridging and material flow bottlenecks.
The Engineering
Operating strictly from Paper to Field™, our Gurgaon-based engineering team took over the EPC management. We managed the vendor-neutral procurement of heavy-duty drum scalpers, bucket elevators, and tank bin dischargers. On-site, our engineers monitored the exact geometric tolerances of the mechanical erection.
The Outcome
The system was commissioned with a precision-integrated sweep auger and bin discharger setup, resulting in a continuous, zero-blockage flow rate. The entire project was handed over with an immutable structural and mechanical data log for the O&M team.
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