Our Design Engineering Approach

Unlike drafters or designers focused only on aesthetics, our design engineers take responsibility for the entire system — including functionality, safety, efficiency, and constructability. We work closely with clients, manufacturing teams, and other engineering disciplines to develop conceptual, preliminary, and detailed designs that meet real-world operational needs.

Core Design Services for Renewable Fuels

Plant Layout and Facility Design

We create optimized plant layouts that maximize space utilization, improve workflow, ensure safety, and allow for future expansion. Every layout considers feedstock storage, process equipment arrangement, safety zones, and energy efficiency.

Process Flow Design and Optimization

Our team develops efficient process flow designs for transesterification, hydrotreating, distillation, and purification systems. We focus on maximizing yield, minimizing energy consumption, and ensuring consistent fuel quality.

Feedstock Pretreatment and Handling Design

We design complete feedstock receiving, storage, pretreatment, and handling systems for various feedstocks including used cooking oil, animal fats, vegetable oils, and high-FFA materials.

Catalyst and Reactor Design

Custom reactor designs for transesterification (biodiesel) and hydrotreating (renewable diesel) that optimize reaction efficiency, catalyst life, and overall throughput.

Safety and Environmental Control Systems

Comprehensive safety systems including spill containment, fire suppression, ventilation, and emissions control to meet strict regulatory requirements.

Quality Control and Automation Design

Automated quality control systems with real-time monitoring of critical parameters to ensure consistent ASTM and EN compliant fuel production.

Storage and Distribution System Design

Design of storage tanks, loading/unloading systems, and piping networks that maintain fuel integrity and support safe, efficient distribution.