🔹 Environmental & Industrial

Fenceline Air Monitoring

Client: Major Chemical Refinery – Louisiana

Challenge

The facility had concerns related to potential airborne contaminants including VOC ‘s, sulfur compounds and ammonia.

Approach

• Conducted multi-point fenceline air monitoring across key perimeter locations

• Utilized industry-standard sampling methods with Summa Cainster collection systems

• Evaluated environmental conditions including wind direction, humidity, and temperature

• Targeted compounds associated with industrial byproducts

Solution

• Executed structured monitoring across North, South, and East fenceline zones

• Collected and analyzed real-time field data

• Identified odor likely associated with non-hazardous organic matter

Results

• All monitored compounds were below detectable limits and regulatory concern thresholds

• Provided client with data-backed reassurance for community and regulatory communication

• Helped differentiate between nuisance odor vs. hazardous exposure risk

Outcome: Reduced liability, improved transparency, and supported continued operations

🔹 Agriculture & Biological Performance

Sugarcane Yield Enhancement Program

Application: Louisiana Sugarcane Production

Challenge

A grower was experiencing consistently low yield and sugar recovery in underperforming acreage.

Approach

• Implemented a biological enhancement program

• Integrated with standard grower practices for ease of adoption

• Applied at planting and early growth stages

Solution

• Delivered a targeted microbial formulation designed to:

  • Enhance soil biology

  • Improve nutrient availability

  • Increase plant vigor and sugar production

Results

• Yield increased from ~6,000 lbs sugar/acre → 6,720 lbs sugar/acre (+12%)

• Additional revenue generated per acre

• Demonstrated strong performance in historically poor-producing ground

Outcome: Improved profitability and validated biological program performance

🔹High-Performance Cane Production Trial

Challenge

Increase overall cane tonnage and sugar yield beyond baseline farm averages.

Approach

• Applied biological and nutrient efficiency program across test acreage

• Compared treated vs. standard production areas

Results

• 41 tons cane/acre vs. 35 tons baseline

• 9,200 lbs sugar/acre vs. 8,000 lbs baseline

• Significant increase in grower revenue potential

Outcome: Proven scalability and strong ROI for large-acreage adoption

🔹 Product Development & Commercialization

Molasses-Based Performance Formulation

Challenge

Develop a cost-effective, high-performance agricultural input that improves nutrient uptake and integrates seamlessly into existing farming operations.

Approach

• Designed a stabilized molasses-based platform

• Integrated with:

  • Biologicals

  • Nano-enhanced inputs

  • Nutrient efficiency technologies

Solution

• Created a formulation that:

  • Enhances microbial activity

  • Improves nutrient availability

  • Fits into standard spray and application programs

Results

• Increased interest from growers and distributors

• Strong compatibility with multi-pass field operations

• Positioned for regional scale across the Southeast

Outcome: Commercial-ready product platform with strong market potential

🔹 Advanced Technologies & Market Development

Challenge

Introduce advanced materials (reduced graphene oxide) into traditional industrial sectors

Approach

• A protocol was designed to enhance marine pipeline coatings using reduced graphene oxide (rGO). A ternary nanocomposite was applied to steel pipe surfaces intended for marine environments.

  • Marine application

  • Industrial infrastructure

• Leveraged relationships across Louisiana and Texas industrial corridors

Solution

• The resulting coating demonstrated enhanced anti-corrosion efficiency and improved mechanical hardness during trials.

  • Pilot project

  • Strategic partnerships

  • Industry alignment

Results

• Result: The coating exhibited a superhydrophobic surface with an improved contact angle and achieved a reduction in corrosion current density as compared to control sample.