Blog
Maintenance, Rebuilds & Lifecycle
How to Replace O-Rings on a Hammonds Suction Calibration Gauge
June 10, 2026
A practical maintenance guide for replacing worn, swollen, or chemically degraded O-rings on a Hammonds Suction Calibration Gauge so operators can restore suction performance and calibration accuracy.
Maintenance, Rebuilds & Lifecycle
Remanufacturing vs. Replacing an Additive Injection System
May 29, 2026
Older additive injection systems may not need to be discarded. This post explains when remanufacturing, rebuilds, upgrade kits, or a new system may be the better lifecycle decision.
Industrial & Fleet Applications
Additive Injection for Fuel Terminals and Loading Racks
May 28, 2026
Fuel terminals and loading racks need precise, repeatable treatment at scale. This post explains additive injection considerations for high-volume delivery, truck loading, and transfer operations.
System Selection & Sizing
How to Design an Additive Injection Program for Multi-Site Fuel Operations
May 14, 2026
Multi-site operators need consistency across locations without pretending every site is identical. This post explains how to standardize additive treatment while respecting different flow rates and use cases.
Fuel Quality & Contamination Control
The Hidden Cost of Poor Fuel Additive Control
April 30, 2026
Inconsistent additive treatment can create costs that show up as downtime, maintenance, off-spec fuel, wasted additive, operator confusion, and lost confidence. This post makes the business case for better control.
Maintenance, Rebuilds & Lifecycle
Additive Injection Maintenance: Calibration, Repair Kits, and Long-Term Reliability
April 16, 2026
Additive injection systems are industrial equipment. This post explains the maintenance practices, rebuild logic, calibration checks, and repair planning that keep systems accurate over time.
Digital Injection & Fueling Data
Digital Additive Injection and the Value of a Fueling Audit Trail
April 2, 2026
Digital additive injection systems do more than blend fuel. They can create fueling records, monitor injection in real time, and give operators better visibility into every transaction.
Portable & Field Fueling
Portable Additive Injection Systems: When a Fixed Installation Is Not Enough
March 19, 2026
Portable injection systems give fuel operators flexibility when additive treatment is needed at multiple locations, temporary fueling points, or remote operating environments.
Industrial & Fleet Applications
Railroad Fuel Treatment: Keeping Locomotives Moving With Consistent Additive Blending
March 5, 2026
Rail operations depend on uptime and high-volume fuel handling. This post explains where additive injection fits into railroad diesel fueling and how consistent blending supports fleet reliability.
Industrial & Fleet Applications
Marine Fuel Additive Injection for Tugboats, Workboats, and Commercial Fleets
February 19, 2026
Marine operators need dependable fuel across long operating windows and tough environments. This post explains how additive injection can support cleaner fuel, equipment protection, and less downtime.
Industrial & Fleet Applications
Construction and Off-Road Fueling: Why Heavy Equipment Needs Consistent Fuel Treatment
February 5, 2026
Construction and off-road equipment operate in harsh conditions where fuel problems can stop work. This post explains how additive injection supports diesel reliability on rugged job sites.
Industrial & Fleet Applications
Fuel Additive Injection for Trucking Fleets: Reducing Downtime at the Fuel Level
January 22, 2026
For trucking fleets, fuel quality is an uptime issue. This post explains how additive injection can help deliver treated diesel consistently across fleet fueling operations.
Fuel Quality & Contamination Control
Bulk Fuel Storage Additive Injection: Protecting Fuel Before It Becomes a Problem
January 8, 2026
Bulk fuel storage creates risk: microbial growth, fuel degradation, inconsistent treatment, and downstream reliability problems. This post explains how additive injection fits into a bulk fuel quality plan.
Aviation & Military Fueling
Jet A-1 to JP-8 Conversion: Additives, Equipment, and Quality Checks
December 25, 2025
A guide to converting Jet A-1 into JP-8, covering FSII, corrosion inhibitor, static dissipating additive, multi-additive injection systems, and field quality verification.
Aviation & Military Fueling
Aviation Additive Injection: Fixed, Portable, and Single-Point Fueling Options
December 11, 2025
Aviation fueling operations need accurate additive treatment without slowing down the fueling process. This post explains fixed systems, hydrant carts, additive carts, hand carts, and single-point injectors.
System Selection & Sizing
Positive Displacement vs. Turbine Additive Injection Systems
November 27, 2025
A technical-but-readable comparison of positive displacement and turbine-style fluid-powered additive injectors, with guidance on flow variability, rack design, and transfer applications.
System Selection & Sizing
Fluid-Powered vs. Digital Additive Injectors: Which One Fits Your Operation?
November 13, 2025
A decision guide comparing fluid-powered additive injection systems with digital systems, including simplicity, power requirements, monitoring, audit trails, and operational control.
System Selection & Sizing
How to Choose an Additive Injection System by Flow Rate
October 30, 2025
A buyer-focused guide to choosing the right additive injection system based on minimum flow, maximum flow, additive count, injection ratio, and where the system will live in the fuel process.
Additive Injection Fundamentals
Slugging vs. Continuous Injection: Why Fuel Additive Blending Method Matters
October 16, 2025
Not all additive treatment is equal. This post explains the difference between dumping additive into fuel and injecting it continuously into the flow stream for a more controlled, even blend.
Additive Injection Fundamentals
What Is Additive Injection? A Practical Guide for Fuel Operators
October 2, 2025
A plain-English guide to additive injection: what it does, why proportional blending matters, and how fuel operators use it to protect engines, reduce downtime, and keep fuel treatment consistent.