What is Fuel Theft and How do we prevent it?

Introduction:

International damages related to fuel theft are projected to be around more than $100 billion globally. This involves diluted, lost, or defrauded petrol. Fuel Theft can be described as an act of unlawfully siphoning or stealing fuel from the fuel tanks. Criminals use a range of tactics to accomplish this goal, including tank puncture. While the robbers will profit tremendously from this criminal operation, corporations operating fleets of cars are experiencing massive losses. It is also wise that steps should be set in order to put an end to this practice.

How to Put an End to Such Practices?

Being one of the very common practices, you must put an end to fuel theft. Common measures that are being used to avoid this problem are the fuel caps, but they are not 'very successful' as a robber may always perforate the tank, extract fuel, and ruin your vehicle with much more severe damage. Considering the costs of future damages and eventual losses, businesses must set in place stringent safeguards to discourage this activity. Some of the practices which we recommend are:

• You can use the fuel dyes to prevent misuse or keep track of the fuel. These can certainly deter the illegal trading of fuel and also can reduce fuel adulteration. It also makes sure that government authorities can collect the right amount of revenue from the excise taxes.

• Installing CCTV cameras can also help you to reduce the chances of fuel theft. It will also allow you to get video proof of accidents along with that of fuel thefts. This can help you cope with auto insurance concerns that you might face.

• There are sophisticated fuel tracking and anti-siphoning smart devices that you can use to restrict or deter malicious access to your fuel tanks. For instance, a fuel tracking process will allow you to track all existing fuel levels in your fleet.

Petroleum Logistics is here to help you get your hands on the best quality fuel markers and dyes to cope up with fuel theft. Visit us and check out the products that we have for you at http://www.petroleumlogistics.com/. 

Let’s discuss the role and types of Biodiesel Antioxidants in biodiesel stability!

 

Introduction:

The usage of biodiesel antioxidants at Petroleum Logistics as a mix component is called for increasingly and more frequently to guarantee adequate oxidation security of the last fuel. One of the significant issues related to the utilization of biodiesel is to keep up the fuel at indicated standards for a longer period. Biodiesel is more inclined to oxidization than mineral diesel, and it begins turning rancid within a week or less, and complete debasement happens after a period of 3 to 4 weeks. The eventual outcomes of oxidation alter the physical and synthetic properties of fuel which brings about the development of insoluble gums that can plug fuel filters. This instability of biodiesel is a long-standing issue.

As the utilization of biodiesel has expanded hugely, this oxidation issue could turn into a critical hindrance to market expansion. One extremely encouraging and savvy way to deal with improving the stability of biodiesel is that the expansion of suitable antioxidants to the biodiesel fuels. Biodiesel Antioxidants perform better in various fuels, however, there is no extraordinary inhibitor that suits each sort of biodiesel fuel.

Antioxidant extracts should be added right after the production of biodiesel; their addition won't be helpful once the biodiesel has begun to get malodorous. At Petroleum Logistics, antioxidants for biodiesel possess the following requirements: 

1. No toxicity and low volatility

2. Effective in low concentrations

3. High thermal and light stability

4. Availability & Affordability

5. High solubility in biodiesel and

6. Long shelf life 

Our top-quality biodiesel antioxidants are efficient free radical scavengers and simultaneously, they don’t make any side effects. A few antioxidants are exceptionally effective in one sort of biodiesel yet very ineffective in another. At Petroleum Logistics we better understand which antioxidants are appropriate for a specific biodiesel. There are three essential kinds of antioxidants: phenolic, amines, and thiophenols. Most regular antioxidants contain polyphenols, and they act like phenolic antioxidants. Because of conceivable sulfur emanations, thiophenols are not used to improve the stability of biodiesel. Our biodiesel antioxidants offer unmatched support and suspension of degradation!