What is Diesel Bug?

Diesel Bug babble.uk.com. Image shows a fuel pump by the road side dispensing diesel fuel.

If you own a diesel fuelled vehicle, you may have heard of the term diesel bug in cars. Boat owners may also be familiar with this term. In case you haven’t, this article will help you get to know more about what a diesel bug is and how it occurs. You will also be enlightened on why you need to test fuel, the best diesel bug treatment, and how to reduce the risk of fuel contamination.

What is Diesel Bug?

So, what is the diesel bug and how can you avoid it? Diesel bug or diesel fungus/algae is the term used for the contamination of diesel fuel in a boat or vehicle’s fuel tank. It is instigated by microbes such as fungi and bacteria, which appear due to the presence of water.

Microbial growth thrives in fuel lines that have even a tiny amount of water and carbon. Basically, every diesel tank has these. Water gets into any fuel tank due to rainwater seeping in or condensation of moisture in the environment.

These microbes create what looks like mats called biomass within the fuel tanks and can also coat the surfaces of the tanks, making something called biofilm.

Treatment of the tank can be done using biocides. However, any microbes that may be lying dormant in the corners of the tank will come to life once water gets into the tank. Therefore, it is better to prevent the bug from manifesting in the tank.

Importance of Testing Fuel

Testing your fuel helps keep the microbes out of your fuel tank. However, even without the fuel testing, some signs will show that there is a presence of diesel bug.

Diesel bug symptoms include:

  • Poor engine performance would be caused by insufficient fuel getting to the engine.
  • A notable increase in fuel consumption
  • Change in the fuel composition or the degradation of fuel components
  • In some cases, engine failure will take place
  • Filter blockage
  • Emissions from the vehicle exhaust
  • Corrosion causing leaking fuel tanks

Any of these signs with your vehicle will show that significant damage has taken place in the car. Corrosion may also cause damage to the structural integrity of the vehicle’s fuel tank and injectors. Correcting the damage caused will be an expensive venture.

Diesel Bug Testing

Various tests can be carried out on your vehicle’s diesel fuel to suggest the existence of microbes in the tank. Many of these tests would require the fuel sample to be taken to a lab for further investigation. Results are usually out after about 72 hours.

A test called the Immunoassay antibody test is one of the fastest and easiest to distinguish the microbial organisms that may be in the fuel. The test only requires a test kit and can be carried out on-site, meaning the fuel samples need not be sent anywhere. The test results are also out within minutes and are easy to read. The resulting products come as green, orange and red depending on the level of diesel bugs in the fuel tank.

Effects of Diesel Bug on Fuel Filters and Fuel Systems

Diesel bug contamination will cause blocked filters and may clog up the injectors, causing issues with the fuel gauging systems. If the situation prolongs over a long period, there will be corrosion in the fuel system.

Diesel bug removal would require biocides, and in really severe cases, complete cleaning of the fuel tank may be necessary. Fuel polishing, total fuel write-off, or the downgrading of the diesel fuel are other options that can help handle the contamination.

Management of Diesel Bug Contamination

Once a test has been performed indicating microbial growth, then treatment would be the next course of action. This may be a costly affair moneywise and time-consuming, so prevention of contamination is always a better option.

Many treatment processes lead to downtime as they entail the complete emptying out of the fuel tank to clean it. This process can be expensive in the case of transport and logistics businesses and those that require the use of generators.

There are numerous biocides available in the market used in the diesel bug treatment process. These can be applied as a diesel bug filter or diesel bug killer and is cheaper than other alternatives.

The use of biodiesel in your vehicle or generator fuel tank instead of the regular diesel fuel helps prevent pollution of the diesel fuel tank and gives more life to filters, injectors and the engine itself. The ultimate performance of the engine parts then translates to lower fuel and maintenance costs.

Diesel Bug Wrap Up

With this knowledge of diesel bugs and their effects on your vehicle or generator, and eventually your finances, it would be advisable to carry out regular fuel tests. You may also want to periodically dose your fuel tank with biocides that would help prevent any contamination from occurring.

AWS SAP Monitoring

SAP AWS cloud computing diagram

AWS SAP Monitoring

Amazon Web Services, commonly abbreviated as AWS, is a comprehensive cloud computing platform with a mixture of infrastructure to store your data. The most common forms of infrastructure you will find are infrastructure as a service (IAAS), Platform as a service (PAAS), and Software as a service (SAAS). The platform is a great organisational tool and is indispensable in computing power, storing your databases, and high-quality content delivery services.

On the other hand, SAP refers to Systems, Applications, and Products in the data processing processes. With the right SAP software, your business departments get connected so that it takes a shorter time to serve clients. SAP streamlines all business processes. According to Avantra, AWS SAP monitoring is an integration of the two systems to create a more flexible and manageable cloud. When using AWS SAP monitoring, you get more accurate results to impact your business processes.

Steps to Migrating SAP to AWS Cloud

Migrating your SAP systems to the AWS cloud doesn’t have to be a hard task. Here is a highlight of the steps to follow

  • Check whether your SAP applications, databases, and operating systems are in sync with the AWS systems.
  • Select a pay-as-you-go storage size so you can easily upgrade or downgrade depending on your business requirements.
  • Choose the right cloud server location. Hint: choose closer to home.
  • Choose the service depending on your type of SAP systems; entry-level service, development service, or full service.
  • Plan and budget for a successful migration.
  • Test the migration to know whether the migration is successful.
  • Wash and rinse the program to eliminate any corrupt, unused, or conflicting documents.

Top Reasons to Monitor SAP Programmability on AWS

Most large organisations use SAP software to run their applications. They then store their data on clouds such as AWS for quick retrieval. While the two are a great combination, they can be a little expensive, considering they are two different entities. For this reason, most businesses are now using AWS SAP monitoring tools to reduce overhead costs and get more accurate results. Here are more reasons to monitor SAP programmability on AWS.

  • Enjoy the ease of access: SAP on AWS monitoring allows you to access your business database regardless of where you are. You only need to be connected to the internet and have the relevant login details with you.
  • Get simplicity via automation: You also get a chance to use an established platform for all your business processes. They are automated and reliable for all business disciplines.
  • Gain better stability: SAP on AWS eliminates the need for hectic infrastructure management. All your systems and software will be streamlined and managed without requiring an on-site presence. As a result, you experience no downtimes and slowdowns hence stabilising your business.
  • Save on overhead costs: IT overhead costs can be huge and burdening for your business. The costs manifest in constant hardware and software updates and maintenance fees. Using AWS programmability on SAP allows you to save on these costs as most of the activities are on the cloud.
  • Get more scalability: People build businesses to scale upwards. If your business is at point A today, you want to be at point B tomorrow or in years to come. AWS understands this and ensures that all your storage and networking are taken care of regardless of your business’s growth. You do not need to acquire new software when your business scales upwards.
  • Boost business globalisation: This has to be among the biggest benefits of using AWS cloud. You and your employees can access the cloud regardless of where you are. Besides enhanced efficiency, this also contributes to rollout savings.
  • Create more resilience: AWS SAP allows you to enhance your disaster recovery stats and improve the business. Even better, the cloud is managed 24/7 to ensure that it is at its best.
  • Enjoy zero capacity planning: Operating SAP on AWS requires no capacity planning. You are only required to add processing storage and the required network instances. The process is prompt and needs no strategic planning.
  • Convenient integration with data centres: By monitoring SAP programmability on AWS, you can establish secure connections between the cloud and your data centre. You can then integrate them for the better functionality of your applications.
  • High Security: The AWS cloud provides users with a more secure platform for all the SAP applications. These applications must have passed through all the required audits and tests, making it safer for your business.

Essential Metrics for AWS Monitoring

Here are a few metrics that you can use for AWS monitoring.

  • Number of active work processes
  • Number of active dialogue work processes
  • Number of logins
  • Number of sessions
  • Number of available work processes for RFCs
  • Update on queue length
  • Enqueue queue length
  • Dialogue queue length
  • Number of work processes in Priv Modes
  • Average load in the last 20 and 60 sections
  • Available free memory (in percentage)
  • CPU utilisation (from the user and system)

Increase in AWS Popularity

Operating your SAP systems in the AWS cloud comes with huge cost benefits, convenience, and enhanced efficiency for your business. These are among the top reasons for the increase in popularity in using the AWS SAP for monitoring. Before you take up the systems in your business, you must assess your business environment and determine the best course of action.

Everything You Should Know about SAAS (Software as a Service) LIMS (Laboratory Information Management System) Software

Scientist working with a SAAS LIMS

Do you run a laboratory? Running a laboratory involves handling a lot of tests, procedures and generating valuable data. These tasks can be hectic when you have a lot of workflow and limited time to standardise the results.

According to Sapio Sciences, with SAAS LIMS software you can effectively manage the samples and all the data in the laboratory. You can quickly automate your workflows, manage your samples, integrate the instruments and plan all the other activities in the lab. In the end, you will get detailed and accurate records of every sample and securely store them. No data gets lost or mixed up in the laboratory. Let’s explore how SAAS LIMS software works.

How SAAS LIMS Works in a Lab

SAAS LIMS allows you to enter accurate information of samples such as the inspection numbers, batch materials, time and date, where the tests were carried out, and any other information that scientists and technicians would require. Here is how it works:

  • A sample is picked for the testing process
  • The information is tested and securely stored in an accessible place
  • The software generates a barcode that can be scanned for the particular test sample
  • Staff members can continually update the data and pass the test results to other systems on the chain
  • Repeat the process for new samples

How SAAS LIMS Benefits your Business

Working in environments with laboratories requires utter precision and accuracy. This is where SAAS LIMS software comes into play. Here are other ways that LIMS benefits your business besides eliminating human errors, minimising paperwork, and automating processes.

  • Effective Sample Management: SAAS LIMS software first receives the sample test, runs it through and securely stores the collected data for later use. Most of this data has details such as the provider for each sample, the data received, the location of storage, the working status, the date of expiration, and the names of all the technicians involved. With this information, any staff member can find the samples and update them.
  • Your Business Gets a Better and Streamlined Workflow: With most of the processes complete, the only thing that your employees have to do is to monitor the LIMS and enter the updates from time to time. You get a more straightforward workflow and reduce the operational costs.
  • You can Track Inventory without Losses: SAAS LIMS allows you to accurately and automate inventory to know how much is left in good time. With this information, you can replenish the essential items and products and continue with the sample testing.
  • Get Automated Exchange of Data: The LIMS database is huge and can store thousands of samples. This data can easily be transferred between departments and organisations conveniently. You can share files, documents, and images from the LIMS database without causing any disruptions to the sample testing processes. It saves both time and resources.
  • Accurate and Automatic Reporting: The right SAAS LIMS will expose you to accurate and automatic reports for all your tests. You can automate processes such as testing, quality assurance, and other analytical reports. Once it’s done, you get a report, gauge the progress, and make informed decisions.

Tips on Choosing the Right SAAS Laboratory Information Management System (LIMS) for Your Laboratory

Your Industry

The kind of industry you operate in will determine the kind of LIMS software to purchase. Some systems are specialised and designed for specific industries, while others are for general practice. LIMS for the pharmaceutical industries are different from the systems meant for unregulated industries.

Type of Lab

People running a QA or QC lab will require different LIMS software depending on whether they support analytical lab research. Before you make the purchase, talk to your provider and know if they can tailor the LIMS software to your particular laboratory.

Desired Flexibility

What kind of flexibility do you desire the LIMS software to have? While most software have the same functions and abilities, the providers’ different solutions have a set of requirements on the configuration. If your business tests standard samples, you can use the regular OOB (out-of-the-box) LIMS.

IT Resources Available

LIMS is all about IT. As such, you must check the resources available to support its functionality. Some common requirements include a cloud-based system, a commercial-off-the-shelf (COTS) system, and a tailor-made SAAS LIMS system. There are many LIMS software that you can get based on your available IT resources.

Reviews from Other Users

Do you have friends in other businesses using LIMS software? You can talk with them and get recommendations on the best LIMS software providers. Once you get these recommendations, get on the provider’s websites and online media platforms to read the reviews and comments posted by other clients. If most of the reviews about the LIMS are complaints, you should reconsider your options.


How much are you willing to pay for the LIMS software? Your cost limitations play a vital role in the type of LIMS software you procure. Before you make any decisions, conduct a comprehensive analysis and check the cost of all the LIMS licenses, module costs, customisation, and annuity maintenance. It will give you a better basis for selection based on the cost.

The Advantages of Using LIMS

  • Better integrations with other systems such as ERP
  • Reduces the laboratory’s management and reporting overheads
  • Enhances more productivity via efficient working
  • Supports better workflows
  • Eliminates all transcription errors via effective instrumental integration

Lab Management System Integration for a Modern Laboratory

DescriptionA laboratory management system, sometimes called a laboratory data management system or laboratory management system, is an application-based service with various inherent features that support the operations of a modern laboratory. In its most simple form, it consists of an information management application and server that enable the exchange and synchronization of data between multiple devices and servers running on different operating systems. The most commonly used LMS systems are those based upon the UNIX platform. Such LMSs utilize a central server and a number of servers running on different computers. A number of LMSs are open source and can be used for scientific and research applications.

One of the many key features of a good laboratory information management system is scalability. It should allow you to adjust its operation according to the needs of your organization. This allows you to change and update the procedures as needed, without having to restart the entire laboratory management system. The scalability of a laboratory management system should allow it to be adjusted to any operating system upgrade, whether by the user, the IT department, or another staff member. Similarly, it should allow for updates to be made whenever a new version of the operating system is available without having to reload the entire LMS.

Another important feature of a good laboratory management system is reliability. It should allow for periodic backup of all the data used in the laboratory, regardless of the operating system used. It should allow for restoring the data quickly when disaster strikes, provided that a restoration method is in place. Some laboratory information systems have a centralized repair facility that allows for routine repairs to be carried out automatically as soon as a problem arises.

Another important feature of a good lab management application is ease of development and integration. It should allow for the creation of workflows that make sense for the particular type of laboratory work being performed, as well as allowing the creation of custom workflows for individual processes within the laboratory. Workflows should be flexible enough to accommodate changes that occur over the course of a project, such as the addition or elimination of workflows or routines throughout the project.

Laboratory Management System

The clinical laboratory information management system should also allow the creation of workflows for data analysis and the reporting of test results. It should allow the creation of process maps, workflow items, and workflows for data collection. It should have a good inventory control capabilities. It should allow for automated storage of test samples at different times. It should allow for the assignment and creation of test plans and generate and print audit reports.

Workflow items should include workflow items that create test samples, run samples, analyze samples, and interpret test results. It should be possible for users to create and change workflows easily. Automated laboratory drawers should have the capacity for loading and unloading samples into the drawers, along with the capacity for adding and deleting controls on the sample containers. Labels and tags for each sample should be added to the drawer so that the laboratory personnel can label them easily. Labeling and tagging also allows for the quick review of laboratory data by lab testers, researchers, and other professionals.

The next section will address performance measurement capabilities. One of the key features of this component is the ability to track results from one or more measurements. This includes performance on one or more measurements over time. A laboratory might measure height, weight, and skin thickness over time. A laboratory might measure the efficiency of specific procedures over time, such as the time it takes to sterilize medical instruments.

The final section of the report will address future planning and execution. It will describe how the workflow and data management functions of a cloud-based data management application will be integrated with the laboratory environment. A good data management application should allow users to enter and track workflow processes. It should allow users to update workflow in real time and allow users to submit work as needed. A good data management tool should also allow users to define workflow rules and allow users to define rules to automate or perform non-designer-needed tasks, such as automatically submitting documentation for peer review.

5 Great Benefits of Using Web Based LIMS

In the world of information technology, the benefits of web-based LIMS are many and varied. In fact, it is said that one of these days, all businesses of all sizes will be web based, from data management to accounting. This means that any organization will be able to save time, money, and a whole lot more through the use of a web-based interface for their business. There are certain benefits of web based LIMS that we are going to take a closer look at now. As we proceed, we hope that you will understand why your organization should consider incorporating this technology into their business as soon as possible.

The first benefit of a web based interface for LIMS is efficiency. LIMS is meant to perform in a manner that is faster, more efficient, and less expensive. This is especially true when you consider that the interface is meant to allow you to save time, money, and resources. When you consider these three things, you can easily see why web based interface for LIMS is going to save your company a lot of time and money over traditional methods of operation.

The second benefit is reliability. In the past, businesses relied on phone lines or land lines for everything, which put them at risk of experiencing problems. With a web-based interface, everything is able to run in a reliable manner. There is never a moment that your business does not rely on the web servers. You never have to worry about a connection being down, and you never have to worry about your data getting corrupted.

Benefits Of Web Based Lims

The third benefit is flexibility. Using a web based interface for your LIMS system allows you to do just about anything that you would like. You can create reports, customize graphs, and manage inventory. There are no limits as far as the types of reports that you can create, and you can customize your pages as much as you need to. The management of inventory is very easy with the right tools, and this is one of the biggest benefits of using a web based interface system.

The fourth benefit is cost. When you compare the cost of using a web based interface system to traditional ways of keeping track of information, you will quickly find that it is far more cost effective. You do not have to purchase additional hardware for your LIMS program, you do not have to pay for extra staff, and you do not have to pay for any of the hassles that come with paper based systems. In fact, the majority of the benefits of LIMS are derived from the efficiency of the program itself.

As you can see, there are many benefits of LIMS, but none of them are primarily related to the management of the business. Instead, the benefits are derived from the fact that you can access the information you need at any time you need it. This means that you do not have to wait until a certain time of day, or even a certain time of year to be able to access the information that you need to make your business better. Instead, you can access it whenever you have an internet connection and you are in need of the information.

The Latest in Clinical Laboratory Management Software

Advances in clinical laboratory management software have been made possible due to recent technological advancements. There are now several versions of the software, all offering the same benefits to medical staff. The software has also become a cost-effective solution to many clinical laboratory management challenges. These are also known as digital asset management systems, and they have helped to increase productivity, reduce costs, and streamline operations.

One of the most notable and important improvements in the field of laboratory management is the introduction of a digital Asset Management System orDAMS. It is designed for medical laboratories with various stages of the disease process. This software allows for record keeping and patient education, while integrating different types of communications. This system also integrates medical information with information about the patient and their environment.

The primary goal of the software is to support the medical staff in efficiently managing the inventories in a medical facility. This means that laboratory management of patients’ records can be streamlined, allowing medical staff to move quickly through the information related to a patient’s history. Electronic medical billing systems or EMRs are also being used in medical facilities. These are similar to the electronic health records or HIPPs that have been used in hospitals. This allows for accurate and complete billing of services and goods, while reducing errors in the payment process.

Advances In Clinical Laboratory Management

There are several other benefits of the software in use in medical laboratories. In addition to providing medical staff with a more organized way to store information and access data in a timely manner, the software also reduces administrative costs because it requires fewer forms to be filled out by a medical laboratory management staff. The software also allows for the easy transfer of information from one location to another and to collaborate with other departments within the medical institution.

Medical laboratory information management software has the potential to save a medical facility a lot of money. By streamlining processes associated with billing, patient records, supplies, and laboratory specimens, it is possible to decrease the cost of running a medical facility. Because there is less paper used, there is less chance of duplication of tests, which can lead to unnecessary delays in obtaining needed information and testing. It is important, however, that a facility choose only the most efficient laboratory management software available so that every aspect of the lab’s operations is running smoothly.

Advances in clinical laboratory management software are designed to improve the efficiency of the clinical laboratory and reduce the cost of running the facility. Because there are numerous companies providing these products, the decision regarding which type of system to purchase is a very important one. Most medical laboratory management software comes in a standard package and is very affordable. When purchasing this software, however, it is important to consider how user-friendly the product is and to try it out before purchasing it. Choose a system that is easy to install and use. It should also be able to provide all the information that the facility needs and provide reports concerning the efficiency of its performance.

Web Browser Based Apps – How a Service Provider Offers ERP Software As a Service

Software as a Service (SaaS) enables individuals to connect to and utilize cloud-based applications over the Internet. Common examples are online email, calendar, and desktop publishing (including Microsoft Office). Companies that offer hosted services allow customers and other organizations to use SaaS applications without purchasing and maintaining expensive on-site hardware or software.

Managed services providers use the infrastructure provided by an external provider that uses software to monitor and secure data. This application layer also delivers app functionality. The architecture of these managed service providers also enables the company to gain access to the cloud services directly from their corporate servers, eliminating the need for an IT department and app developers. A SaaS app is an app that can be hosted on the outside cloud service and accessed by an authorized user. It can be customized and made available to employees for review and download under their own credentials. The cost of running a SaaS app is lower than the costs of maintaining a server and maintaining a software development environment.

An SaaS app may have separate components, including middleware and connectivity appliances. A middleware is a collection of scripts and application programs that work together to deliver business logic, database, and other app functionality to cloud service apps. Infrastructure features a cloud infrastructure consisting of server machines, networking equipment, storage devices, and application software. The architecture of SaaS apps exposes the infrastructure, simplifying troubleshooting and code modifications. With vendor lock-in, the buyer is limited to using the same vendor for the entire lifetime of the software application.

Vulnerability to vulnerabilities is reduced through compartmentalization of the infrastructure. Through compartmentalization, information is protected even when the app being hosted is not running on the company’s actual hardware. Complete separation of infrastructure and programming also allows companies to create customized applications in a cloud service environment.

Software As A Service

Scalability refers to the ability of a program to grow as the company needs it without additional investment. The advantages of cloud infrastructure include: the ability to scale as required; the ability to create specialized infrastructure solutions tailored to the unique requirements of each customer; and easy access to a complete set of tools and applications. Migration costs are eliminated because applications are self-contained. Scalability is achieved through the use of software as a service software applications that are easily upgraded. Since customers require only app versions that are stored on their own infrastructure, there is no need to upgrade infrastructure or programmers. Furthermore, SaaS apps run on highly scalable virtual machines that reduce overhead and software maintenance.

Security is improved through the use of app clouds. Consolidation and operational simplicity are achieved by using a single software stack – applications, back office, and infrastructure. This allows companies to maintain complete control of their data security. Since SaaS is highly scalable, the vendor lock-in associated with software versions can be eliminated.

Customer satisfaction is ensured by eliminating app version obsolescence. Companies have the ability to select the features they want at any time. Complete flexibility includes support for new platforms, customization, security enhancements, and more. Businesses can gain rapid application development and add-on functionality at any time. This eliminates vendor lock-in and enables them to rapidly adapt to changes in their business model.

These are just some of the advantages of using a web-based SaaS application development environment. Companies can rapidly adapt to a fast pace of change through the use of an enterprise SaaS offering. A service provider offering hosted apps provides the foundation for businesses to adopt a web browser based platform which supports the integration of ERP, web services, desktop business process integration, multi-point database, desktop publishing, multi-user access, and social media marketing.

Some Of The Benefits Of Software As A Service

In this age of innovation and globalization, it is not enough to develop your own software solutions. It is also essential to outsource these solutions to the right company in order to get the best results. Today, most businesses are turning to the web for assistance to grow their business. However, many small and big businesses cannot afford this expense. Fortunately, with the advent of web-based software solutions, it is now possible for even the smallest businesses to compete with the big dogs in the market. The benefits of software as a service include:

Cost Effectiveness – Software as a Service (SaaS) provides cost effectiveness at all phases of the development, from application development to full deployment of the application. This allows the organization to focus on improving the products and services instead of on hiring a new set of IT staff to do the same job. In other words, by having SaaS solutions, you will be able to realize the benefits of having your own flexible IT team, without having to spend a large amount of money on training them. It is true that there are expensive solutions available, but if you fail to implement them properly, you may suffer the consequences.

Time Saving – When everything is done right, time should not be a constraint for you. However, many companies find it difficult to divide their time equally between operations, customer care and development. SaaS solutions make it easy to divide the workload. For instance, you can assign project management to a dedicated team, so that you can ensure that each phase of the project gets the attention it deserves.

Benefits Of Software As A Service

Security and Vulnerability Protection – It is important to protect your intellectual property or business information from hackers. However, as conventional networks are hard to secure, software can act as a security shield against intruders. Moreover, the software can notify you about any security issues that it finds out. With this in place, you will be able to address security issues at the early stages, before they compromise your system.

Flexibility – With SaaS, you get the freedom to manage your resources in a better manner. This is possible because of the software’s ability to provide the tools that are needed for you to customize your workspace. The same can be said about managing hardware as well. If you have a large data center, then you do not have to allocate additional resources to host large files on the network. You can simply set up a storage area server and let your SaaS provider handle the management of the entire network.

There are plenty of benefits of software as a service, but it is also true that it has a few drawbacks as well. Perhaps the biggest issue with using software as a service is the fact that you will only be able to test your applications in a virtual environment. Although this may not be a big problem in a lab setting, in the real world, things can change and you need to be able to simulate a production environment. You also need to make sure that your company’s IT department is ready to take on this new development. Overall though, this type of software can save you a lot of money and time, making it an excellent choice for many businesses.