Drupal Web Development – 4 Faux Pas To Avoid In 2021

You can’t deny the fact that web development has become easier since the advent of content management systems (CMS). Amidst all the CMS platforms out there, Drupal is one of the oldest platforms that power over a half million websites on the internet spanning a host of domains including eCommerce, education, healthcare, finance, corporate, blogs, and many more. Despite the fact that Drupal makes web development easier, many website developers don’t know how to use this open-source platform effectively, resulting in poor speed and performance of a website. To avert this scenario, it’s important that a Drupal development company you hire doesn’t make the most common mistakes during the development stage. Let’s look at them:-

1 Poor Content Architecture

Many developers begin website development without having a clear plan in place. It is important to note that not having a coherent plan in mind can end up with a messy content structure that delivers a poor experience to the visitors and eventually leads to the failure of your business. One way to overcome this mistake is reducing the number of content fields, types, and tables since too many fields can easily create confusion for content creators.

For instance, instead of creating two separate fields such as “news” and “articles”, developers can keep only one of them since both of them refer to the same thing. Furthermore, creating a slew of fields for every content type will not only bring unnecessary complexity but also take a toll on your website performance. Therefore, it is recommended to design a clear blueprint before the development begins. Take out time to devise how the architecture should look like or if you are running out of time, you may seek help from a professional Drupal web design company.

2 Installation of themes and modules in the wrong directories

This mistake is committed mainly by newly Drupal developers who are habitual of installing modules and themes in the wrong folder structure. Upon making this cringe-worthy faux pas, simple tasks like upgrading to the new iteration of Drupal or debugging becomes an uphill task. Ergo, it is strongly recommended not to install modules and themes in the root directory, instead save them in the right directory. If you don’t know how to perform this task, you may seek help from seasoned Drupal developers.

3 Needless Coding

Another mistake that is committed by many developers is that they write endless codes to develop modules. This not only consumes a lot of time but also delays development. However, there is no need for excessive coding since Drupal being a popular content management system has over 47,000 modules that can be used simply to get the desired functionality. The best part is all these modules are fully tested by experienced professionals, so it makes no sense to write excessive code when you already have ready-to-use modules for the same.

4 Forget to create regular backup of a website

You’ll find many newbie developers tend to ignore creating a backup of a website during the development. Being new in the industry, they don’t have an idea how taking backup can save them from a disaster if anything goes wrong. Ergo, it is strongly recommended to those developers to create a regular backup of a website, no matter whether you are making minor changes or fixing something big.

Summing Up

With every passing day, the popularity of Drupal CMS is burgeoning. Today, businesses of all sizes are embracing this platform for web development. If you are also planning to leverage the potential of Drupal CMS, you should avoid making the common mistakes listed above in this informative piece.

All you need to know about Coolant Additives

Study Confirms three-fifths of all engine problems are coolant-related. The primary function of coolant is to regulate the engine’s temperature, whereas coolant additives can enhance the effectiveness and prolong the life of the cooling system.

Coolants are generally a homogeneous mixture of glycol and water that shows flexible thermal properties like high boiling point, low freezing point, and stability over a wide range of temperatures but coolant is not enough to cause glycol to oxidize at high temperatures into organic acids like glycolic, glyoxalic, formic, carbonic and oxalic. These are highly corrosive and can be corrosive to the system metal causing problems like pitting, pinhole, and stress cracking corrosion. Even the resulting contaminants present in glycol add more to its rate, degrading the total working system. Even the resulting contaminants present in glycol add more its to rate, degrading the working system.

The primary problems associated with this unwanted acidity are:
Affects metallic pipelines, which leads to failure of temperature balance owing to heat loss.
Additionally, the absence of corrosion inhibitors can lead to rust and corrosion.
Without antifreeze agents, the coolant may freeze in cold conditions, causing cracks or bursts in the system. Furthermore, the lack of lubricants can increase friction, potentially damaging the water pump and other moving parts.
Overall, using coolant without additives can result in reduced cooling efficiency, costly repairs, and potential engine damage.
To overcome these problems, coolant additives were synthesized.
Coolant additives are designed to enhance the properties of the engine coolant. They are mixed with the coolant and can improve various aspects of the cooling system’s performance.

Corrosion Inhibitor: A cornerstone in coolant formulations, corrosion inhibitors protect vital components from corrosion, ensuring the longevity of cooling systems. These additives form a protective shield on metal surfaces, mitigating the harmful impact of rust and erosion, thereby maintaining optimal performance and reliability.
Antiscalant: Essential in coolant solutions, antiscalant deters scale formation within cooling systems. By preventing the accumulation of mineral deposits, these additives play a critical role in preserving the efficiency and functionality of equipment, such as radiators and heat exchangers.
Antifoam: Crucial in coolant formulations, antifoam agents combat foam formation during the cooling process. By effectively suppressing foam, these additives enhance system efficiency, prevent potential damage to components, and ensure a consistent and smooth coolant flow.
Thickener: In the realm of coolant additives, thickeners contribute to viscosity and stability. These agents enhance the thickness of the coolant, improving its adherence to surfaces and optimizing its performance in heat dissipation and protection of the cooling system.
Biocide / Preservative: In coolant formulations, biocides act as guardians against microbial contamination. By controlling the growth of bacteria and other microorganisms in the coolant, these additives maintain water quality, prevent fouling, and extend the life of the coolant and associated components.
Benefits of Using Coolant Additives:

Enhance Heat Transfer Efficiency: It improves the heat transfer properties of the coolant, ensuring that the engine maintains the optimal operating temperature.

Extended Cooling System Life: Corrosion inhibitors and lubricants included in additives protect crucial components, such as the radiator, water pump, and heater core, from wear and damage.

Minimized Maintenance Costs: By preventing issues like corrosion, leaks, and overheating, coolant additives can save money on maintenance and repair bills.

Corrosion and Rust Formation: Coolants with corrosion inhibitors create a shield of defines on the metal surfaces, halting the development of rust and extending the lifespan of the apparatus.

To stay at the forefront of coolant technology, Chemtex Speciality Limited makes efforts in research and development which leads to breakthrough discoveries, enabling formulation of excellent additives.

Chemtex Speciality Limited is a leading chemical manufacturer and offers Specially designed solutions to meet the specific needs of manufacturers. They work closely with manufacturers to understand their requirements, assess their cooling systems, and provide tailored made solutions that address their unique challenges.

Highly Durable Water Tanks

Liquid water storage tanks are usually made from steel. This has been proved to be the best material for various reasons. Liquid water storage reservoirs from steel containers can recycled unlike the plastic counterparts. High tensile steel has shipping containers and rust inhibiting properties are reinforced with the rigid steel framework. The strength of these liquid storage containers is that it can easily cope with the extreme weather conditions. It’s sturdy construction will enable them to withstand with the odd weather conditions that they can be exposed to, especially in case of the shipping during the ocean voyages. The robust nature of these water storage containers mean that they will be reused once they become surplus.

Liquid storage tanks provide a great solution where a safe and compact enclosed place is required. In the terms of security, they can be given the first rate and with the use of the padlocks and other aids this can secure their contents.

Liquid storage reservoirs can be adopted for creating a living space. The doors can be modified and the windows can be cut in steel walls. Partitions can be created, wash rooms fitted, and toilets, working areas can be installed for making steel liquid storage reservoirs in the work sites. The liquid storage tanks are increasingly used for the storage facilities as space is an issue in the workplace. These reservoirs can be converted into the self storage units with minimum effort for reducing the clutter and creating a tidy work environment.

The liquid storage tanks are different from the containers, normally used for holding the liquids and sometimes for the compressed gases. These storage containers and the vessels can be found in different shapes, such as horizontal and vertical cylindrical, closed and open top, cone bottom, flat bottom, dish bottom, and slope bottom. Most of the liquid water storage containers that are used for handling liquids during the transportation are designed for handling varying degrees of pressure. While the steel continues to be the most popular choices for the reservoirs , polyethylene, fiberglass, thermoplastic, and GRP have currently increased in popularity. They will offer the lower build costs and greater the chemical resistance, especially for the storage of the specialty chemicals.

Finally, liquid storage water tanks are the containers that are used for the storage of water and also for irrigation for the fire suppression, agricultural lands, human consumption, and many more. The requirement for proper storage is as basic as the need for water itself. They are useful on many purposes, including the treatment of water to be potable. But the most important is that, it’s being the way of storing water for the human consumption.