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LPG installation in a car – is it worth?

Is it worth to install LPG in the car? Here are the arguments of supporters and opponents



You need about 4 min. to read this post

With fuel prices on the rise, many drivers are thinking about installing an LPG system in their car. Those who already have it, praise such a solution as very economical and convenient. What is it really like? When is the cost of such procedure paid off?

LPG installation in a car – for whom?

LPG installations have been popular among drivers for years. However, it is still quite a controversial topic that stirs up a lot of emotions among vehicle users. Undoubtedly, having such an installation significantly reduces the cost of operating a car – especially its refuelling. Skeptics, however, put forward arguments concerning the safety of use of this installation, as well as the need for periodic maintenance, which also entails additional expenses

Another issue concerns in which cars such installation is recommended, and in which it is not. When buying a car from the showroom, you can choose a model that is equipped with a factory LPG system. In this case there is no doubt about the safety of its use. Stairs begin when we want to install LPG in a used car that is a few years old. We need to check whether the engine that our car is powered with is suitable for LPG installation.

When the installation is really worth it?

Many drivers wonder whether in their case the installation of the system will actually be profitable. Let’s not kid ourselves – its execution in a reputable point is not a cheap operation. However, this does not change the fact that with intensive driving this investment pays for itself very quickly

How much does the installation cost?

It is assumed that installing LPG system costs around 3000 PLN. If your vehicle is older than 3-4 years and you drive more than a few hundred kilometers per month, then you can be sure that such an installation will pay for itself very quickly, reducing fuel costs (even with relatively low mileage, the average time needed to return the investment is 12 months).

LPG and car defects

Skeptics point out that the installation of LPG can lead to serious faults that can be costly to repair. However, this is not entirely true. Damage to the engine in the current conditions practically does not occur – unless the gas installation is inappropriate, and such situations may occur if you use the services of a shady mechanic

Another argument against the LPG system are failures associated with the installation itself, which do happen, but the cost of their removal is disproportionately low in relation to the savings that its ownership brings. The only hard to argue against is the growing price of gas. It is hard to argue with that, but it seems that the difference between the price of traditional fuels and LPG is still so big that it is hard to imagine a situation in which petrol would be as profitable as LPG.

Photo: Johannes Rapprich/Pexels

Models that work best with LPG installation

LPG systems have been around in the automotive world for a long time and, as we all know, through experience we can verify in which conditions they work best. Below we present a few vehicle models which work best with such a system and the drivers only benefit from equipping the car with LPG.

  • Dacia Logan II (2012-2020)

Drivers successfully install the system in vehicles with 1.2/75 hp and 0.9 TCe/90 hp engines. Both can be found on the aftermarket with factory installations. They are characterized by a relatively low failure rate, as well as low repair costs. The LPG refueling valve on Logans can be hidden under the fuel filler flap

  • Fiat Bravo II (2007-2014)

Fiats are still popular cars on Polish roads. Version with 1.4 engine is perfect for LPG installation. The turbocharged version also works well. An additional advantage is the low operating costs of Fiat Bravo.

  • Opel Astra IV (2009-2016)

Opels can be found very often on Polish roads, both those that have factory LPG and those made privately. The turbocharged 1.4 petrol engine works perfectly with the gas installation, is low in breakdowns and relatively cheap to maintain

Photo by Dhruv Singh/Unsplash

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Understanding the efficiency and applications of water to air heat exchangers in residential heating systems

Explore the effectiveness of water to air heat exchangers and how they can be applied in residential heating systems. Learn about their benefits, functionality and what makes them energy-efficient alternatives.



Water to air heat exchangers are becoming the preferred choice in residential heating systems for their energy efficiency and versatile applications. This piece aims to delve into their functionality, shed light on how they add to energy efficiency, and illustrate their various applications in home heating. Join us in this exploration to understand why they are an excellent choice for a sustainable future.

Exploring the functionality of water to air heat exchangers

Exploring the functionality of water to air heat exchangers, we delve into the core of the working principle. These devices play an integral role in heating applications, ensuring you keep warm while conserving energy. A water to air heat exchanger transfers heat from water to air, helping to maintain a cozy, comfortable, and eco-friendly living environment. The heat exchanger passes hot water through its internal coil while a fan pushes the cold indoor air over and around the coil. As the cold air circulates over the coil, it absorbs the heat from the water, and returns it warmer back into the room. Therefore, understanding water to air heat exchangers and their functionality could significantly improve your residential heating systems.

Energy efficiency in residential heating through water to air heat exchangers

Fostering energy efficiency in residential heating systems is critical in this era of heightened environmental consciousness. Water to air heat exchangers play an integral role in realizing this objective, presenting numerous benefits. Their function is not only focused on optimizing energy use, but also on delivering optimal heating results in residential settings. Water to air heat exchangers notably reduce energy wastage, by harnessing the ability to exchange heat between air and water, leading to minimized power consumption and thus boosting the energy efficiency of residential heating systems. Furthermore, their uncomplicated design promotes easy installation and maintenance, which both contributes to their overall economic appeal. Consequently, these units present a compelling choice for any homeowner looking to upgrade their heating setup, providing an energy-efficient, cost-effective, and reliable solution for long winters.

Various applications of water to air heat exchangers

Water to air heat exchangers play a pivotal role in residential heating systems. Various applications of these efficient devices can be seen in the form of central heating, underfloor heating, or domestic hot water supply. Notably, their unique advantage lies in the ability to convert water’s thermal energy into ambient air, efficiently heating homes. For instance, a case study in Minnesota saw the usage of such an exchanger in a residential setting, reducing heating costs by around 30%. Correspondingly, another case study in Connecticut showcased an air to water system contributing to eco-friendly residential heating. Therefore, exploring these applications can lead to energy-saving residential heat management strategies.

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Revolutionizing Food Production: The Role of CHL Systems in Streamlining Operations

In the fast-paced and ever-evolving landscape of food production, technological advancements have become indispensable for ensuring efficiency, quality, and safety.



In the fast-paced and ever-evolving landscape of food production, technological advancements have become indispensable for ensuring efficiency, quality, and safety. Among the trailblazers in this field is CHL Systems, a name synonymous with innovation and excellence. Leveraging cutting-edge technologies, CHL Systems has brought forth a range of devices that are redefining the way we produce and process food.

Automated Sorting and Grading Systems

The first step to delivering high-quality food products is the meticulous sorting and grading of raw materials. CHL Systems’ automated sorting and grading systems have taken this essential process to new heights. Using advanced imaging technology and machine learning algorithms, these systems can rapidly assess the quality of produce, categorizing items based on size, color, shape, and defects. This not only reduces human error but also optimizes resource utilization by directing each item to its most suitable processing line.

Data-Driven Analytics and Monitoring

CHL Systems recognizes this and offers data-driven analytics and monitoring solutions that empower food producers with valuable insights. By collecting, analyzing, and interpreting data from various points within the production process, these systems enable proactive decision-making. From predicting maintenance needs to optimizing resource allocation, data-driven approaches are integral to enhancing overall efficiency and productivity.

In conclusion, CHL Systems has revolutionized the food production landscape with its innovative range of devices. From automated sorting and grading systems to data-driven analytics, these devices have collectively elevated efficiency, quality, and safety within the industry. As the demands and expectations of consumers continue to evolve, CHL Systems remains at the forefront of driving progress in food production.

The journey of food production is no longer limited to culinary expertise; it is now a fusion of culinary artistry and technological precision. CHL Systems’ devices are not merely tools; rather, they are enablers of a new era in food production where consistency, reliability, and excellence are not just goals, but the standard. As we move forward, it is evident that CHL Systems will continue to shape the future of food production, one innovative device at a time.

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Maintaining Your Water Tank for Optimal Performance: The Key to Longevity with the Highest Quality Tank Lining & Repair

In this article, we will delve into the importance of maintaining your water tank, highlighting the significance of the highest quality tank lining and repair methods.



Water is a precious resource, and proper storage is essential to ensure its quality and availability. One of the key components of an effective water storage system is the water tank. In this article, we will delve into the importance of maintaining your water tank, highlighting the significance of the highest quality tank lining and repair methods.

The Role of Water Tanks

Water tanks play a pivotal role in storing and supplying clean water for various purposes, such as domestic use, agricultural needs, and industrial processes. They act as reservoirs, ensuring a steady supply of water even during periods of scarcity. However, for a water tank to function effectively, it needs to be properly maintained, with a particular focus on tank lining and repair.

Importance of Tank Lining

The tank lining serves as a protective barrier between the stored water and the tank’s interior surface. It prevents corrosion, leakage, and contamination of the water. Over time, due to exposure to elements and water chemistry, the tank’s lining may deteriorate. This can lead to the growth of bacteria, algae, and rust, affecting both water quality and tank integrity.

Choosing the Right Lining Material

Selecting the appropriate lining material is the first step toward ensuring the longevity of your water tank. Common lining materials include epoxy coatings, polyurethane, and glass-fused-to-steel. Consider factors such as the tank’s size, the type of water it will store, and the surrounding environment when choosing the lining material.

Regular Inspections and Maintenance

Regular inspections are paramount to identifying any signs of deterioration or damage to the tank lining. Cracks, peeling, discoloration, and rough spots are indicators that the lining needs attention. Implement a maintenance schedule that includes cleaning, surface preparation, and applying necessary repairs. Quick action can prevent minor issues from escalating into major problems that might require costly repairs or even tank replacement.

Repair Methods

When issues are identified during inspections, prompt repair is essential. High-quality tank repair methods ensure that the tank’s structural integrity is maintained, preventing leaks and potential contamination. Repairs can include patching cracks, reapplying coatings, and addressing surface imperfections. Professional repair services equipped with the knowledge and tools for the job can guarantee effective restoration.

Expert Consultation

While some maintenance tasks can be done by the water tank owner, seeking expert consultation is highly recommended. Professionals can conduct thorough assessments of the tank’s condition, recommend suitable repair methods, and provide guidance on the right type of tank lining. Their expertise can help extend the life of your water tank and ensure the safety of the stored water.


A well-maintained water tank is essential for ensuring a consistent supply of clean water for various needs. Investing in the highest quality tank lining & repair methods is a proactive step towards preserving the tank’s longevity and functionality. By choosing the right lining material, conducting regular inspections, addressing repairs promptly, and seeking professional consultation when necessary, you can safeguard your water tank’s performance and contribute to water conservation efforts. Remember, a small investment in maintenance today can save you from costly repairs and replacements in the future, all while ensuring the availability of safe and reliable water.

Main photo: Harry Cunningham/

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