Fireplaces with a water contour: an overview of options for use with a photo

Fireplaces have long been a popular feature when it comes to keeping our homes warm and inviting. But what if a fireplace had more uses than just creating a cozy atmosphere? Introducing fireplaces with a water contour, a brilliant invention that blends contemporary heating technology with the allure of a classic fireplace.

Water is circulated via a network of pipes inserted into the fireplace structure to power these creative fireplaces. Radiant heat is produced in the house by pumping heated water throughout it as the fire burns. This is a very effective heating solution because it can heat other parts of the house in addition to the room with the fireplace.

The adaptability of fireplaces featuring a water contour is one of their main benefits. They give homeowners a flexible heating option that can change based on their needs and can be incorporated into both new and existing homes. These fireplaces provide a chic and effective solution, whether you’re renovating your old heating system or building your ideal house.

Still, there are other advantages to these creative fireplaces besides efficiency. They have the added benefit of being able to heat your house more efficiently while still creating the cozy atmosphere of a traditional fireplace. A fireplace with a water contour adds warmth and charm to any space, whether you’re hosting a get-together with friends or curling up with a book on a chilly evening.

We’ll examine some of the options available for fireplaces with a water contour in more detail in this article. There is a fireplace to fit every taste and aesthetic, ranging from sleek and contemporary designs to classic and rustic styles. We’ll go over the advantages and features of each choice and offer advice on upkeep and installation.

What is a fireplace fireplace

The oldest feature of a human home’s interior is the fireplace. Since the beginning of time, the hearth has been the focal point of most family gatherings. For the most exquisite design, a stove-stone stove with a water contour is now available for purchase.

Advancements in technology have resulted in the development of numerous variants of this conventional heat source. One of them is an aquamine, which warms water that is circulated via the heating system. He can now heat not just one room but the entire house.

Principle of operation

Similar to how a wood-like heating furnace operates, a fireplace with an integrated water circuit mounts the heating system’s heat exchanger.

Advantages

The fireplace’s installation adds refinement to the design. In a country house, a sudden cool breeze outside or a prolonged absence can quickly warm the room. And the building’s whole heating system will start operating right away.

The following are additional advantages of obtaining aquamine:

1. Badly shimmering flame lights is one of the three paintings that you can look at endlessly. Rest at the fire is the oldest, relaxing and soothing.
2. The design of the fireplace does not contain moving mechanisms. There is simply nothing to break there. Durability is ensured by millennia experience in the use of open fire.
3. The hull of the aquamine is double. Inside is circulating water from the heating system of the house. The metal does not overheat from contact with an open flame, so the service life of the product is measured for decades.
4. The traditional fireplace equipped with heat exchangers, connected to the heating system of the building, has a utility coefficient (efficiency) 80 %. This is the level of modern heat generators.
5. You can connect a boiler to aquamine to provide a cottage with hot water supply.
6. Fire safety guarantees the use of a heat -resistant transparent furnace door. At the same time, the soft infrared spectrum of the flame freely penetrates through the glass, pleasantly warm the hosts of the fireplace, creates a cozy, warm atmosphere.
7. Cheap fuel: firewood, coal, fuel briquettes – gives a tangible annual economy.
8. Stove, fireplace heating is completely autonomous, which allows you to build a country house far from gas and electric networks. The presence of a small electro generator power provides the possibility of using automated pellet fueling of the firebox for long -term continuous combustion.
9. Modern aquams are light enough. They can be installed without a foundation on a non -combustible base, for example, from ceramic tiles.
10. The diverse design of modern fireplaces has a common description – compact dimensions with a fairly high thermal power, which is important for small rooms.
11. There is no inertia inherent in traditional massive stoves. In a matter of minutes, a flared flame will warm the room where an aquamine is installed. If a circulation pump is provided, then the entire building is not terrible sharp changes in the temperature of the outdoor air.
12. The price of a massive stone fireplace or furnace, along with the foundation and chimney, exceeds the cost of a aquamine, the installation of which is quite simple, so it is possible to install with your own hands. And it’s hard to find a professional mashedman now, his services are expensive.
13. With a combined heating system, up to 50 % of the initial cost of gas equipment is possible. The maximum power of the boiler is calculated on the minimum winter temperature. At the latitude of Rostov-on-Don it is -24 ° C. In practice, frosts are rarely lower than -10 ° C. When it becomes colder, the aquamine will help out. The rest of the time can be saved without compromising for comfort.

Flaws

The central heating of modern housing has spoiled man, so even small extra tasks involving a fireplace can be very confusing.

Still, there aren’t too many issues:

1. With strong winds, reverse traction is possible. Smoke, soot falls from the combustion chamber into the room. To avoid such a trouble, the chimney should rise above the skate of the roof or be from it at a certain distance. Exact values for a particular case are calculated on the basis of building codes and rules (SNiP). Stabilize, strengthen the deflector will help to strengthen the traction.
2. If a country house is not intended for permanent residence, then in winter the water from the heating system must be drained for the time of absence. Otherwise, the pipes burst. The durability of the building, the safety of the interior will be guaranteed if the internal temperature is maintained at a level of at least +10 ° C. This can be achieved by automated pellet supply of fuel or by installing an electric boiler for on duty heating.
3. Installation of a fireplace is more expensive than connecting an electric boiler. But electricity is one of the most expensive types of "fuel". In addition, power supply interruptions are not uncommon.
4. It is required to regularly clean the chimney from soot 2 times a year, and with intensive operation more often.

What consists of

The firebox, heat exchanger, and case have a very straightforward design. There may be a separate case. Sometimes it is frozen into the variety of brick, forged, or stone-sculptural products’ walls or ornamental framing. The grates are typically cast iron, but the firebox is made of steel. Heat exchanger made entirely of pipework. There is a chimney on top of the furnaces and an air duct below.

Frame

Interior metal casing for aquamine. Between the outer and inner walls, water flows. It heats up from this point on and then moves into the heat exchanger’s upper register. This technical solution makes the outer shell extremely fireproof because it isn’t even theoretically capable of warming up above 100 ° C.

The hob is occasionally positioned on the upper plane. This layout works well for tiny summer homes with a single room serving as the living, dining, and kitchen areas.

The designer’s imagination is the only factor influencing the case’s geometry. The combustion chamber’s fit inside it is what matters most.

The combustion chamber

Because of poor heat selection during fuel combustion, conventional fireplaces only exhibited a 20% efficiency level. The flame’s infrared radiation caused the room to heat up. To allow the fire’s rays to heat the largest possible area of the room, a sizable portal was placed in front.

Convective heat transfer from the hot body also caused a tiny amount of heat to be transferred to the air in the house. Along with combustion products, or hot gases, the remaining 80% of the heat was expelled through the chimney.

Aquams’ design allows for the adjustment of the fuel combustion rate through control of the supply air flow into the furnace’s lower section. Heat-resistant glass closes the portal. Because it blocks uncontrolled air entry to the fire, the aquamine is fireproof.

They allow air to pass through the pipe into the furnace, minimizing the chance of drafts. They install a small grille outside to keep cats and rodents out. An adjustable gate is located in front of the fireplace.

The clean glass system, a longitudinal gap with guides for a small amount of supply air from the room, is located on top of the portal. Cold air "flows" along the inside of the glass to keep soot from contaminating it.

Heat exchanger (water heating circuit)

The pipe register for selecting heat from hot gases is located in the upper section of the furnace. Water circulates as the coolant within the pipes. Extra registers are situated along the side and back walls of the furnace if the aquamine has a very high capacity. A circulation pump is necessary to enhance efficiency and improve heat transfer. Aquacmum’s efficiency rises to 80% as a result.

The installation of an expansion tank is required because heated water expands in volume. An open heating system is typically installed in the attic, at the highest point. When closed, a membrane tank is installed wherever it is convenient for maintenance. Mounted close by are a safety valve and a manometer.

Chimney

Gaseous combustion products are removed using metal or ceramic materials. Ceramic chimneys vary in installation complexity and cost, but they are robust.

When the chimney pipe is manufactured, it is glazed. This makes cleaning easier and keeps soot from sticking. It is isolated from the chimney casing by thermal insulation that withstands heat. A condensation container is located below.

The primary attributes of chimneys made of ceramic:

• service life is over 25 years;
• the vitreous surface prevents the deposit of soot;
• fireproof;
• do not burn out;
• A significant mass should be based on the foundation;
• high cost of components;
• Complex installation.

Metal chimneys are easier to collect and far less expensive. They risk burning out if the operating mode is violated.

Steel conduits are gathered in accordance with Sandwich scheme. Technical stainless steel outer pipe is isolated from basalt thermal insulation on the outside. Sealant that is resistant to heat is used to fuse separate blocks.

Features of metal chimneys include:

• the cost of purchase and installation is less than that of ceramics;
• It is possible to assemble with your own hands;
• small weight, so the foundation is not needed;
• the flame can not allow the flame into the chimney.

Types of fireplaces

Fire stove on firewood

This change resulted from a natural desire to install a beautiful fireplace in place of the country house’s customary wood stove. Its efficiency needed to be increased in order to accomplish this.

Three positive changes helped to solve the task:

1. The flow of air into the furnace is not through the open front plane, but through the grates below. The fuel combustion intensity is regulated.
2. The portal is closed by transparent heat -resistant glass. Infrared rays freely pass through it, heating the entire room.
3. The heat exchanger is installed on top of the furnace.

Pellet fireplace

Following the development of Pellet, granular fuel made from peat and organic waste from agriculture and woodworking, the other option was created. Burning could be automated thanks to a new kind of biofuel that had standardized in size.

The frequency of aquamine services has been extended from several hours to a month. An integrated controller manages the processes of ignition, control, and process regulation.

Every pellet furnace is built with a number of systems:

1. Storage with a gravitational fuel supply system. As expended, the granules show off down the inclined surface, to which the vibration mechanism is connected.
2. Vacuum pumper.
3. Built -in reception hopper of the fireplace.
4. Combustion chamber with flame control.
5. Periodic purification of the chimney and ash chamber by spring mechanisms.

The built-in bunker’s pellet serves as fuel as you burn out. Depending on the designated temperature inside the building and variations in the outside weather, the granular supply intensity is automatically adjusted.

After the bunker is destroyed, biofuel is periodically drawn from the storage, the size of which dictates how long the system will run for without needing to be rebooted.

Types of fireplaces according to the material of manufacture

Brick, natural stone, ceramics, steel sheet, cast-iron casting, insulation made of basalt fiber, and heat-resistant glass are all used in the aquams device.

Brick

The fireplaces can be customized to almost any configuration upon request. The uniqueness of the interior will be emphasized by the tile decoration. These fireplaces typically use premium working bricks, also known as refractory.

Calls for precise technology observance and excellent installation. put in place on a different foundation. Greater comfort justifies a high initial cost.

Metal

The best in terms of price/quality ratio, making it the most profitable. Their wide distribution can be attributed to their light weight, low cost, easy installation, and variety of designs.

Combined

Combine the efficiency of the water heating system with the comfort of an infrared fireplace and the heat output of a large furnace. possess the highest level of effectiveness imaginable. Long after the firing, they continue to release the accumulated heat.

As the fireplace’s brick or stone facade is being constructed, the furnace chamber with heat exchanger is built. The cast-iron option is best because it will be difficult to access for repairs at that point. It is advised to use the sturdy ceramic chimney because it needs its own foundation.

Criterias of choice

Most consumers only consider a product’s look when making a purchase; instead, they are influenced by price and personal preference.

It is advisable to consider additional factors as well.

• thermal power;
• durability;
• The duration of the combustion of disposable fuel laying.

The amount of power is based on the size of the house and the wintertime minimum outside temperature. In the product passport, the manufacturer lists the pertinent features. If not, or if the figures are highly imprecise, you can apply the SNiP calculation technique.

Then, consideration of the following is required:

• climatic conditions at the place of residence;
• structural characteristics of the premises;
• the size of the heated area;
• number of external walls;
• Orientation of the external walls on the cardinal points – south, east, west, north;
• thermal resistance of the outer walls, depending on the thickness and thermal conductivity of the material;
• the outer air temperature in the coldest week of winter;
• ceiling height;
• What is located from below/from above: a heated or cold room, the attic is insulated or not;
• the degree of gender insulation;
• the presence of the basement;
• quantity/size of the windows;
• window design: wood or metal -plastic, double or triple glazing, argon filling;
• Availability/door size per street or balcony.

Count every room independently. Next, it’s time to smash heat loss. This is the heat-generating unit’s maximum power, which still needs to be increased by a reserve coefficient of 15% to 20%.

Popular models and their cost

Aquara Aqua

16 kW of power, 104 x 70 x 45 cm in size, 205 kg of weight, and starting price of 32,000 rubles.

A convection grate in the top portion is a distinguishing feature. intended to accelerate the heating of the surrounding air.

The Angara Aqua Kamin model’s prices

Aquara Aqua

Pechora Aqua

18 kW of power, 104 x 75 x 49 cm in size, starting at 40,000 rubles.

The firebox has a refractory lining that is arranged internally. Ceramics adorn the prismatic side walls. Convection has gained more traction and can now be used to reheat food in place of a microwave.

The cost of the Pechora Aqua fireplace model

Pechora Aqua

MBS Thermo Vesta Plus

11 kW of power, 42650 rub, 89 x 46 x 44 cm of dimensions.

The possibilities of high-quality cast-iron component casting allow for a wide range of models. You can boil the kettle or even make a basic meal on the decent-sized upper site. Here, there isn’t a heat exchanger.

The MBS Thermo Vesta Plus fireplace model’s costs

MBS Thermo Vesta Plus

Ecokamin Elsas

11 kW of power, 97 x 145 x 49 cm, 189900 rub., German manufacture.

The external appeal and variety of tiles used as external cladding are captivating. However, it is completely puzzling how the stated 80% efficiency is attained. Heat exchangers for water are absent.

Ecokamin Bavaria with a stove and heat exchanger

11 kW of power, 945 x 710 x 540 mm in size, 47 200 rubles.

It was feasible to achieve higher thermal capacity by widening the furnace to increase its volume. In this instance, there is sufficient room for the location. Ideal choice for tiny country homes with a combined kitchen and dining area. Nearly the whole space gets warmed by the prismatic glazed facade.

MBS VULKAN

17 kW of power, 85 x 48 x 60 cm, 66440 rubles.

Strong squat stove that is dependable and thorough.

La Nordica Termo Cucinotta

9.1 kW of power, 68 x 86 x 65 cm in size, priced at 178400 rubles.

Italians are acknowledged as trailblazers in fashion beyond clothing and footwear. There are certain fireplace models that are fit to be installed in the Royal Palace. The "tertiary fuel" system that is being advertised may raise questions among experts in the boiler room. Furthermore, considering the presence of a water heat exchanger, the declared efficiency of 78.8% is quite realistic.

Do -it -yourself manufacture

Without the necessary experience, a fireplace can be built with precise blueprints that show the placement of the bricks in the right order. Start by leveling out the blocks or pouring a concrete foundation to the level of the black floor. On top is a waterproofing layer made of roofing material.

For the furnace, it is recommended to use Chamotis products. Although a cast iron heat exchanger is preferred, a welded pipe register with walls at least 4 mm thick will do. The heat exchanger’s heating pipe connections ought to be made outside the furnace.

Refractory bricks are used to build the remaining portion on a clay solution. The chimney is mounted after the arch from above is formed. Without the need for pipes, it can be constructed on your own foundation using bricks from the back of the fireplace.

You should wait two weeks after the construction is finished before turning on the ignition. Next, add water to the system. to operate the first firebox in a sparing manner while progressively boosting the flame.

Water-contoured fireplaces offer an interesting alternative that is worth investigating in the realm of home insulation and heating. By circulating water to heat the house, these cutting-edge heating options accomplish two goals in one: they create the warm atmosphere of a traditional fireplace while also being extremely functional. We’ll explore the different ways you can incorporate these fireplaces into your house in this post, along with some thought-provoking images to help you see the possibilities. Whether you want to lower your energy costs or add more warmth to your living area, investigating the world of water-contoured fireplaces is a promising way to improve efficiency and comfort in your house.

Independent installation

Since contemporary lightweight models are standardized, installation doesn’t take too much work. Standard tools, a minimal level of expertise, and some free time are required.

Installation of the fireplace

It is essential to outfit a non-combustible base with steel sheeting or ceramics prior to installation.

As per the guidelines provided by the manufacturer, additionally:

1. Set the fireplace by level strictly vertically.
2. Connect the heat exchanger to the heating system pipes.
3. Mount the chimney, attach to the furnace.
4. Fill it with water.
5. Lay the half fuel rate, light.

Connection to radiators

Aquamine integrates with both closed and open heating systems. Select a pipe that is at least 1.5 inches for the highway. She is positioned at a minimum 5-degree constant slope. There are 1/2–3/4-inch bouncers between each radiator.

Chimney installation and connection to the fireplace

The furnace’s back or upper section may have the connection.

The guidelines that follow must be adhered to:

1. The diameter of the chimney should be equal or more than the output in the fireplace.
2. Ship must be installed on the chimney.
3. Horizontal areas cannot be more than 1 meter.
4. The height of the chimney must correspond to the passport.
5. Intersections with ceilings, walls are isolated by non -combustible materials.
6. There should be an audit on the smoke pipe for the removal of soot, and below – the receiving bowl for condensate.

Recommendations for operation and care

It is obvious that using a fire in the home means paying more attention to fire safety. It won’t be unnecessary to have a fire extinguisher and a bucket of sand next to the fireplace in addition to a wood box.

The service methodology and conventional methods are essentially the same:

• periodically control the level or pressure of water;
• twice a year clean the chimney from soot;
• Remove the ash regularly;
• Wipe the glass of the fireplace with special liquids;
• Before the seasonal launch, conduct a revision of pipe connections;
• In winter, before leaving the country house, drain water from all pipes.

Option	Description and Photo
1. Traditional Fireplace with Water Contour	This classic option integrates a water contour system within a traditional fireplace design. It provides both warmth and aesthetic appeal.
2. Modern Built-in Fireplace	These sleek fireplaces are designed to be installed into walls or existing structures. They often come with water contour features for efficient heating.
3. Freestanding Water-Contour Stove	These standalone stoves combine the charm of a traditional wood stove with the efficiency of water contour heating. They can be placed anywhere in the house for effective heating.

Water contour fireplaces are a charming focal point and a warm, cost-effective way to heat your house. These creative heating options offer a range of options to suit diverse requirements and tastes.

The integrated water jacket fireplace is one choice that skillfully combines contemporary utility with classic design. The combustion chamber of these fireplaces is surrounded by a water jacket, which transfers heat to the water and distributes it throughout the house via radiators or underfloor heating systems. This configuration is eco-friendly since it uses renewable energy sources in addition to providing warmth.

Standalone water contour fireplaces provide installation flexibility for those who desire versatility. These units can be positioned anywhere in the house, including bedrooms, living rooms, and even outdoor areas like patios and gardens. For both traditional and modern settings, standalone fireplaces offer an appealing heating option thanks to their small sizes and effective heat output.

The boiler system and fireplace combo is an attractive alternative as well. It fulfills two functions by heating the home and producing hot water. These integrated systems are perfect for smaller homes or environmentally conscious people because they maximize space efficiency while minimizing energy consumption. For even more sustainability, some models can be linked to solar panels or other renewable energy sources.

Whichever option is selected, fireplaces featuring a water contour offer both functional and visual appeal. Their flickering flames create a warm atmosphere that is ideal for unwinding on cool evenings with loved ones. These heating options can improve the coziness and charm of any house with careful selection and installation.

Video on the topic

Kamin +stove with water (nuances). www.Santguru.ru

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Aquaflam Vario Kalmar stoves with water contour. Kamin stove. Review