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Tag Archives: heating

The big dilemma of HVAC repair or replacement?

A safe, efficient and reliable HVAC system is the key to creating a comfortable environment in any room, be it a residential, industrial or commercial building. Of course, any climate system needs timely maintenance and repair. Therefore, when it begins to show signs of wear, or when its service life comes to an end, perhaps you are asking yourself whether it is worth investing in its repairs or is it better to simply replace it with it? In this article we will try to answer this eternal question.

There is no obvious solution here. Whichever option you choose, it takes a lot of effort to get the HVAC system up and running. To help you make the right choice, we have compiled a list of important factors to consider.

Age of the HVAC system

The service life of the climate system depends on its size, serviced area and purpose of use. Nevertheless, as a rule, it is considered that 15–20 years is the period after which it requires replacement. Naturally, before you decide to upgrade or repair, it is better to conduct a professional assessment of the condition of all components of the system – especially if its annual inspections were not conducted during operation.

Many obsolete components, refrigerants and gases used in climate systems are removed from production in favor of more environmentally friendly counterparts. Consequently, spare parts for outdated systems may be scarce and expensive.

Cost of

One of the factors that any building owner or management company considers is the cost of replacement compared to the cost of repairs. There is one good rule here: if the cost of repairing equipment is more than 50–60% of the cost of a new one, it’s time to change it.

Naturally, budget considerations should also be taken into account, but it should be borne in mind that the new HVAC system will last much longer than the one that was simply repaired.

Energy efficiency

Energy efficiency is a hot topic in the HVAC industry. Manufacturers and suppliers have made tremendous efforts to offer customers more and more efficient systems. Due to its design features and used components, older systems are much less efficient than modern ones.

If you notice a decrease in performance or the absence of any noticeable improvements with a rising cost of operation, this means that, most likely, the system has become ineffective. Low efficiency not only harms the environment, but also lowers the comfort of building conditions, as well as inflates monthly bills.

System performance

The performance of an HVAC system is directly related to its energy efficiency. The main purpose of climate systems is to ensure indoor air quality (IAQ), which is achieved through proper ventilation and air filtration, as well as maintaining temperature conditions.

A low IAQ is associated with a number of ailments that adversely affect the quality of life, productivity, etc. These can be allergic reactions, nausea, asthma attacks, headaches and, in the worst cases, serious chronic diseases.

In this case, the new system must be installed as soon as possible.

Internal factors

Perhaps the building has a team that serves it. In that case, talk to her. This can give you a more complete picture of the state of these systems and will let you know if replacement is the preferred option.

The decision to replace or repair may be dictated by company policy. Sometimes this policy states that repair is a priority option, and this is usually determined by budget considerations. Full replacement of the system may require funds allocated for several years of operation, but when the life of the components comes to an end, the problem should be considered in the long term.

As you can see, the choice between repair and replacement is not an easy decision. Nevertheless, a lot of things speak in favor of installing a new, modern HVAC system. Energy efficiency and low operating costs are likely to compensate for initial costs.

6 questions about underfloor heating

Warm floors are increasingly part of our lives. Someone “felt” warm floors, being at a party, and now dreams of a similar system at home. Someone found them in the bathroom, I liked it, and decided to do around the house. And someone had just heard about underfloor heating, and does not know if he needed it. We will answer your questions.

1.  Is warm floor safe for kids?

Underfloor heating is completely safe for children. It can be easily installed in the children’s room. Moreover, even with an open window in the room there is no draft. You can leave the kids play on the bare floor. However, if you choose an electric radiant floor heating, you should purchase and install is a two-core cable systems. In contrast to the single-core, they are more expensive. But the level of electromagnetic radiation in two-wire electrical floors so small that it has no effect and does not bring any harm.

2. Is it possible to lay floor heating in the bedroom?

It is believed that the warm floor cannot be laid in the bedroom. Supposedly heated air coming from the bottom, a negative impact on healthy sleep. In fact it is not. If exposed to moderate temperature, then sleep will be quite comfortable. Modern thermostats are equipped with timers, daily and weekly programming, so at night the warm floor temperature can be set lower by 2-3 degrees than in the day.  This will not experience discomfort during sleep and still walk on the floor without slippers.

3. Is it true that the underfloor heating system improves the health of asthmatics and allergy sufferers?

Uniform distribution of heat from the floor heating prevents burning of dust, the air drainage. Also underfloor heating to prevent the emergence and spread of mold and mildew. In addition, no radiator dust much less flying across the room, leaving the air clean. If the home is equipped and the system of underfloor heating and ventilation system, there is no doubt, it will be easier to breathe. People with asthma or allergies, begin to feel better.

4. Is it possible to install a warm floor under furniture, under laminate, a parquet floor, under the carpet?

Underfloor heating is spread only on the free space (under the fixed furniture and appliances to mount the floor heating is not recommended). Special electric floor heating for wood can be installed under laminate and parquet board. On the radiant floor heating is also possible to lay laminate or flooring, but it is important that these coatings were of high quality. Carpets and rugs lay undesirable. They impede the free flow of heat across the room.

5.  Can I install the underfloor heating in showers and bathrooms?

And the water, and electric floor heating can be installed in bathrooms and shower rooms. Electrical cables are protected from short circuits. Underfloor heating will forget about the “cold tile”, quickly dry the wet floor, and make it less slippery and dangerous.

6. Can I make a warm floor in the balcony on the balcony? And if so, how – water or electric?

In an apartment building with a central radiant floor heating system cannot be installed, an electric only. In this case, the heating cable or heating mat can be laid on the balcony or loggia. However, it is necessary that the balcony was sufficiently insulated, especially the floor and ceiling. In a private house permissible conduct electric underfloor heating on the balcony or loggia. Water heating in extreme cold can freeze. Therefore, in the cottages should apply anti-icing system.

Boilers: Various Types and Classification

 

In today’s energy work a variety of types of boilers. They can be classified by type of fuel, coolant type, accommodation type, level of mechanization. The specific type of boiler is selected depending on the goals and objectives, operating conditions and customer requirements.

  1. Fuel type
  • Gas: The advantage of this kind of boiler is that the gas – one of the most economical and environmentally friendly fuels. Gas boiler does not require complicated and cumbersome equipment fuel and slag removal, and can be fully automated.
  • Fuel oil: These boilers can run on waste oil, fuel oil, diesel oil. They quickly put into operation, do not require special permits, the connection negotiation, obtaining gas limits (as opposed to gas).
  • Solid: To the solid fuel concerns coal, peat, wood, pellets and briquettes from waste wood processing and agriculture. The advantage of this type of boiler is the availability and low price of fuel, but it requires the installation of fuel and ash handling systems.
  1. Coolant type
  • Steam:  In such a boiler heat carrier is steam, which is used mainly for manufacturing processes in industrial plants.
  • Water: This type of boiler is designed for heating and hot water supply of residential buildings, industrial and public facilities. The coolant is water, heated to +95 +115 ° C.
  • Combined: In these boilers are placed as steam and hot water boilers. Hot water is used to cover the load for hot water, heating and ventilation, and the steam is supplied to provide the technological needs of the enterprise.
  • Diathermic oil: In this boiler is used as a coolant in the high-temperature organic liquid, the temperature of which can reach +300 ° C.
  1. Accommodation type
  • Modular: This type of boiler is becoming increasingly popular in Russia in recent years, thanks to many advantages in comparison with stationary boilers: fastest time of installation and commissioning, factory-assembled modules, the ability to increase capacity by adding units, battery life, high efficiency, mobility. Depending on the placement of block-modular boiler can be detached, and attached, integrated, roof, basement.
  • Stationary: Stationary boilers are usually built when the required power exceeds 30 MW, or the construction of a modular boiler for some reason impossible. Stationary boilers distinguished by major building and construction (foundations, walls and partitions, roof). Installation of equipment on site is performed.
  1. The level of mechanization

Depending on the degree of mechanization / automation processes are the following types of boiler:

  • Hand: Small boilers can be equipped with boilers, in which the fuel supply is performed manually by operators. The fuel is supplied to the boiler room truck or in some cases from the outside through a loading hopper. The ash and slag from the ash hopper and are removed manually by the operator and exported outside the boiler room via trolley.
  • Mechanized: Modern boilers are equipped with solid mechanization, significantly facilitate the work boiler operator. Fuel supply by means of conveyors or skip hoists. Coal is pre-processed. The ash and slag may be removed by various methods – mechanical, hydraulic, pneumatic or a combination thereof.
  • Automated: This type of boiler assumes full automation and minimal presence of the human factor. Fully automated, as a rule, gas boiler.

 

Why replacing your Heat Pumps to Latest one is better?

 

You may installed Heat pump over a decade, and it may be in good condition after the lifespan by the manufacturer, but there are few more advantages you can have by replacing your equipment with Modern Heat Pumps. Innovative improvements on the design and operation of Heat Pumps offers you many good things.

If you’re located on Mississauga, Toronto, Burlington and Oakville, Kindly make a call to Air Track Inc. Our Experts will give you clear knowledge of it.

The Main Advantages of Modern Heat Pumps.

  1. While compared current Heat Pumps to Older which more than a decade, the Modern Heat Pumps are named for its high efficiency, simply it will reduce your monthly electricity cost.
  2. Very Safe Operation method, while comparing to old systems
  3. Innovative Heating and Cooling exchange process will allows to achieve accurate temperature in a very short time.
  4. Latest Heat Pumps are produce very low noise while operating, so your place is more comfortable and peaceful.
  5. The Life span (50 Years) of Heat Pumps is very long and will give the perfect operating condition.