Advanced Climate Technologies, LLC (ACT Bioenergy)

- Bioenergy Boiler

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Our proven state-of-the-art commercial-scale biomass (wood chip and wood pellet) boilers feature numerous user-friendly features including: automated fuel and air modulation, automated ash removal and remote monitoring capability. ACT Bioenergy Boilers are manufactured in the U.S.A and are American Society of Mechanical Engineers (ASME) certified.

Advanced Climate Technologies manufactures high-efficiency wood pellet and wood chip boilers for commercial, institutional multi-family residential buildings. The boiler systems range in size from 0.5 to 3.5 Million Btus for buildings sized 5,000-100,000 ft². ACT Bioenergy Boilers have been specifically designed to optimize customer convenience and ease-of-use to compliment or completely replace conventional fossil fuel boilers systems in buildings.

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  • Compact size for ease of installation.
  • Fully automated operation including ignition and ash removal
  • High efficiency due to large heat exchanger surface area and superior insulation
  • Low emissions due to innovative gasifier design that ensures complete, clean combustion
  • Remote monitoring capability
  • Multiple safety interlocks

The boiler technology is based on an innovative European design which has been developed and tested over the past 12 years and provides superior efficiency and lower emissions compared with conventional wood boilers available in North America.

The superior emission results from the ACT Bioenergy Boiler are due to the two stage gasification process which ensures clean and complete burning of the fuel.

In the first stage, fuel fed from below and up through the center of the burner plate where the fuel is heated to about 750ºF (400ºC) to release all the volatile gases contained in the fuel.

In the second stage of the process, air is injected tangentially from above the burn plate and complete combustion of the volatile gases occurs at temperatures up to 2000ºF (1100ºC). The hot exhaust gases are then sent through a heat exchanger to transfer the heat to the boiler water. The large surface area of the heat exchanger and superior insulation of the unit ensures maximum efficiency of heat transfer.

Innovative system design and controls ensure complete combustion of the fuel and particulate emissions are 20 times lower compared with conventional large wood boilers and are comparable with the emissions from conventional fossil-fuel boilers.

A hot air blower is used to automatically ignite the fuel.

The operating status of the boiler is constantly monitored and automatically adjusted based on the conditions in the combustion chamber and the heat demands of the building.

Ash is automatically scraped from the boiler and heat exchanger tubes to maintain optimal heat transfer conditions. The ash is moved by augers out of the boiler to a collection bin. Typically the ash collection bin must be emptied every 3-6 weeks.

Safety
The boiler operation can be remotely monitored and controlled through computer modem and the system has multiple safety interlocks which will automatically shut down the system if unsafe operating conditions occur.

Quality Assurance
Our facility and our welders are certified by the American Society of Mechanical Engineers (ASME).

The boiler designs have been proven to be extremely durable, low maintenance and highly reliable with over 200 installations in Europe.

  • Save up to 50 percent on heating costs versus heating with gas or oil.
  • Reduce global warming by using biomass fuel in a system with extremely low emissions.
  • Support economic development by buying readily available wood chips and pellets provided and processed by local companies.

  • Our facility and our welders are certified by the American Society of Mechanical Engineers (ASME)
  • The boiler designs are extremely durable
  • They are low maintenance
  • The boilers are highly reliable

  • The boiler operation can be remotely monitored
  • Can be controlled through computer modem
  • System has multiple safety interlocks
  • Interlocks will automatically shut down the system if unsafe operating conditions occur
  • Remote monitoring capability
  • Multiple safety interlocks

  • A hot air blower is used to automatically ignite the fuel
  • The operating status of the boiler is constantly monitored
  • Automatically adjusted based on the conditions in the combustion chamber and the heat demands of the building
  • Ash is automatically scraped from the boiler and heat exchanger tubes to maintain optimal heat transfer conditions
  • The ash is moved by augers out of the boiler to a collection bin
  • Typically the ash collection bin must be emptied every 3-6 weeks

  • Two Stage gasification process which ensures clean and complete burning of the fuel
  • Fuel is fed up through the center of the burner plate where it is heated to about 750ºF to release all the volatile gases contained in the fuel
  • Air is injected tangentially from above the burn plate and complete combustion of the volatile gases occurs at temperatures up to 2000ºF
  • Innovative system design and controls ensure complete combustion of the fuel
  • Emissions are 20 times lower compared with conventional large wood boilers

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