How Much Does a Biomass Pyrolysis Plant Cost?

Depending on the size and efficiency of the biomass pyrolysis plant, a biomass pyrolysis plant can cost several hundred thousand dollars or even millions of dollars. Buying a biomass pyrolysis plant is an investment, and the cost of bio-oil produced through fast pyrolysis of rubber tyres will determine the total cost of ownership. This article will provide you with an idea of what to expect from the costs involved.

Make Biochar Successfully
Make Biochar Successfully

Investing in a biomass pyrolysis plant

If you are thinking about investing in a biomass pyrolysis plant, there are many factors that you should consider. This equipment is an investment that will pay for itself quickly over time. Moreover, biomass plants can earn you a handsome profit in just a few years. You can choose to purchase a complete production line, which will help you save money and purchase quality equipment. Here are some of the most important aspects that you should consider.

One of the main advantages of having a biomass pyrolysis plant is its environmental benefits. Getting rid of biomass waste can be a costly affair, as you will need to pay for disposal services. Moreover, the waste produced by the biomass plants will cost a lot of money to dispose of. That is why investing in a biomass pyrolysis plant can be a great idea. A biomass pyrolysis plant can not only produce products that are in demand, but also contribute to the environment by reducing greenhouse gas emissions and preventing water pollution.

Beston Biomass Pyrolysis Plant
Beston Biomass Pyrolysis Plant

Cost of bio-oil produced by fast pyrolysis

The cost of producing bio-oil through fast pyrolysis has been studied for almost a decade. Costs vary widely depending on the feedstock and scale of the production system. Larger charcoal making equipment tend to produce more bio-oil at lower cost, but commercial production has not reached that stage yet. During a recent study, researchers at the University of New Hampshire evaluated the production cost of bio-oil from wood chips as a substitute for #2 fuel oil. The researchers investigated the economics of using a fast pyrolysis reactor to produce bio-oil from feedstocks at rates of 100, 200, and 400 tons/day.

Fast pyrolysis is a hydrothermal upgrading process based on a rotating cone reactor. Biomass particles enter the reactor near the bottom, where they are mixed with hot sand particles. The cone’s action then transports the biomass particles upward, where they are converted into bio-oil. This bio-oil is 70% bio-oil, 30% char, and 30% gas. The company plans to build 20 biorefineries in Finland and is currently building the first one in Iisalmi. It uses Rapid Thermal Processing ™ to convert biomass into biofuels.

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Cost of bio-oil produced by pyrolysis of rubber tyres

The cost of bio-oil produced by pyralysis of rubber tyres varies greatly depending on scale and efficiency of production. One of the biggest initial costs is the charcoal furnace. However, once it is running, this plant is extremely productive. Apart from bio-oil, it can also be used for producing charcoal or fuel for heavy machinery.

The oil yield depends on the type of pyrolyser used. It should be derived from high-quality waste materials like tyres. In some cases, the oil produced from pyrolysis can be directly sold to power plants or used by maritime transport companies. However, if you are planning to sell the bio-oil to power plants, you will need to do some custom formulations and quality enhancements.