Ceylon black tea is created in Sri Lanka. Ceylon highland black tea, Anhui Qimen black tea and also Darjeeling black tea are likewise known as the three major black teas worldwide.

Ceylon black tea has gained more and more people’s understanding and also acknowledgment in China with its outstanding top quality and pure taste. Ceylon black tea is called “a present to the world”!

With the constant expansion of the field of tea deep processing, the result of teas, instant tea as well as tea polyphenols has increased quickly, resulting in a large amount of tea residues.

The prep work of tea residues into organic particulate fuel is a new treatment technique of tea residues, which has the attributes of environmental management, economic climate and also lasting advancement.

Status of Comprehensive Utilization of Tea Residues

Tea has a great deal of nutrients, while traditional tea beverages as well as tea deep-processed products just make use of the water-soluble elements in tea leaves, and there are still more nutrients remaining in the thrown out tea residues.

According to research study reports, 17% -19 % crude protein, 16% -18% crude fiber, 1% -2% tea polyphenols, 0.1% -0 -3% caffeine still continue to be in the tea residue after extraction., 1.5% to 2.0% of lysine, 0.5% to 0.7 % of methionine, etc, which have high possible usage value.

Presently, the treatment of tea residues mostly focuses on tea residue fertilizer, tea residue feed, and also extraction of effective practical parts from tea residues. Furthermore, tea residues can also be utilized as dietary fiber, making cushion cores, and also treating wastewater.

Possibility of Tea Residue Biomass Pellet Fuel Use

How To Convert Tea Residues Into Biomass Fuel Pellets

Waste tea residues include a huge amount of insoluble components and some residual soluble components. The conventional practice is to use it as fertilizer, feed, and so on.

At present, there relate research records on the alteration of tea residues right into hydrogels, biosorbents, extraction of water-insoluble nutritional fibers from tea residues, prep work of tea flavors, antioxidant peptides, boosted plant foods for corn, and fermentation of biogas.

The tea residue treatment approach just draws out some helpful elements, as well as the usage of tea residue is insufficient, as well as a big quantity of tea residue is still released ultimately; Waste tea residues accumulate, creating additional air pollution to the environment.

It can be seen that none of the existing treatment techniques for tea residues actually addresses the problem of extensive usage of tea residues.

The tea residue pellet fuel biomass addresses the technological issues of insufficient application of the current tea residue treatment as well as c auses second environmental pollution, as well as supplies a tidy, energy-saving as well as eco-friendly biomass fuel, which can change other nonrenewable fuel source will certainly not create the accumulation of tea residues, minimize production expenses, minimize environmental pollution and also environmental management financial investment.

Production Process of Tea Residue Biomass Pellet Fuel

The tea residue biomass pellet fuel uses the tea residue after tea extraction and also the sludge in the wastewater therapy as resources, as well as is filteringed system by a plate and also structure filter press, and after that the tea residue after the pressure filter is put into a Rotating Clothes dryer for drying out.

Ultimately, the pressed-dried sludge and also the dried out tea residue are mixed and squeezed out with a Ring Die Pellet Mill. The biomass pellet fuel can be made use of as fuel for biomass water heater and also biomass hot blast range.

With the advancement of tea residue pellet biomass fuel, the waste tea residue can be entirely absorbed as well as utilized as a new type of energy, which can successfully address the ecological stress brought on by a great deal of tea residues, boost the application rate of sources as well as minimize manufacturing costs while securing the biomass setting.

Improving the product yield remains in line with the sustainable development needs of the environmental setting, and also is much more conducive to improving the included value of t ea production.

The key modern technology of using tea residue to establish biomass pellet fuel hinges on the setting and also optimization of technical parameters of plate and structure filter press, tumble clothes dryer, Ring Die Pellet Device, and optimization of the blending proportion of tea residue and also sludge.

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