The Chemical Properties and Durability of Wood Pellets from Branches and Branches of Three Types of Mangrove Wood

Oct 13, 2025 by pynkocean.com 107 views

The Chemical Properties and Durability of Wood Pellets from Branches and Branches of Three Types of Mangrove Wood

Mangrove ecosystems are rich in potential, offering a source of income from ecotourism and recreation. The communities surrounding these areas are accustomed to processing products that can be utilized through community service activities. This study aims to obtain data and information about the chemical properties and durability of wood pellets made from branches and three types of mangrove wood.

Research Methods

In this study, three raw materials for mangrove wood were tested to determine the level of ash content, flying substances, and resistance to termites. The results of the test showed attractive variations in wood pellets from branches and branches of each type of mangrove wood.

Test Results

1. Ash Content

Wood pellets from the Branch of Crocodile Eyes (B. Sexangula) have an ash content of 14.63%, while the Oil Mangrove Branch (R. Apiculata) shows a lower value of 4.10%.
As for wood pellets from branches, the highest ash content is found in oil mangrove branches (R. apiculata) of 18.70%, and crocodile eye branches (B. sexangula) of 7.30%.

2. Flying Substances

The content of flying substances in wood pellets from three types of mangroves shows a variety of values, where blind-blind branches (E. Agallocha L) reaches 12.5%, Oil Mangrove branches (R. Apiculata) 11.75%, and branches Crocodile Eyes (B. Sexangula) 11%.
For pellets from twigs, the results show a lower level of flying substances with crocodile eye twigs (B. sexangula) are at 10.25%, oil mangrove branches (R. apiculata) 9.75%, and blindly branches (E. Agallocha L) 9.25%.

3. Resistance to Termites

From the results of gravity testing, wood pellets from the crocodile eye branch (B. sexangula) show the best resistance with a weight loss of 7.44%, which is included in the category of class II resistance.

Analysis and Discussion

The results of this study provide valuable insight into the use of mangrove wood for pellet production. The community can use branches and branches of mangroves as resources that are not only environmentally friendly, but also have economic value.

The high ash content in wood pellets can affect performance when burned, where pellets with low ash content are preferred for combustion efficiency. In addition, higher levels of flying substances tend to produce better energy, but must be considered so as not to reduce the overall quality of pellets.

Resistance to termite is also an important factor, especially for the use of wood pellets in industries that require durability. By knowing the varying resilience of each type of mangrove wood, the community can choose the right raw materials for the production of pellets that are more durable and quality.

The sustainability of mangrove management as a source of raw material for wood pellets must continue to be encouraged to be maintained. With a deep understanding of the chemical nature and durability of wood pellets, the community not only gets economic benefits, but also contributes to the preservation of mangrove ecosystems. This is an important step towards sustainable ecotourism development and optimally utilizing resources.

Conclusion

This study highlights the potential of mangrove wood as a sustainable resource for wood pellet production. The results of this study provide valuable information about the chemical properties and durability of wood pellets made from branches and three types of mangrove wood. The community can utilize this information to choose the right raw materials for the production of pellets that are more durable and quality.

Recommendations

Further research is needed to explore the potential of mangrove wood as a sustainable resource for wood pellet production.
The community should continue to encourage the sustainability of mangrove management as a source of raw material for wood pellets.
The results of this study should be shared with the community to raise awareness about the potential of mangrove wood as a sustainable resource.

Limitations

This study only focused on three types of mangrove wood, and further research is needed to explore the potential of other types of mangrove wood.
The study only tested the chemical properties and durability of wood pellets, and further research is needed to explore other aspects of wood pellet production.

Future Directions

Further research is needed to explore the potential of mangrove wood as a sustainable resource for wood pellet production.
The community should continue to encourage the sustainability of mangrove management as a source of raw material for wood pellets.
The results of this study should be shared with the community to raise awareness about the potential of mangrove wood as a sustainable resource.

References

[List of references cited in the study]

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Frequently Asked Questions (FAQs) about the Chemical Properties and Durability of Wood Pellets from Branches and Branches of Three Types of Mangrove Wood

Q: What is the purpose of this study? A: The purpose of this study is to obtain data and information about the chemical properties and durability of wood pellets made from branches and three types of mangrove wood.

Q: What types of mangrove wood were tested in this study? A: Three types of mangrove wood were tested in this study: Branch of Crocodile Eyes (B. Sexangula), Oil Mangrove Branch (R. Apiculata), and Blind-Blind Branch (E. Agallocha L).

Q: What were the results of the ash content test? A: The results of the ash content test showed that wood pellets from the Branch of Crocodile Eyes (B. Sexangula) had an ash content of 14.63%, while the Oil Mangrove Branch (R. Apiculata) showed a lower value of 4.10%. For wood pellets from branches, the highest ash content was found in oil mangrove branches (R. apiculata) of 18.70%, and crocodile eye branches (B. sexangula) of 7.30%.

Q: What were the results of the flying substances test? A: The results of the flying substances test showed that the content of flying substances in wood pellets from three types of mangroves showed a variety of values, where blind-blind branches (E. Agallocha L) reached 12.5%, Oil Mangrove branches (R. Apiculata) 11.75%, and branches Crocodile Eyes (B. Sexangula) 11%. For pellets from twigs, the results showed a lower level of flying substances with crocodile eye twigs (B. sexangula) at 10.25%, oil mangrove branches (R. apiculata) 9.75%, and blindly branches (E. Agallocha L) 9.25%.

Q: What were the results of the resistance to termites test? A: The results of the resistance to termites test showed that wood pellets from the crocodile eye branch (B. sexangula) showed the best resistance with a weight loss of 7.44%, which is included in the category of class II resistance.

Q: What are the implications of the results of this study? A: The results of this study provide valuable insight into the use of mangrove wood for pellet production. The community can use branches and branches of mangroves as resources that are not only environmentally friendly, but also have economic value.

Q: What are the limitations of this study? A: This study only focused on three types of mangrove wood, and further research is needed to explore the potential of other types of mangrove wood. The study only tested the chemical properties and durability of wood pellets, and further research is needed to explore other aspects of wood pellet production.

Q: What are the future directions of this research? A: Further research is needed to explore the potential of mangrove wood as a sustainable resource for wood pellet production. The community should continue to encourage the sustainability of mangrove management as a source of raw material for wood pellets. The results of this study should be shared with the community to raise awareness about the potential of mangrove wood as a sustainable resource.

Q: What are the benefits of using mangrove wood for pellet production? A: The benefits of using mangrove wood for pellet production include:

Environmental benefits: Mangrove wood is a sustainable resource that can help reduce the demand for fossil fuels and mitigate climate change.
Economic benefits: Mangrove wood can provide a source of income for communities and help stimulate local economies.
Social benefits: Mangrove wood can help promote sustainable forest management and conservation practices.

Q: What are the challenges of using mangrove wood for pellet production? A: The challenges of using mangrove wood for pellet production include:

Limited availability of mangrove wood: Mangrove wood is a limited resource that may not be available in sufficient quantities to meet demand.
High ash content: Mangrove wood can have high ash content, which can affect the performance of wood pellets when burned.
Resistance to termites: Mangrove wood can be resistant to termites, which can affect the durability of wood pellets.

Q: What are the recommendations for future research? A: Future research should focus on:

Exploring the potential of other types of mangrove wood for pellet production.
Investigating the effects of different processing methods on the chemical properties and durability of wood pellets.
Developing new technologies and techniques for producing high-quality wood pellets from mangrove wood.