EFFECTS OF VINEGAR WASTE LOGGING BASED STIMULANT ON PRODUCTION OF RESIN FROM Pinus merkusii Jungh. Et De Vriese

Hadiyane, Anne; Dungani, Rudi; Karliati, Tati; Rumidatul, Alfi

doi:10.31788/rjc.2019.1245199

Cited by 2 publications

(3 citation statements)

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“…Salah satu dari 11 taman buru di Indonesia adalah Taman Buru Masigit Kareumbi (TBMK) di Sumedang, Jawa Barat. Berdasarkan wawancara dengan pengelola, sebelum menjadi kawasan konservasi, TBMK adalah hutan produksi yang dikelola oleh Perum Perhutani dengan komoditi andalan berupa Pinus merkusii atau tusam karena banyak digunakan dalam bidang industri seperti karet sintetis, pelapis, pengemulsi polimerasi, pengikat perekat, tinta, dan lain-lain (Hadiyane, Dungani, Karliati, & Rumidatul, 2019). Setelah perubahan status menjadi kawasan konservasi, pengelolaan TBMK dilakukan oleh Balai Besar Konservasi Sumber Daya Alam (BBKSDA) Jawa Barat sejak tahun 1998.…”

Section: Pendahuluanunclassified

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Evaluation and Strategy of Tapping Pine Trees as an Attempt for Community Empowermentin Sumedang, West Java

Zulvianita

Purnamahati

Dwiartama

2021

.pen.sosek.kehutanan

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The increase in economic needs has resulted in increased community pressure on forest area. This encourage the government to open up access to utilize forest, in order to improve the community's economy. Since March 2018, access to utilize forest has been implemented in Masigit Kareumbi Game Reserve (TBMK). However, research related to the evaluation of activities has not been widely found. This study aims to evaluate and determine the optimal pine tapping management strategy in TBMK. The research was conducted in Sukajaya and Citengah Villages, South Sumedang District, using Ostrom Institutional Analysis and Development Framework, Stakeholder Analysis, and the Analysis Hierarchy Process. The result showed that, the potential of pine resin in the research location was 308,377.3 kg/year, which had a positive economic, social, and institutional impact on the community but tended to have a negative impact on the ecological aspects. Stakeholder analysis showed that the parties involved were among others KLHK, BBKSDA West Java, Sukajaya and Citengah Heads Village, Forest Farmer Group (KTH) Sawargi and Medal Kencana, Pinus Merkusii Cooperation, and the Indonesian Conservation Cadre Communication Forum (FK3I). Each stakeholder has a good relationship, however, there is still a need for a more optimal communication and coordination system between one another. The suggested strategy is to increase community assistance by FK3I and Pinus Merkusii Cooperation involvement in limiting the tapping pine resin.

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Section: Pendahuluanunclassified

“…Jika penyadapan dilakukan secara masal, akan menimbulkan kerusakan lingkungan. Penggunaan cairan asam sulfat (CAS) untuk mengalirkan getah juga tidak baik bagi kesehatan batang dan dapat diganti dengan asap cair (Hadiyane et al, 2019).…”

Section: Aspek Ekologi Penyadapan Getahunclassified

Evaluation and Strategy of Tapping Pine Trees as an Attempt for Community Empowermentin Sumedang, West Java

Zulvianita

Purnamahati

Dwiartama

2021

.pen.sosek.kehutanan

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“…Pine resin is an ingredient that can be added to briquettes. It is a non-timber forest product obtained by tapping pine trunks (Hadiyane et al, 2019). Pine trees have significantly thrived in Indonesia and have become a source of superior products, including resins.…”

Section: Introductionmentioning

confidence: 99%

Initial Ignition Time and Calorific Value Enhancement of Briquette with Added Pine Resin

PARI,

EFIYANTI,

DARMAWAN

et al. 2023

J. Korean Wood Sci. Technol.

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The increasing demand for clean energy requires considerable effort to find alternative energy sources, such as briquettes. This research aims to develop a charcoal briquette with added pine resin (API) that has excellent combustion speed and distinctive aroma. Briquettes are composed of charcoal, pine resin (concentration: 0%-30%), and starch (up to 7%). They are produced in several stages, including coconut shell pyrolysis in conventional combustion, to obtain charcoal for the briquette precursor. Briquette compaction is conducted by mixing and densifying the charcoal, pine resin, and starch using a hydraulic press for 3 min. The hydraulic press has a total surface area and diameter of 57.7 cm 2 and 3.5 cm, respectively. The briquettes are dried at different temperatures, reaching 70℃ for 24 h. The study results show that the briquettes have a thickness and diameter of up to 2 and 3.5 cm, respectively; moisture of 2.18%-2.62%; ash of 11.61%-13.98%; volatile matter of 27.15%-51.74%; and fixed carbon content of 40.24%-59.46%. The compressive strength of the briquettes is 186-540 kg/cm 2 . Their calorific value is 5,338-6,120 kcal/kg, combusting at a high speed of 0.15-0.40 s. The methoxy naphthalene, phenol, benzopyrrole, and lauryl alcohol; ocimene, valencene, and cembrene are found in the API. The API briquette has several chemical compounds, such as musk ambrette, ocimene, sabinene, limonene, 1-(p-cumenyl) adamantane, butane, and propanal, which improve aroma, drug application, and fuel production. Accordingly, API briquettes have considerable potential as an alternative energy source and a health improvement product.

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EFFECTS OF VINEGAR WASTE LOGGING BASED STIMULANT ON PRODUCTION OF RESIN FROM Pinus merkusii Jungh. Et De Vriese

Cited by 2 publications

References 0 publications

Evaluation and Strategy of Tapping Pine Trees as an Attempt for Community Empowermentin Sumedang, West Java

Evaluation and Strategy of Tapping Pine Trees as an Attempt for Community Empowermentin Sumedang, West Java

Initial Ignition Time and Calorific Value Enhancement of Briquette with Added Pine Resin

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