PCAARRD Addresses Climate Change, Funds FPRDI Project

Media Release:

CACAO is considered a high value crop in the Philippines and, together with this status, there is a growing interest and an increasing demand for cacao products.

However, climate change along with insect pests and diseases on cacao significantly limit cacao production and cause significant loss in yield.

To address this problem, the Forestry and Environment Research Division (FERD) of the Philippine Council for Agriculture, Aquatic and Natural Resources Research and Development of the Department of Science and Technology (DOST-PCAARRD) conducted a five-day training workshop titled, “Strengthening Sustainable Cacao Farming System in the Philippines in Response to Climate Change.”

The training aims to equip participants with knowledge on climate change, its potential effect on cacao production, and climate change mitigation using biological and ecological approaches. Moreover, it also seeks to further develop the cacao industry through science-based solutions and innovations

Dr. Divina Amalin, professor and head of the Biological Control Research Unit of De La Salle University (DLSU-BCRU), served as the overall facilitator of the training workshop. Her team gave lectures and hands-on training on cacao production, processing, marketing, pest management, rehabilitation, and other topics.

DOST-PCAARRD, cacao, training, pest, sustainable, climate change
CACAO. Dr. Divina Amalin (left image), facilitator of the training- workshop, discusses the integrated pest management against cacao pests and diseases. At the right image is Dr. Alberto Barrion from DLSU, showing a cacao pod infested with cacao mirid bug. (Photo: PCAARRD)

The participants also visited Auro Chocolate, a local chocolate factory in Calamba, Laguna. Facilitated by the factory’s operations manager, Luisito Cena, the participants observed how cacao beans are sorted, weighed, and roasted before processing into different chocolate products.

The trainees also visited Ino’s Farm in Liliw, Laguna, where they were given hands-on training on pruning, analyzing soil samples, and identification of beneficial and harmful insects. They were also able to identify cacao trees infected with vascular streak disease (VSD) and black pod rot (BPR).

According to Paulino Sulibit, owner of Ino’s Farm, the training workshop was beneficial to his farm because, from it, he obtained new knowledge on identifying, preventing, and controlling cacao insect pests and diseases.

Moreover, DLSU will closely coordinate with Sulibit to further monitor and assess the infected trees tagged in his farm.

DOST-PCAARRD considers cacao as one of the priority crops under its Industry Strategic Science and Technology Programs (ISPs).

FPRDI Improves FTD through Semi-Automation

The Furnace Type Dryer (FTD), a technology developed by the Forest Products Research and Development Institute (DOST-FPRDI), is being improved to address the challenges of the forest-based industries.

FTD aims to shorten drying time, increase the dryer’s thermal efficiency, and produce high quality kiln dried lumber, bamboo, and other raw materials for the forest-based industries.

Furnace, FTD, dryer, improvement, DOST-PCAARRD
FURNACE. The improved furnace type dryer (FTD) developed by FPRDI (Photo: FPRDI)

The technology is being improved through the project, “Improvement and Semi-automation of the Furnace Type Dryer (FTD) for the lumber, bamboo, and other raw materials of the forest-based industries.” It is funded and monitored by the DOST-PCAARRD.

Being implemented for two years, the project aims to develop a thermally efficient and innovative design of kiln dryer that will enhance the productivity, product quality, and competitiveness of micro, small, and medium enterprises (MSMEs) in the agro-forest based and allied sectors.

According to Engr. Caezar Cuaresma, project leader, switching from manual to semi-automatic operation can prevent human errors such as improper or excessive fuel feeding and over spraying. By optimizing the design of the FTD, essential factors such as the heating system, humidification, and air circulation systems as well as the kiln structure will be improved.

Cuaresma and his team were able to acquire knowledge and information on kiln drying design and efficiency in Malaysia’s kiln drying technology. With this, the team focused on replication of the dryer, components and performance testing (based on trial runs), computation of dryer efficiency, and cost analysis for the second year.

The project is expected to end on December 2019 (DOST-PCAARRD S&T Media Services).

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