Tropical Wood and Biomass Research Group

Background

Introduction	The Wood and Biomass Research Group (WooBi) was established in 2023 under the Faculty of Bioengineering and Technology, Universiti Malaysia Kelantan, Malaysia. WooBi is committed to advancing the sustainable utilization of wood and biomass as renewable resources. Our primary focus is on developing cutting-edge biomass conversion technologies, which include transforming wood and plant materials into biofuels, bio-based chemicals, and sustainable building materials. We aim to optimize processes for efficient energy production while enhancing the properties of biomass to make it more suitable for various industrial applications. Through this research, we strive to support the transition toward greener, more sustainable technological solutions and reduce the reliance on non-renewable resources. In addition to technological innovation, our group is dedicated to studying the broader environmental, economic, and societal impacts of biomass utilization. We are exploring sustainable harvesting techniques, the potential for carbon sequestration, and ways to minimize biomass waste through circular economy principles. Our work also includes evaluating the role of wood and biomass in promoting local economic development, particularly in rural areas, by creating new job opportunities and fostering green industries. By bridging the gap between scientific research and practical applications, we aim to contribute to global efforts in climate change mitigation, resource conservation, and creating a more sustainable future.
Research Focus	Core Research Themes Characterization of Wood and Biomass Properties Sustainable Biomass Utilization Optimization of Biomass Conversion Technologies Enhancing Wood Durability and Resistance Biomass and Wood for Carbon Sequestration Development of Bio-based Composites Waste Biomass Management and Valorization Wood and Biomass in Building Materials Economic and Policy Analysis of Biomass Utilization Biodiversity and Ecosystem Services of Biomass Systems Plant-based Extracts for Potential Biopharmaceutical and Biocosmetic products
Research Objectives To advance the understanding of the properties, potential uses, and sustainable management of wood and biomass materials: This objective aims to explore the fundamental characteristics of wood and biomass, focusing on their renewable potential for energy, materials, and other applications while ensuring environmentally responsible practices. To develop and optimize efficient technologies for the conversion of wood and biomass into biofuels and valuable bioproducts: The goal is to enhance conversion methods, improving the yield, efficiency, and economic feasibility of turning wood and biomass into usable products such as biofuels, biochemicals, and sustainable building materials.
Research Impacts Environmental Impact Carbon Footprint Reduction: By advancing sustainable biomass conversion technologies and optimizing the use of wood for renewable energy and bio-based products, the group could play a crucial role in reducing global carbon emissions and helping mitigate climate change. Sustainable Resource Management: Through research into sustainable harvesting, treatment, and usage of wood and biomass, the group can help promote more efficient use of renewable resources, minimizing waste and environmental degradation. Ecosystem Health: The research on biomass for carbon sequestration and its role in ecosystems could contribute to the restoration of ecosystems, as well as enhancing biodiversity through responsible biomass production systems. Economic Impact Economic Growth in Biomass Industries: Developing efficient biomass conversion methods could lead to the creation of new industries and jobs in biofuel production, bio-based materials, and waste valorization sectors. This could provide new revenue streams, particularly in rural or underdeveloped regions where biomass resources are abundant. Cost Reduction in Energy and Materials: By improving the efficiency of converting biomass into biofuels and other products, the research could lower the cost of renewable energy, making it more competitive with traditional fossil fuels. Additionally, bio-based materials could be a cost-effective alternative to conventional materials in industries like construction, packaging, and manufacturing. Circular Economy Contributions: The research into waste biomass management and valorization could contribute to the transition towards a circular economy, where biomass waste is transformed into valuable products, reducing the demand for raw materials and minimizing waste. Societal Impact Sustainable Development: The research group’s work could directly contribute to achieving sustainable development goals (SDGs), particularly in areas related to affordable and clean energy (SDG 7), responsible consumption and production (SDG 12), and climate action (SDG 13). Job Creation and Social Well-being: By driving the growth of biomass-based industries, the research could generate employment opportunities, especially in sectors like biofuel production, sustainable forestry, and biomass conversion technology. This would benefit local communities and foster social development. Technological and Scientific Innovation Technological Advancements: The research could lead to the development of new, innovative technologies for biomass conversion, treatment, and use. These advancements could lead to more efficient, cost-effective, and environmentally friendly processes, benefiting industries both locally and globally.

Introduction

The Wood and Biomass Research Group (WooBi) was established in 2023 under the Faculty of Bioengineering and Technology, Universiti Malaysia Kelantan, Malaysia. WooBi is committed to advancing the sustainable utilization of wood and biomass as renewable resources. Our primary focus is on developing cutting-edge biomass conversion technologies, which include transforming wood and plant materials into biofuels, bio-based chemicals, and sustainable building materials. We aim to optimize processes for efficient energy production while enhancing the properties of biomass to make it more suitable for various industrial applications. Through this research, we strive to support the transition toward greener, more sustainable technological solutions and reduce the reliance on non-renewable resources.

In addition to technological innovation, our group is dedicated to studying the broader environmental, economic, and societal impacts of biomass utilization. We are exploring sustainable harvesting techniques, the potential for carbon sequestration, and ways to minimize biomass waste through circular economy principles. Our work also includes evaluating the role of wood and biomass in promoting local economic development, particularly in rural areas, by creating new job opportunities and fostering green industries. By bridging the gap between scientific research and practical applications, we aim to contribute to global efforts in climate change mitigation, resource conservation, and creating a more sustainable future.

Research Focus

Core Research Themes

Characterization of Wood and Biomass Properties
Sustainable Biomass Utilization
Optimization of Biomass Conversion Technologies
Enhancing Wood Durability and Resistance
Biomass and Wood for Carbon Sequestration
Development of Bio-based Composites
Waste Biomass Management and Valorization
Wood and Biomass in Building Materials
Economic and Policy Analysis of Biomass Utilization
Biodiversity and Ecosystem Services of Biomass Systems
Plant-based Extracts for Potential Biopharmaceutical and Biocosmetic products

Research Objectives

To advance the understanding of the properties, potential uses, and sustainable management of wood and biomass materials: This objective aims to explore the fundamental characteristics of wood and biomass, focusing on their renewable potential for energy, materials, and other applications while ensuring environmentally responsible practices.
To develop and optimize efficient technologies for the conversion of wood and biomass into biofuels and valuable bioproducts: The goal is to enhance conversion methods, improving the yield, efficiency, and economic feasibility of turning wood and biomass into usable products such as biofuels, biochemicals, and sustainable building materials.

Research Impacts

Environmental Impact
- Carbon Footprint Reduction: By advancing sustainable biomass conversion technologies and optimizing the use of wood for renewable energy and bio-based products, the group could play a crucial role in reducing global carbon emissions and helping mitigate climate change.
- Sustainable Resource Management: Through research into sustainable harvesting, treatment, and usage of wood and biomass, the group can help promote more efficient use of renewable resources, minimizing waste and environmental degradation.
- Ecosystem Health: The research on biomass for carbon sequestration and its role in ecosystems could contribute to the restoration of ecosystems, as well as enhancing biodiversity through responsible biomass production systems.
Economic Impact
- Economic Growth in Biomass Industries: Developing efficient biomass conversion methods could lead to the creation of new industries and jobs in biofuel production, bio-based materials, and waste valorization sectors. This could provide new revenue streams, particularly in rural or underdeveloped regions where biomass resources are abundant.
- Cost Reduction in Energy and Materials: By improving the efficiency of converting biomass into biofuels and other products, the research could lower the cost of renewable energy, making it more competitive with traditional fossil fuels. Additionally, bio-based materials could be a cost-effective alternative to conventional materials in industries like construction, packaging, and manufacturing.
- Circular Economy Contributions: The research into waste biomass management and valorization could contribute to the transition towards a circular economy, where biomass waste is transformed into valuable products, reducing the demand for raw materials and minimizing waste.
Societal Impact
- Sustainable Development: The research group’s work could directly contribute to achieving sustainable development goals (SDGs), particularly in areas related to affordable and clean energy (SDG 7), responsible consumption and production (SDG 12), and climate action (SDG 13).
- Job Creation and Social Well-being: By driving the growth of biomass-based industries, the research could generate employment opportunities, especially in sectors like biofuel production, sustainable forestry, and biomass conversion technology. This would benefit local communities and foster social development.
Technological and Scientific Innovation
- Technological Advancements: The research could lead to the development of new, innovative technologies for biomass conversion, treatment, and use. These advancements could lead to more efficient, cost-effective, and environmentally friendly processes, benefiting industries both locally and globally.

Research Group Leader and Members

GROUP LEADER
	Name	Assoc. Prof. Dr. Mohd Hazim Bin Mohamad Amini
	Position	Associate Professor
	Email	azwadi@umk.edu.my
	Area of Specialization	Biomass utilization; Wood composites; Biomass conversion

GROUP MEMBERS
	Name	Assoc. Prof. Ts. Dr Sitti Fatimah Binti Mhd. Ramle
	Position	Associate Professor
	Email	fatimah.m@umk.edu.my
	Area of Specialization	Plant-based Extracts for active compound; Durability and protection of lignocellulose; Microscopic study of lignocellulose
	Name	Assoc. Prof. Dr. Wan Mohd Faizal Bin Wan Ishak
	Position	Associate Professor
	Email	wmfaizal.wi@umk.edu.my
	Area of Specialization	Water treatment
	Name	Dr. Boon Jia Geng
	Position	Senior Lecturer
	Email	jia.geng@umk.edu.my
	Area of Specialization	Wood fiber bonding; Pulp and paper; Lignin removal
	Name	Dr. Nur Sakinah Binti Mohamed Tamat
	Position	Senior Lecturer
	Email	nursakinah.mt@umk.edu.my
	Area of Specialization	Wood composites; Wood modification; Wood chemistry
	Name	Dr. Lum Wei Chen
	Position	Senior Lecturer
	Email	weichen.l@umk.edu.my
	Area of Specialization	Bio-composite; Engineered Timber Product; Green Adhesive
	Name	Dr. Mohd Ezwan Bin Selamat
	Position	Senior Lecturer
	Email	ezwan.s@umk.edu.my
	Area of Specialization	Composite Material; Green Material; Biobased Material
	Name	Dr. Nor Izaida Binti Ibrahim
	Position	Senior Lecturer
	Email	izaida.i@umk.edu.my
	Area of Specialization	Technology bio composite and design; Nanocellulose application; Furniture Technology

Current Research Projects

	Principal Investigator	Project Title	Duration	Funding Agency	Amount (RM)
1	Dr. Nor Izaida binti Ibrahim	Advance Abrasive Technologies Using Rise Husk Ash as A Silica Source	2024 - 2025	UMK Fund	5,000

If you are interested to join the research group, kindly contact Assoc. Prof. Dr. Mohd Hazim Bin Mohamad Amini (RG Leader). Thank you.