ANSARCOMP GREENSNOW SYNERGY SDN. BHD.

AnsarComp Greensnow Synergy Sdn. Bhd. (AGS) is a forward-thinking company with deep technical expertise in sustainable rare earth mining. Our mission is to empower local communities through knowledge sharing, continuous research, and development, with a commitment to practicing sustainable mining methods. By leveraging our expertise and innovative approaches, we aim to lead the way in the downstream industry of rare earth elements (REE) in Malaysia.

Our passion for growth and community development drives us to elevate the usage of REE, ensuring benefits for all stakeholders and shareholders. As we advance, our ambition is to spearhead Malaysia’s rare earth downstream industry, contributing significantly to the nation’s technological and economic growth.

Greensnow Sdn. Bhd., our trusted mining contractor, collaborates closely with us to ensure efficient and environmentally responsible mining operations. With the leadership of industry experts like Datuk Nik Abdul Mubin and the backing of a dedicated team, AGS is poised to make a substantial impact on the rare earth industry in Malaysia.

Join us on our journey to sustainable growth and innovation in the rare earth sector.

MANAGEMENT TEAM

GROUP OF COMPANIES

Greensnow Sdn. Bhd.

The company will focus on REE exploration and mining activities. Currently, GSB is collaborating with FELCRA BHD. to conduct exploration and REE mining prospects on FELCRA’s land throughout Malaysia.

2022

Greensnow Sdn. Bhd.

The company will focus on REE exploration and mining activities. Currently, GSB is collaborating with FELCRA BHD. to conduct exploration and REE mining prospects on FELCRA’s land throughout Malaysia.

2022

Greensnow Precision Sdn. Bhd.

GPSB appoint Universiti Teknologi Petronas (UTP) as the facilitator for the project “Research and Development of Processing of Rare Earth Elements (REE) from Ion Absorption Clay.” This is a collaborative project with the Nuclear Agency of Indonesia, where the Indonesian Nuclear Agency will produce a blueprint for the processing plant for REE mining from Ion Absorption Clay sources. This collaboration involves four parties: GPSB, UTP, Nuclear Malaysia, and the Indonesian Nuclear Agency.

2024

Greensnow Precision Sdn. Bhd.

GPSB appoint Universiti Teknologi Petronas (UTP) as the facilitator for the project “Research and Development of Processing of Rare Earth Elements (REE) from Ion Absorption Clay.” This is a collaborative project with the Nuclear Agency of Indonesia, where the Indonesian Nuclear Agency will produce a blueprint for the processing plant for REE mining from Ion Absorption Clay sources. This collaboration involves four parties: GPSB, UTP, Nuclear Malaysia, and the Indonesian Nuclear Agency.

2024

Greensnow Bio-Tech Sdn. Bhd.

GBSB fund BILS project, which will be carried out by UTP. UTP has successfully developed a solution called Bio Intelligence Leaching Solution (BILS), which is biodegradable and non-toxic, to extract REE, replacing ammonia sulfate as the leaching agent.

2026

Greensnow Bio-Tech Sdn. Bhd.

GBSB fund BILS project, which will be carried out by UTP. UTP has successfully developed a solution called Bio Intelligence Leaching Solution (BILS), which is biodegradable and non-toxic, to extract REE, replacing ammonia sulfate as the leaching agent.

2026

Short Term

Eco-Friendly Infrastructure

Design mining infrastructure that minimizes habitat disruption and incorporates energy-efficient technologies for processing and transportation.

Research and Development

Invest in research to explore innovative and environmentally friendly extraction and processing methods for rare earth elements. This could involve collaborating with experts in green chemistry and sustainable mining technologies.

Stakeholder Engagement

Establish open lines of communication with local communities, environmental groups, and regulatory agencies to address concerns, gather input, and ensure transparency throughout the mining process.

AGS LONG TERM GOALS

Sustainable Extraction

Implement eco-friendly extraction techniques such as in-situ leaching, bioleaching, or Phytomining, which have lower environmental impact compared to traditional methods.

Restoration and Rehabilitation

Develop a comprehensive plan for land restoration post-mining, including reforestation, habitat rehabilitation, and soil remediation to ensure the ecosystem’s recovery.

Educational Partnership

Formalize a long-term collaboration with educational institutions, offering scholarships, internships, and joint research projects related to sustainable mining practices and environmental stewardship.

Profit Sharing Model

Implement a profit-sharing model that allocates a percentage of the mining proceeds to support local community development, environmental conservation efforts, and educational initiatives.