According to the Asian Development Bank (ADB), clean technology refers to technologies, products, and services designed to protect the environment. Leading sustainable trends include using clean energy or renewable options, efficient use of energy sources, sustainable agriculture and transportation, recycling, and efficient waste management measures.
The clean technology sector faces challenges in application, lack of access to capital, industry inexperience, inadequate community and support systems, and few entrepreneurs or startups offering sustainable solutions. Research and development (R&D) costs and implementation remain high.
On a positive note, environmentally friendly innovative solutions help save energy, combat global warming, and reduce pollution and waste while minimizing soil, water, plastic, and air pollution. Furthermore, green technology creates jobs for workers, conserves natural resources, and provides sustainable energy production. The industry has made significant progress in food production, solar photovoltaic systems, waste management, energy production, logistics, agriculture, etc.
Globally, the Asia-Pacific (APAC) region is the largest carbon emitter, contributing significantly to global warming. Retaining CO2 in the atmosphere is causing other harmful environmental impacts, such as melting ice caps, leading to rising sea levels. Forecasts show that over 15 million people in major cities such as Bangkok and Jakarta will be affected by biological disasters, meteorological phenomena, and natural disasters such as floods and droughts.
With advances in battery technology and solar energy systems, microgrids, initially designed as backup installations on the power grid, have become independent electricity providers. Initially intended for use in natural disasters or power outages, microgrids can now be used as sustainable alternatives to provide energy for households and schools.
When used efficiently, microgrids can increase energy use efficiency by up to 60%. They can help industries reduce dependence on the power grid and provide connections to renewable energy sources in factories, helping reduce carbon emissions.
The Construction industry uses many materials that can harm the environment, such as air pollution and excessive waste. Many raw or mixed materials are poured into landfills. Carbon reduction in construction involves using raw materials and sustainable processes to reduce the environmental impact of buildings.
This construction process includes alternative solutions to concrete gypsum with biodegradable materials such as straw, interior, and flooring made from bamboo, plant walls, and biodegradable insulation. Furthermore, additional solutions such as bright windows can help save energy for homes by creating a gentle airflow for cooling instead of using fans.
With more investment in reducing greenhouse gas emissions, experts have developed an improved technique for capturing and storing carbon. Carbon capture, utilization, and storage (CCUS) ensures that CO2 emissions from industrial facilities, manufacturing, and power plants are captured and recycled into valuable products like carbon-based plastics. CO2 can be stored underground to prevent it from entering the atmosphere or CCUS technologies like artificial photosynthesis systems can absorb this gas.
For areas facing difficulties in electrification, CCUS technology will reduce carbon emissions for those areas by using devices such as direct air capture systems. Other companies provide improved products that allow their customers to capture carbon while accessing carbon credit options.
Many industries are becoming more efficient and effective through automation. The emergence of artificial intelligence (AI) is playing a crucial role in many fields by managing repetitive tasks and other pre-programmed functions. However, automation can also impact sustainability by controlling smart thermostats, optimizing product settings for the most efficient choices, and reducing energy waste by turning off unused devices.
Implanting sensors in critical locations can achieve efficient factory operations. The sensors collect data and send it to software that interprets it and provides deep insights that can be applied. With this data available, industries can set priorities and allow machines to perform functions appropriately, reducing energy waste.
Southeast Asia’s high energy demand highlights the region’s need to increase renewable energy production and build a clean technology ecosystem to ensure a healthy living environment for residents. The top sustainable trends listed above are examples of global efforts to minimize climate change’s and global warming’s adverse effects.
Regional governments can collaborate to strengthen the power supply network and invest in sustainable energy infrastructure. They should also seek cooperation from all businesses and stakeholders while educating the public about adopting more environmentally friendly options.
On August 27, 2024, in Hanoi, a signing ceremony took place for the strategic partnership agreement between Asia Networks PEMS Co., Ltd. – a member company of EMTEK, and Vietnam Petroleum Power Services Joint Stock Company (PVPS). The agreement involves the provision of Expert Services, Maintenance, and Repair Service for Thermal Power Plants, Petrochemical Facilities, and Oil & Gas plants in Vietnam.
Vietnam, a rapidly developing nation in Southeast Asia, demonstrated its proactive commitment at the COP26 climate conference in Glasgow, Scotland. With the global goal of mitigating climate change, Vietnamese businesses have entered the race to contribute to international commitments and efforts regarding energy and climate.
EMTEK is a company with a diverse and growing workforce. Therefore, EMTEK recognizes the importance of a harmonious and diverse work community. A diverse community fosters creativity and innovation. Diversity in experience, perspectives, and working styles introduces new approaches and creative solutions to technological and business challenges. It also helps EMTEK attract and retain talent from around the world. This gives the company a workforce rich in skills and intellect, bolstering its competitive strength.
EMTEK understands that a creative and motivating work environment plays a crucial role in driving organizational performance and success. Specifically, such an environment can positively impact the development and success of the organization by fostering creativity, motivation, enhancing performance, providing learning opportunities, and strengthening team spirit.
Trekking is not just a recreational activity but also an opportunity to build relationships, understanding, and cohesion among team members. The sense of exploration, conquering, and overcoming challenges on a trekking journey provides unforgettable experiences for anyone embarking on this adventure. It involves immersing in the wild, enjoying every moment nature offers, and facing the challenges posed by the natural environment.
EMTEK’s corporate culture is a unique blend of passion, innovation, and team spirit. By integrating these three “ingredients,” EMTEK not only creates a positive work environment but also drives the organization's growth and success. This cultural framework helps EMTEK maintain its competitive edge and uphold its position as one of the leading companies in the technology and automation sectors in Vietnam. EMTEK respects and encourages the passion of its employees in all aspects of their work, aiming to contribute to the organization's success through individual effort and commitment.
