Natural Gas-Based Manufacturing Process for Energy Efficiency

Natural Gas

Natural gas, primarily composed of methane (CH4) along with some other gases, is a fossil fuel known for its clean-burning properties. It is a product of slow geological processes that transform organic matter deep within the Earth over millions of years.

Natural gas reserves can be found worldwide, often located deep underground or beneath the ocean floor. Once tapped, the gas is brought to the surface using various methods, including hydraulic fracturing (fracking) and conventional drilling techniques.


Environmental and Sustainability Aspects

Unlike renewable resources like solar or wind energy, natural gas reserves are finite. As we extract and consume natural gas, these reserves are depleted, highlighting the importance of transitioning to truly renewable energy sources for long-term sustainability.

While natural gas is cleaner burning than fuel oil, its extraction process can have significant environmental consequences. Hydraulic fracturing, or fracking, for instance, can lead to water contamination and habitat disruption.

Natural gas is often seen as a bridge fuel, a cleaner alternative to fuel oil during the transition to more sustainable energy sources. However, its long-term future is uncertain as we seek to achieve deep decarbonisation and move away from fossil fuels entirely.


Why Natural Gas?

One of its primary benefits is its relatively cleaner environmental footprint compared to other fossil fuels. When burned for energy, natural gas emits fewer carbon dioxide (CO2) emissions, contributing to improved air quality and reduced greenhouse gas emissions.

Also, natural gas boasts a high energy-to-weight ratio, meaning it contains a significant amount of energy in a relatively compact form. This efficiency is particularly valuable in manufacturing, where energy-intensive processes demand an efficient energy source.

Additionally, natural gas provides a consistent and stable energy supply, which is crucial for manufacturing processes that require uninterrupted power. This reliability reduces downtime and ensures smooth operations, contributing to increased productivity.


Ajinomoto Malaysia Is Joining Hands for a Sustainable Future

Ajinomoto Malaysia Berhad (AMB) has shown an unwavering commitment to environmental sustainability through its new eco-friendly factory in Bandar Enstek. This dedication is exemplified by their transition from fuel oil to natural gas as the primary heat source.

These initiatives not only enhance energy efficiency but have also earned AMB's smart and eco-friendly factory the Silver Standard of the Green Building Index and ISO 14001 certification, reflecting their strong environmental stewardship.

Furthermore, AMB's pledge to reduce CO2 emissions by 50% from 2018 levels by 2025 demonstrates its proactive role in addressing climate change. The utilisation of alternative resources like natural gas in the new factory is pivotal in achieving this goal.

AMB's commitment to utilising natural gas in their green factory is a testament to their dedication to environmental sustainability. Their efforts not only set an example for responsible corporate citizenship but also contribute to a greener future.

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