MOU between Planet QEOS, KIS BIOCNG and SALCRA poised to boost Sarawak’s hydrogen economy

MOU between Planet QEOS, KIS BIOCNG and SALCRA poised to boost Sarawak’s hydrogen economy
  • The transition from world QEOS to a go-to energy source that is available to everyone
  • Create bio- hydrogen at decreased cost, utilizing modern tech &amp, nearby resources

(L2R): Raghunath K. R., CEO of KIS BIOCNG Sdn Bhd; Ts Dr. Nurleyna Yunos, Head of Energy Division, Minister of Energy, Environmental and Sustainability Sarawak; Dino Bidari, Chairman, Planet QEOS and Sikin Sentok, SALCRA Deputy General Manager.

A collaborative framework will be established to produce bio-hydrogen through the Steam Biomethane Reforming ( SBMR ) Process, according to Planet QEOS, KIS BIOCNG Sdn Bhd, and the Sarawak Land Consolidation and Rehabilitation Authority ( SALCRA ).

The MoU was signed by Dino Bidari, Executive Chairman of Planet QEOS, Raghunath K. R., CEO of KIS BIOCNG Sdn Bhd, and Sikin Anak Sentok, Deputy General Manager of SALCRA. Abang Jo, Premier of Sarawak, and Dr. Stephen Rundi, Minister for Food Industry, Commodity, and Regional Development Sarawak witnessed the filing.

The MoU laid out the three parties ‘ agreement to create bio-hydrogen using the SBMR process.

    Planet QEOS: Does work as the profile- hydrogen producer, leveraging the superior SBMR Process to produce hydrogen.

  • KIS BIOCNG: Will provide the needed technology for gas and bio- gas production, which serves as the crucial feedstock for the SBMR Process.
  • SALCRA: Will use its current gas production facilities and provide the feedstock for bio-methane production from its hand oil mills.

The main objective is to produce bio-hydrogen that is affordable and sustainable for professional use in Sarawak. The successful completion of this project, according to Planet QEOS, will serve as a standard and proof of concept for using the broad 1.8 million acres of palm oil plantations in Sarawak to produce bio-hydrogen.

This agreement, according to Dino, represents a major advance in our effort to produce bio-hydrogen at a lower cost while utilizing cutting-edge technology and local resources.

We are looking forward to developing the technology needed to produce gas and bio-methane, paving the way for a more environmentally conscious potential, according to Raghunath.

This program, which exemplifies a devotion to the creation of a sustainable palm oil industry, is at the heart of sustainability. It makes sure that palm oil mill waste is used effectively, making it a valuable tool for bio-hydrogen production. This strategy not only reduces waste but also encourages the production of clean, renewable energy, thus strengthening Planet QEOS’ commitment to environmental stewardship.

This action promises to lead to considerable economic benefits as well as the development of a sustainable palm oil business thanks to the transformation of palm oil mill waste into bio-hydrogen, according to Planet QEOS, which is revolutionizing the gas economy with its ground-breaking SBMR technology and vertically integrated design, drastically reducing both capital and operating costs.

It’s important to produce hydrogen at lower costs, according to Planet QEOS, but it’s also important to take a holistic approach that incorporates all aspects of the business, from circulation and distribution to storage. The album of hydrogen gas at an unprecedented wholesale price – under RM20/kg – is just the start, it hints. with a devotion to an extreme annual cost

reductions, Planet QEOS said it is setting the stage for gas to become the head- to power supply, available to all and kind to the world.

The strategic relationship with SALCRA is anticipated to drastically improve the socio-economic standing of rural populations in Sarawak. According to Sikin,” Our involvement in this venture will not only improve the use of waste from our finger oil mills but also boost Sarawak’s rural communities ‘ economic development.”

The problem here is one of system architecture and no technology, said a Planet QEOS director. ” SBMR ( steam biomethane reforming ), or more commonly known as” steam methane reforming,” is a very developed technology that transforms natural gas into hydrogen, which is then used to create ammonia for fertilizers,” the article states.

The SBMR’s smaller size will allow it to be moved closer to far-off places so that it can buy the waste from the mill. &nbsp,

The spokesperson for Planet QEOS said,” It will undoubtedly open up more opportunities for business to look into the possibility of converting biowaste and carbon into biomethane. This will have a spot in the hydrogen economy when we have an efficient and low-cost facility to convert it to hydrogen.”

Stephen stated in expressing his assistance,” This partnership is a testament to our determination to remote economic development and sustainable growth. We anticipate seeing the beneficial effects it will have on Sarawak.