Blog - PT. AMANAID

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SHENSHEN, ULTIMOPARADISO.COM –  PT Amanaid Indonesia has officially entered into a strategic partnership with 301 Shenzhen Bio Technology China to develop organic waste and food waste processing technology.

The Cooperation Agreement  was signed in Shenzhen, Guangdong Province, by A.A. Ngurah Panji Astika, Founder of PT Amanaid, and Mr. Lou, Founder of 301 Shenzhen, witnessed by Gordon Tse, Board of Directors of 301 Shenzhen, on Monday (March 3, 2025).

Also signing the Cooperation Agreement  were Mrs. Gustina Hutapea as a witness from Indonesia and Gordon Tse from China. The event was also attended by Mrs. A.A. Sagung Mas DewiCommissioner of PT Amanaid Indonesia.

“As a company with 25 years of experience in Sustainability EngineeringPT Amanaid is widely recognized for its application of Wastewater Treatment Plant (WWTP) technology in Indonesia,” Turah Panji stated, referring to his well-known nickname.

The products of PT Amanaid are registered with the Ministry of Environment and the Ministry of Health, and are also included in Indonesia’s government E-Catalog.

“With our experience in handling nearly 1,000 WWTP systems for both government and private projectsPT Amanaid is now the only company outside of China entrusted to develop the market for the 301 Organic Waste Processing Machine in Indonesia,” he explained.

With a proven track recordPT Amanaid is confident that this technology will become a key solution in addressing waste management challenges in Bali and Indonesia.

“The 301 machine is expected to help the government manage waste more efficientlyreduce environmental impact, and raise awareness of the importance of sustainable waste management,” he added.

Founder of 301 Shenzhen, Mr. Lou, explained that 301 Shenzhen’s technology has been developed for nearly 20 years and is now operational in over 300 locations across China and Hong Kong, with a capacity ranging from 150 kg to 300 tons of waste per day.

This collaboration marks a significant step for Indonesia in adopting international-standard green technology, while also strengthening PT Amanaid’s position as a pioneer in the country’s waste processing industry.

“The main advantage of this machine is its ability to convert organic waste into compost within just 4 hours. It is fully automatic, requires minimal technical maintenance, environmentally friendly with zero gas emissions, liquid waste, and odors, and can be installed near residential areas without disrupting the environment,” Mr. Lou concluded.***


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The MoU between PT Bibu Panji Sakti and PT Amanaid took place, reaching an agreement on the North Bali International Airport development program plan, related to the opportunity for cooperation in wastewater management installations, in Kuta, Badung Regency, Wednesday (27/9/2023).

The cooperation agreement was marked by the signing of the MoU between PT Bibu Panji Sakti, which in this case was represented by the President Director, Erwanto Sad Adiatmoko, and from PT Amanaid which was represented by the Director of PT Amanaid, I Gusti Ngurah Bagus Chandra Buana, accompanied by the Founder of Amanaid, A A Ngr. Panji Astika, and the Main Commissioner, Mas Dewi Rahmayani.

PT Bibu Panji Sakti is a national private company that acts as the initiator of the North Bali International Airport development project offshore in the Kubutambahan area, Buleleng Regency, Bali Province. Integrated between the airport, aerocity, and aerotropolis, with a three-friendly concept, namely technology-friendly, environmentally friendly, and culturally friendly.

Meanwhile, PT Amanaid is a national private company engaged in and experienced in the design, fabrication, and construction of wastewater treatment plants (IPAL). This company has worked on government and private projects, such as hospitals, hotels, resort and villa areas, airports, and others.

The Parties plan to cooperate, by utilizing the capabilities, facilities, services, and potential owned by the parties.

“North Bali International Airport will be built offshore Kubutambahan Beach, which is planned to consist of two runways, with a runway length of 3.5 kilometers. So, it will be the airport with the longest runway in Indonesia,” said Panji Astika.

The construction of this airport is expected to balance the development gap between North Bali and South Bali. In addition, it can also reduce congestion and over capacity which are likely to occur in the next few years at Ngurah Rai Airport.

“The most important thing is of course to open thousands of jobs, by building MSMEs as the main foundation of Bali’s economic resilience, especially in North and East Bali. The economic impact of this development will not only be enjoyed by the people of Buleleng, but will also be an economic stimulus for Karangasem, Klungkung, and Bangli Regencies,” he said.

On the other hand, PT Amanaid as a wastewater treatment company in Bali, which has been tested for almost 23 years has built many liquid waste treatment systems for hospitals, hotels, clinics, office villas, and even airports throughout Indonesia.

“As one of the original companies in Bali, and perhaps the only IPAL Putra Bali company, which is currently registered with the Ministry of Environment and the government e-catalog, of course we are very grateful to be given the trust to be able to take a big role in development in Bali,” he said.

From this MoU, it is hoped that it can become a work contract, according to the capacity and needs that arise after this project is running.

“For that, we express our gratitude for the trust from PT Bibu Panji Sakti, especially the President Director, Mr. Erwanto Sad Adiatmoko, for their support and trust in us, the sons of the region,” said the Director of PT Amanaid, Ngurah Bagus.


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Solving environmental problems usually just means cleaning up the mess people have made. But scientists are increasingly interested in creating something valuable from pollution. “One man’s trash is another man’s treasure”, as they say, and researchers have now demonstrated several ways that useful products can be obtained from waste in industry and agriculture while also remediating contaminated soil, water and air.


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You can purify water by treating it with a chemical; either chlorine or iodine. You can also use filtration or ultraviolet light. Another simple way is to boil the water. All of these methods are effective provided they are done properly. Anyway, you only need to choose one method that you are more comfortable with.


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A waste water treatment plant cleans sewage and water so that they can be returned to the environment. These plants remove solids and pollutants, break down organic matter and restore the oxygen content of treated water. They achieve these results through four sets of operations: preliminary, primary, secondary and sludge treatments. Normally, a network of sewers connected to homes, commercial buildings, schools and street grates delivers waste water and solids to a treatment plant's collection tanks and basins in a never-ending flow.


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By nature, water is known to be pure as it is composed of strongly bonded atoms of hydrogen and oxygen. However, the water supply across the globe has to share space with other things such as organic materials, minerals, chemicals and manmade pollutants. This brings about an undrinkable solution, since it can contain deadly bacteria and viruses, among other disease-causing agents. Luckily, mankind was able to develop different water treatment methods to allow our water supply to be safe to drink. While there are some methods that are not effective on a larger scale, all of them make untreated water potable for human consumption.