April 14, 2025 | 06:51 GMT +7

  • Click to copy
Saturday- 17:03, 15/03/2025

Building a green Vietnamese rice brand to navigate the carbon market

(VAN) The Vietnam Rice Industry Association (VIETRISA) aims to develop a labeling system for low-emission Vietnamese rice brands in 2025, thereby paving the way for a national brand.

As part of the AGRITECHNICA ASIA Vietnam 2025 International Exhibition, the Ministry of Agriculture and Environment, in collaboration with the International Rice Research Institute (IRRI), the Vietnam Rice Industry Association (VIETRISA), and the German Agricultural Society (DLG), organized the conference “Green, High-Quality, and Low-Emission Vietnamese Rice Value Chain” on March 12.

At the conference, specialists announced the latest progress in implementing the “Sustainable Development of One Million Hectares of High-Quality, Low-Emission Rice in association with Green Growth in the Mekong Delta by 2030” project (One Million Hectares Rice Project). This strategic initiative has gained international recognition and esteemed commendations.

Vietnam’s One Million Hectares of High-Quality, Low-Emission Rice project is a strategic initiative that has gained international recognition and esteemed commendations. Photo: Tung Dinh.

Vietnam’s One Million Hectares of High-Quality, Low-Emission Rice project is a strategic initiative that has gained international recognition and esteemed commendations. Photo: Tung Dinh.

Developing a Green, Low-Emission Vietnamese Rice Brand

According to Le Thanh Tung, Standing Vice Chairman and General Secretary of VIETRISA, the association aims to develop a labeling system for green, low-emission Vietnamese rice by 2025. This approach will be stepping stone for VIETRISA to support the national branding strategy, which seeks to establish recognition for low-emission rice with carbon credit value by 2028.

Vice Chairman Le Thanh Tung explained that the One Million Hectares Rice Project has frequently referenced the concept of “low-emission rice.” While a pilot program for the measurement, reporting, and verification (MRV) system is currently underway, the full framework for payments, measurement, and pricing will not be completed until 2028.

However, the development of a green, low-emission Vietnamese rice brand can begin immediately. The process requires businesses to demonstrate strict compliance with the Technical Process for High-Quality, Low-Emission Rice Production, issued by the Department of Crop Production (now the Department of Crop Production and Plant Protection) in 2024. Accordingly, local business and farming communities engaged in low-emission cultivation will achieve effective and visible results by following the correct processes,.

“VIETRISA will be responsible for issuing certifications for green, low-emission Vietnamese rice, thereby ensuring transparency and credibility. In the absence of a national certification system for low-carbon rice, businesses can self-declare their green rice brands and take full responsibility for their claims,” Le Thanh Tung stated.

Accordingly, stakeholders will develop the low-emission rice brand at multiple levels, beginning with individual businesses. Companies participating in the One Million Hectares Rice Project must actively demonstrate the quality of their products to consumers.

The discussion took place as part of the conference on 'Green, High-Quality, and Low-Emission Vietnamese Rice Value Chain.' Photo: Quynh Chi.

The discussion took place as part of the conference on “Green, High-Quality, and Low-Emission Vietnamese Rice Value Chain.” Photo: Quynh Chi.

Economic Efficiency and Environmental Benefits

Nguyen Cao Khai, Director of Tien Thuan Agricultural Cooperative (Thanh An Commune, Vinh Thanh District, Can Tho City), shared that his cooperative was the first in Can Tho and the Mekong Delta to be selected for a pilot model under the One Million Hectares Rice Project. The model spans 50 hectares, with 12 participating households following low-emission farming practices and three households maintaining traditional methods for comparison.

After three crop cycles, results indicated that yields from traditional farming ranged from 8.2 to 8.4 tons per hectare, whereas yields from the low-emission model reached 8.6 to 9 tons per hectare. “The results deeply motivated our farmers, especially as rice prices are falling while input costs continue to rise. We can visibly see the economic benefits, but more importantly, we are contributing to protecting our health, our communities, and the environment,” Khai said.

Regarding production costs, traditional farming required approximately 23 to 25 million VND per hectare for seeds and fertilizers. On the other handn, the low-emission model reduced this expense to nearly 20 to 21 million VND per hectare.

Nguyen Thi Thu Huong, Deputy Director of the Department of Crop Production and Plant Protection under the Ministry of Agriculture and Environment, emphasized that fully understanding the benefits of sustainable farming will encourage farmers to actively participate and remain committed to the model for the foreseeable future.

When the One Million Hectares Rice Project first launched, it benefited from favorable market conditions, with rising rice prices. However, current rice prices have declined to levels similar to those before the increase.

Huong stated, “It is crucial to consider whether price fluctuations will affect farmers’ willingness to participate. Consequently, appropriate support mechanisms are necessary to encourage their continued adoption of sustainable practices.”

At the Cuu Long Delta Rice Research Institute, IRRI collaborates with local scientists to research and develop low-emission rice farming methods. Photo: Quynh Chi.

At the Cuu Long Delta Rice Research Institute, IRRI collaborates with local scientists to research and develop low-emission rice farming methods. Photo: Quynh Chi.

According to Nguyen Thi Thu Huong, production linkages in the rice sector are relatively unstable. As a result, detailed policies and solutions are required to enhance connections between farmers, businesses, and markets, which will facilitate the expansion of the low-emission rice model.

“The Vietnamese rice sector must focus on creating responsible products—not only for consumers but also for the sector’s long-term future. By establishing a strong low-emission rice brand, Vietnam can create its unique market, increase product value, and elevate the rice sector’s standing on the international stage,” Huong emphasized.

Digital Technology for Transparency in Production

Dr. Nguyen Van Hung, Senior Expert and Head of the Mechanization and Post-Harvest Group at IRRI Vietnam, highlighted significant advancements in digital data ecosystems for rice production management. A key innovation is the RiceMoRe system, co-developed by the Department of Crop Production and Plant Protection, the Center for Digital Transformation and Agricultural Statistics, and IRRI.

According to Hung, RiceMoRe enables automated data collection at various levels, from individual farmers and cooperatives to regional and national agencies, significantly improving the quality of rice production reports and statistics. Notably, the system can store and process greenhouse gas emission data from rice farming.

“The development and application of digital technologies similar to RiceMoRe will establish a strong foundation for Vietnam’s agricultural sector as it progresses toward 2028. The goal is to promote transparency in production, enhance product value, and meet the demands of both domestic and international markets,” Dr. Hung affirmed.

To date, five provinces—Soc Trang, Can Tho, Tra Vinh, Dong Thap, and Kien Giang—have piloted the low-emission rice farming model over three crop cycles. VIETRISA will encourage businesses to acquire rice from these pilot models and label their products with a low-emission certification on the packaging.

Authors: Quynh Chi - Phuong Linh - Kieu Chi

Translated by Nguyen Hai Long

The rice fields that ‘pave the way’ for scaling up One Million Hectares Rice Project

The rice fields that ‘pave the way’ for scaling up One Million Hectares Rice Project

(VAN) The results from pilot fields are catalyzing the expansion of the One million hectares of high-quality, low-emission rice project in Kien Giang.

Cuc Phuong National Park rescues many rare wildlife species from Da Nang

Cuc Phuong National Park rescues many rare wildlife species from Da Nang

(VAN) On the morning of April 11, Cuc Phuong National Park received 18 individuals of endangered and rare wild animals from Da Nang city.

FAO supports Vietnam in collecting data for 2025 Agricultural and Rural Census

FAO supports Vietnam in collecting data for 2025 Agricultural and Rural Census

(VAN) FAO supports Vietnam in enhancing survey sampling techniques for the 2025 nationwide agricultural and rural census.

Green transition: A foundation for a sustainable and equitable economy

Green transition: A foundation for a sustainable and equitable economy

(VAN) By participating in the green transition, manufacturers become an indispensable part of the circular economy, contributing to resource optimization and environmental protection.

How can 14 million tons of rice straw from one million hectares of rice be used?

How can 14 million tons of rice straw from one million hectares of rice be used?

(VAN) The One Million Hectares of High-Quality and Low-Emission Rice Program can generate nearly 14 million tons of straw annually, posing an urgent requirement to diversify straw-based products.

Nearly VND 4.3 trillion allocated for climate-resilient infrastructure development in ethnic minority areas

Nearly VND 4.3 trillion allocated for climate-resilient infrastructure development in ethnic minority areas

(VAN) This figure was recently announced at a conference held in Yen Bai, focusing on climate-resilient infrastructure development for ethnic minority regions.

Groundbreaking ceremony for Japan-funded evacuation center

Groundbreaking ceremony for Japan-funded evacuation center

(VAN) The evacuation center is a practical work in efforts to respond to natural disasters and adapt to climate change in vulnerable areas.

Read more