Introduction: DAC is at the most significant bifurcation since its inception. Over the past decade, DAC (Direct Air Capture) has been given excessive expectations: from the IPCC scenario models to the “negative emissions foundation” in carbon neutrality strategies, and to the massive subsidies from various governments, DAC is seen as a “million-ton infrastructure industry” capable … Read more
2025 Carbon Neutrality Policy Interpretation: From Industrial Parks to Household Appliances, These Changes Are Closely Related to You As we reach the halfway point of 2025, national and local carbon neutrality policies have been intensively introduced. From the construction of national zero-carbon parks to household photovoltaic grid connections, from industrial carbon capture to green finance … Read more
LINHE Climate Science & Technology In the context of the dual carbon policy promoting the green transformation of agriculture, facility agriculture has become a core area of agricultural modernization in China. During the 14th Five-Year Plan period, the scale of facility agriculture has exceeded 40 million acres, accounting for 80% of the global total area … Read more
In addition to reducing emissions, can we also ‘capture’ the carbon dioxide that has already been produced? The answer is: Yes! CCUS and DAC technologies are becoming the ‘carbon capture tools’ to combat climate change. When we talk about addressing climate change, ’emission reduction’ is undoubtedly the core keyword. However, the reality is that some … Read more
Click the blue text to follow“Prospective Research on CCUS” Recently, the technology project of the group company, “Verification of the First Set of COAP Technology for 135MW Units” undertaken by the Greenhouse Gas Emission Reduction Technology Department of the Huaneng Group Clean Energy Technology Research Institute, successfully passed acceptance, with an overall rating of excellent. … Read more
Climate change caused by greenhouse gas emissions into the atmosphere is one of the most pressing issues facing our society. The acceleration of global warming leads to disastrous climates, wildfires, storms, and floods. Climate change demands that we develop new technological solutions to reverse the current trajectory of carbon dioxide emissions. The direct capture of … Read more
DAC technology can effectively capture CO2 from the air, with advantages such as flexible layout and compatibility with renewable energy. However, its commercial application is still limited by high costs, high energy consumption, and technical challenges in large-scale deployment. Case analyses from both domestic and international contexts reveal that the efficiency and cost issues of … Read more
The 2024 Wind and Solar Hydrogen-Ammonia-Methanol Integrated Forum will be held on September 26 in Hangzhou. The conference will discuss the overall design, process optimization and digital twin technology application of wind-solar hydrogen-ammonia-methanol integration projects, the development trends of wind power and photovoltaics, and the outlook on green electricity costs. It will also cover hydrogen … Read more
From Climeworks to Heirloom, the logic of direct air capture implementation and system evolution 1. Introduction: Why Look at Cases Instead of “Laboratory Parameters”? In the field of DAC (Direct Air Capture) technology, laboratory parameters often appear very ideal: high CO₂ capture rates, low regeneration energy consumption, recyclable materials… However, what truly determines whether a … Read more
🌍 Introduction: When Carbon Capture Meets Water Extraction in the Air Traditional Direct Air Capture (DAC) of carbon dioxide is criticized for its high-temperature regeneration (>130℃) and the high energy consumption of vacuum pumps. However, today, a groundbreaking study has been published in a Nature journal: requiring only 100℃ low temperature, no vacuum equipment, and … Read more