This is the fifth training course tailored for industrial enterprise leaders, with this session focusing on the cement industry—one of the most energy-intensive sectors in Vietnam, which is increasingly under pressure to reduce emissions and align with green, sustainable production trends.

The cement industry is among the largest energy consumers both in Vietnam and globally. According to data from the International Energy Agency (IEA), the cement sector accounts for approximately 7% of global CO₂ emissions.

The energy consumption structure in cement production comprises roughly 80–85% thermal energy, 15–20% electricity, and a minor share (around 1%) from DO/FO oil. It is estimated that electricity costs make up about 10–15% of the total production cost of cement. Electricity consumption ranges from 77.3 kWh to 108 kWh per ton of cement, depending on the technologies and equipment used at the plants. During production, both heat and electricity are used intensively in stages such as raw material grinding, clinker burning, and operation of auxiliary systems. However, many current production lines still operate with outdated, inefficient technologies that are not optimized for energy use. Thus, the potential for energy efficiency improvements in the cement industry remains significant.

The training provided participants—business executives in the cement sector—with in-depth and practical knowledge, including: (i) Analysis of potential and selection of energy efficiency projects tailored to the cement industry; (ii) Energy auditing techniques and investment efficiency evaluation tools; (iii) Application of MRV systems to monitor the performance of energy efficiency activities; (iv) Marketing strategies and business model development aligned with green transition goals.

Particularly, the program covered detailed energy efficiency solutions specific to the cement industry, such as clinker process optimization, waste heat recovery systems for electricity generation, the use of alternative fuels (biomass, co-processing of waste), advanced grinding technology, energy management systems, and the adoption of smart technologies. These solutions help participants identify areas within their plants where energy performance can be improved.

The training program brings together experienced lecturers from technical universities and experienced experts in the energy field. The participating business leaders—from major companies in the cement sector—actively engaged in discussions, shared real-world experiences, and collaborated on approaches tailored to their specific operational contexts.

The program not only provided technical solutions but also aimed to foster a strategic mindset shift, emphasizing the critical role of business leaders in making informed decisions and effectively implementing energy efficiency measures. In the global context of green production and carbon management, energy efficiency is no longer just a cost-saving option but a fundamental requirement for cement companies to maintain competitive advantages and access international markets.

In the coming time, the training series for business leaders will continue with three additional industrial sectors: Bricks & Ceramics, Iron & Steel, and Plastics, each featuring specialized content to ensure practical application and relevance to the specific characteristics of each production field.