Potential CO2 reduction and cost evaluation in use and transport of coal ash as cement replacement: A case in the Philippines by Jamora, Janice B., Gudia, Sarah Emily L., Go, Alchris W., Giduquio, Marnie B., Loretero, Michael E.

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Potential reduction of greenhouse gas emission through the use of sugarcane ash in cement-based industries: A case in the Philippines by Jamora, Janice B., Gudia, Sarah Emily L., Go, Alchris Woo, Giduquio, Marnie B., Orilla, John Wilbert A., Loretero, Michael E.

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Evaluating the use of rice residue ash in cement-based industries in the Philippines – Greenhouse gas reduction, transportation, and cost assessment by Jamora, Janice B., Go, Alchris Woo, Gudia, Sarah Emily L., Giduquio, Marnie B., Loretero, Michael E.

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Class-C fly ash from coal as a partial substitute in cement-based paste and mortar design mix – A case in the Philippines by Juanir, Roxanne G., Gudia, Sarah Emily L., Go, Alchris Woo, Giduquio, Marnie B., Gunarto, Chintya, Jamora, Janice B.

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Influence of class-F coal fly ash on workability, strength, and predictability of water requirement in paste and mortar formulations with reduced cement - a case in the Philippines by Jamora, Janice B., Gudia, Sarah Emily L., Juanir, Roxanne G., Gunarto, Chintya, Giduquio, Marnie B., Go, Alchris Woo

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Sugarcane bagasse ash as a partial replacement for cement in paste and mortar formulation – A case in the Philippines by Gudia, Sarah Emily L., Go, Alchris Woo, Giduquio, Marnie B., Juanir, Roxanne G., Jamora, Janice B., Gunarto, Chintya, Tabañag, Ian Dominic F.

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Potential CO 2 reduction and cost evaluation in use and transport of coal ash as cement replacement: A case in the Philippines by Jamora, Janice B, Gudia, Sarah Emily L, Go, Alchris W, Giduquio, Marnie B, Loretero, Michael E

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