Da Silva, M. W.
Marcio Wagner Da Silva is a Process Engineer and Stockpiling Manager at Petrobras. He has extensive experience in research, design and construction in the oil and gas industry, including developing and coordinating projects for operational improvements and debottlenecking bottom-barrel units. Dr. Silva earned a Bch degree in chemical engineering from the University of Maringa, Brazil, and a PhD in chemical engineering from the University of Campinas (UNICAMP), Brazil. In addition, he earned an MBA degree in project management from the Federal University of Rio de Janeiro, and in digital transformation at PUC/RS, and is certified in business from the Getúlio Vargas Foundation.
Meet gasoline quality and process safety requirements through new alkylation technologies
The catalytic alkylation process is very attractive to countries with high gasoline consumption and a sizable availability of LPG. This process can produce high-octane gasoline with low levels of contaminants, although there are high capital investment and operational costs associated with this technology.
How to gain an advantage from the propylene production gap—Part 2
This work will detail the available processing routes capable of maximizing propylene yield in refineries, allowing refiners to gain advantage from the propylene market.
The propylene production gap is an opportunity for integrated downstream players—Part 1
Among the challenges in the global crude oil refining industry are the price volatility of raw materials and the pressure from society to reduce environmental impacts, as well as reduced margins.
Business Trends: Tier 3 gasoline production: The value of flexibility in volatile fuel markets
Despite the forecasted trend of declining demand for transportation fuels, many markets still depend heavily on these crude oil derivatives to sustain economic activity.
Business Trends: Tier 3 gasoline production: Challenges and opportunities for refiners
One of the biggest challenges to the crude oil refining industry over the past decades is the development of technologies capable of reducing the environmental impact of crude oil derivatives, while also raising their performance.
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