Synthesis Energy Systems Inc's Customers Performance

The clean energy and chemicals landscape has evolved rapidly over the past five to ten years with upward pressure on demand and increasing pressure to deliver outstanding environmental performance while simultaneously delivering economics that will attract investment capital. World energy consumption is expected to increase significantly over the next two decades. Demand is heavily driven by non-Organization for Economic and Development (“OCED”) nations where those developing economies require ever increasing access to more energy products to establish healthy economies that improve the living conditions of those populations. Energy and chemical products are needed for basic health, food and agricultural products, housing needs and infrastructure for safety and mobility. A 2016 EIA report projects that total worldwide energy consumption will exceed 815 quadrillion British thermal units (“BTUS”), by 2040 with non-OECD nations making up more than half of that consumption.

Growth in energy in non-OECD nations is expected to be led by growth in Asia. The same EIA report projects Asia to make up close to 66% of that projected 2040 consumption. We believe we are well positioned in Asia where we have two operating projects using five of our gasification systems. In addition, the Tianwo-SES Joint Venture provides us with a strong Chinese partner already specialized in the manufacturing and design of processing industry equipment and projects. The Tianwo-SES Joint Venture territory initially covers China, Vietnam, Indonesia, Philippines, Malaysia and Mongolia.

Coal is required as a major source of energy for decades to come. Growth in coal usage is also expected to be led by the Non-OECD nations. Coal based energy in combination with other energy producing technologies is required to help alleviate energy poverty around the world. According to the International Energy Agency, approximately 1.2 billion people lived without access to electricity and significant investment is required to alleviate this energy poverty by 2030. This need for energy access is in addition to continued energy demand required by GDP growth in both OECD and Non-OECD nations. All combined coal is expected to continue to be a large scale source of affordable energy.

Against the backdrop of significant growth in global energy needs and the requirement for coal to supply a large portion of this energy emerges the need to transform coal into energy products in a clean and sustainable manner. Commercially proven gasification technologies such as our technology are able to cleanly extract the important carbon and hydrogen components from coal in the form of a clean syngas product.

This syngas product is then readily converted into a variety of energy and chemical products. Transforming coal into clean energy and chemical products is a growing opportunity, and we believe that global syngas growth could accelerate rapidly. The versatility and capability of syngas to make a variety of products has just begun to be considered.

We believe that our technology is well positioned to be an important solution that addresses the market needs of the changing global energy landscape. Our gasification technology is unique in its ability to provide an economic, efficient and environmentally responsible alternative to many energy and chemical products normally derived from natural gas, LNG, crude oil, and oil derivatives.

Our target markets focus primarily on lower quality coals, biomass and municipal waste where our gasification technology allows energy in the widest range of feedstocks to be unlocked and converted into flexible and valuable syngas. We offer a compelling advantage because of our ability to use such wide range of solid fuel natural resources. Without our technology, regions where lignite coal, high moisture coal, high ash coal and/or high fines coals exist may face technology barriers which will prevent those resources to be used in energy production. Our technology can transform most of these natural resources into a valuable and flexible syngas product. This clean syngas product can then be used in place of natural gas and oil for making most energy and chemical products.

The clean energy and chemicals landscape has evolved rapidly over the past five to ten years with upward pressure on demand and increasing pressure to deliver outstanding environmental performance while simultaneously delivering economics that will attract investment capital. World energy consumption is expected to increase significantly over the next two decades. Demand is heavily driven by non-Organization for Economic and Development (“OCED”) nations where those developing economies require ever increasing access to more energy products to establish healthy economies that improve the living conditions of those populations. Energy and chemical products are needed for basic health, food and agricultural products, housing needs and infrastructure for safety and mobility. A 2016 EIA report projects that total worldwide energy consumption will exceed 815 quadrillion British thermal units (“BTUS”), by 2040 with non-OECD nations making up more than half of that consumption.

Growth in energy in non-OECD nations is expected to be led by growth in Asia. The same EIA report projects Asia to make up close to 66% of that projected 2040 consumption. We believe we are well positioned in Asia where we have two operating projects using five of our gasification systems. In addition, the Tianwo-SES Joint Venture provides us with a strong Chinese partner already specialized in the manufacturing and design of processing industry equipment and projects. The Tianwo-SES Joint Venture territory initially covers China, Vietnam, Indonesia, Philippines, Malaysia and Mongolia.

Coal is required as a major source of energy for decades to come. Growth in coal usage is also expected to be led by the Non-OECD nations. Coal based energy in combination with other energy producing technologies is required to help alleviate energy poverty around the world. According to the International Energy Agency, approximately 1.2 billion people lived without access to electricity and significant investment is required to alleviate this energy poverty by 2030. This need for energy access is in addition to continued energy demand required by GDP growth in both OECD and Non-OECD nations. All combined coal is expected to continue to be a large scale source of affordable energy.

Against the backdrop of significant growth in global energy needs and the requirement for coal to supply a large portion of this energy emerges the need to transform coal into energy products in a clean and sustainable manner. Commercially proven gasification technologies such as our technology are able to cleanly extract the important carbon and hydrogen components from coal in the form of a clean syngas product.

This syngas product is then readily converted into a variety of energy and chemical products. Transforming coal into clean energy and chemical products is a growing opportunity, and we believe that global syngas growth could accelerate rapidly. The versatility and capability of syngas to make a variety of products has just begun to be considered.

We believe that our technology is well positioned to be an important solution that addresses the market needs of the changing global energy landscape. Our gasification technology is unique in its ability to provide an economic, efficient and environmentally responsible alternative to many energy and chemical products normally derived from natural gas, LNG, crude oil, and oil derivatives.

Our target markets focus primarily on lower quality coals, biomass and municipal waste where our gasification technology allows energy in the widest range of feedstocks to be unlocked and converted into flexible and valuable syngas. We offer a compelling advantage because of our ability to use such wide range of solid fuel natural resources. Without our technology, regions where lignite coal, high moisture coal, high ash coal and/or high fines coals exist may face technology barriers which will prevent those resources to be used in energy production. Our technology can transform most of these natural resources into a valuable and flexible syngas product. This clean syngas product can then be used in place of natural gas and oil for making most energy and chemical products.