Strategy Briefing. Global Clean Energy TIMING NOW

Transcription

1 Strategy Briefing Global Clean Energy TIMING NOW

2 Global Clean Energy, Inc. (GCE), is a waste-to-energy development company. Our focus is on optimizing commercially available technologies to recover, reclaim and convert waste and platinum group metals (PGM) into commercially viable energy, a process the company refers to as Reforming Environmental Salvage into Clean Usable Energy (R.E.S.C.U.E) The company was formed eight years ago as a venture to investigate the potential of cleanly processing organic waste into synthetic natural gas ( syngas ). The goal was to both reduce greenhouse gas emissions and lower the dependency in North America and Europe on imported oil and natural gas. The company s roots were in R&D of gasification/pyrolysis systems. GCE developed two intellectual proprietary assets; The AIRPUMPTM system utilizing Vortex technology and its Hybrid Steam Gasification system. In 2012 after significant capital investment in R&D, the company made the strategic decision to prioritize feedstock lockup and operation agreements. GCE recognized accelerating growth opportunities in the US and began to focus on 20 year feedstock sourcing and operations agreements. Today, GCE has extensive resources aligned in conversion technology (pyrolysis, anaerobic, microwave and plasma arc) feedstock (plastics, tires, wood, biomass, PGM) and engineering fields (F5 EPC & O&M), to operate in the burgeoning market. GCE is focused on the North American markets in implementing commercially proven technologies to convert and recover end-of-life plastic, biomass, ASR auto shred, and PGM platinum group metals, GCE incorporates technologies already being employed in Europe and Asia to permit faster growth, less risk and accelerated operations and investments. As a global technology integrator, GCE has a broad spectrum of commercially proven best available technology (BAT) permitting GCE to match up technology with feedstock maximizing the fuel conversion value. As technology options throughout the world continue to develop at a rapid pace, GCE is positioned as one of the most diverse feedstock integrators, differentiating itself from single source, singular platform traditional feedstock developers in the flourishing North America alternative fuel development market. 2 Global Clean Energy TIMING NOW

3 GCE Model GCE is focused on 5 key investment principles: 1. Long-term site and feedstock lockup, site and operational control 2. Aggregating commercialized waste-to-energy conversion technologies 3. Developing alternative fuels & recovery sites with F-1000, EPC and O&M groups 4. Providing development capital for commercialized technologies with performance guarantees 5. Generating minimum 20% IRR Each plant/site has 7 major development elements: Feedstock Building/ Site control Initial EPA opinion (clear path) Permitting (clear path) System/ Technology (commercialized systems) Off takes agreements Capital GCE has multiple sites identified with 5 or greater elements in place for W2F development over the next 2 years. As each element becomes active, the project moves into the company s operational control reflected on attached chart (names confidential until released publically). The chart also illustrates GCE s objective of modular, repeatable projects and joint venture agreements. 3 Global Clean Ene TIMING N

4 Each of the feedstock operations has numerous sites available to the company increasing GCE s development pipeline of multiple projects extending into the next decade. GCE prioritizes customer sites that have enough feedstock volume to add additional modules in future phases permitting the company to raise capital for multiple plant modules on each site. The GCE management team has extensive financial and operational backgrounds in the renewable energy, manufacturing, IP, IT fields, having built and sold companies in the hundreds of million-of dollars over the last 20 years. With broad experience in many disciplines and industries, our customers have ranged from large independents through to government, DOD, mass distribution, F1000 and international markets. The team s energy industry background affords the company with vital insight and a valuable network of plant construction, manufacturing and EPC resources. GCE is uniquely positioned to become the fastest growing developer with its aggregation model for modular waste-to-energy and recovery conversion projects in the multi-billion dollar waste to energy industry. 4 Global Clean Energy TIMING NOW

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6 GCEI Waste to Fuels Project Summary Global Clean Energy, Inc. is an alternative energy developer specializing in TPD modular Waste To Fuels sites using commercialized pyrolysis technology that converts plastic, tires and wood to high value fuels: diesel, gasoline and naphtha. GCEI secures feedstock, site control, off-take agreements and technology to create multiple waste to fuels projects on feedstock sites throughout North America. By utilizing modules, GCEI can double the size of a plant by adding modules in an economically efficient manner while increasing the IRR as a result of the lower CAPEX by expanding on the existing infrastructure. PLASTIC TO FUEL GCEI is developing waste plastic to fuel sites in the South East United States with F600 Global Recycling and Packaging Group, that recycles 2 million tons per year of landfill waste as well as owns and operates multiple landfills. The company will provide plastics via a long term feedstock agreement for multiple sites. The waste and after life plastics will be shredded and processed through the pyrolysis vessel to create a high value fuel through the on-site thermal cracking system. ASR Plastic Recycling PGM Recovery GCEI is collaborating in the catalytic converter recycling and PGM recovery business to construct and operate a facility to recover platinum, palladium and rhodium from automobile catalytic converters recycled in the United States and abroad. The Company utilizes proven commercialized systems to deliver the most efficient recycling plant technology available on the market. Anaerobic Digestion GCEI has finalized an MOU for a JV in Upstate NY to develop an AD plant on their permitted shovel ready New York site. Project includes infrastructure, building, 8 NG line, feedstock for a 450 TPD AD plant and an offtake agreement to produce pipeline quality methane. GCEI has a joint development agreement to develop plastic recycling plants for the ASR market to bring proprietary modular recycling facility to the United States. GCEI will finance, build, own, operate and manage an ASR plastics recycling plant to convert land-filled plastics from end of life vehicles and create a profit center without a capital, personnel or resource investment from the feedstock and site provider. The recycling plant will sort ASR and reconstitute the myriad of plastics into high value virgin polymers with properties that exceed current virgin polymers without the negative environmental impact associated with current petroleum based plastics manufacturing. 6 Global Clean Energy TIMING NOW

7 On-Site Pyrolysis Plastics To Fuel Plant 1. PLC Computerized Operation 2. Shredded plastic is screw fed into pre-heater 3. Pre-Heater creates hot plastic slurry which is fed into 4. Main pyrolysis chamber, condenser and crude upgrader 5. Fuel storage diesel, naptha and gasoline 7 Global Clean Ene TIMING N

8 ASR Plastic Recycling to High Value Polymers 8 Global Clean Ene TIMING N

9 PGM Platinum Group Metals Recovery Plasma Arc plant technology provides the closest solution to Zero Waste currently available. This green sustainable alternative for waste management uses ultra-high temperatures to melt, gasify or vaporize any waste material, in order to treat, recover or generate useful commercial products. 9 Global Clean Ene TIMING N

10 Biogas Production Step One Feedstock Step Two Digestion Step Three Gas Upgrade Process Description Anaerobic digestion to convert agricultural waste into distributed generation and organic fertilizer Biogas produced in the digester is purified to pipeline quality Fiber used as bedding and organic fertilizer Reduces greenhouse gas emissions 10 Global Clean Ene TIMING N