Inbicon CEO NielsHenriksen said: “We are not only producing new ethanol to replace gasoline, but also producing a clean lignin biofuel to replace coal. However, our renewable energy process and renewable energy products are equally important. When the Inbicon Biomass Refinery is integrated with a coal-fired power plant, a grain ethanol plant, or any combined heat and power plant, its efficiency will be greatly enhanced.The symbiotic energy swap can help our customers build a sustainable carbon neutrality. 'business."
The refinery in Kalundborg will be integrated with the Asnaes power plant, the largest power plant in Denmark. There are many raw materials that can be used, such as wheat straw, corn stalks and corn cobs, sugar cane bagasse and grass. Waste gas from power plants will be used to support the operation of biomass refineries, which will increase the overall energy efficiency of the refineries to 71%. For environmental power generation, the lignin biofuel by-product of the refinery is clean and can be used to enhance coal combustion in power plant boilers without further purification.
The three US companies recently announced the ongoing cellulose project at the 26th Annual International Fuel Ethanol Workshop in St. Louis. Each project will include an expanded Inbicon biomass refinery, a commercial design capable of producing 20MMgy new ethanol.
Sandra Broekema, business development manager for Minnesota Power Cooperation Great River Energy, talks about Dakota SpiritAgEnergy, a commercial Inbicon biomass refinery that processes North Dakota wheat straw and will be located in the same location as the company’s new 64-megawatt Spiritwood Station.
John Gell, director of GeneseeRegionalBioFuels, stated plans to establish a comprehensive biomass plant near Rochester, New York. His company is committed to reusing a long-established, abandoned factory site and rejuvenating New York State's agriculture to process corn stalks and use self-grown grass. Lignin will balance the coal used by existing power plants.
IntegroServicesGroup project engineer and SWIEnergy development engineer Peter Bendorf plan to build a new 59MMgy corn-to-ethanol plant in Alton, Illinois, which will integrate with a 20MMgy Inbicon biomass refinery. With their respective advantages, ethanol can be produced without the use of fossil fuels.
In addition, Inbicon is working with Mitsui Engineering & Shipbuilding to build a refinery in Asia.
Vacuum Casting is a multi-step process requiring thorough engineering. In general, we make a master model by stereolithgraphy and then apply whatever surface finish is needed to it. We then pour liquid silicone rubber around the master model in a casting box. Once cured, we split the silicone rubber mold and can then use it to cast up to more polyurethane parts.
We have the ability to simulate a full range of thermoplastics and elastomers, and we can also over-mold one material over another to simulate, for example, rubber over ABS, or opaque plastic over transparent plastic. It is also possible to over-mold threaded inserts.
After casting, surface processing like painting or printing is common, although polyurethane casted parts can be colored and textured in the mold. We also specializes in producing high-gloss clear parts by using a CNC machined and polished acrylic master model. Polyurethane casted clear parts are very high quality. Parts made by vacuum casting are practically indiscernible from production injection moldings.
We supply rapid rubber mold service and silicone mold service.
Vacuum Casting
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