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MHI facilitating the opportunity to purchase CFT Products across Divisions
The company is targeting 2018 sales of $ $37 billion rising to $45 billion in 2020……. Under its “Shared Technology Framework,” MHI Group is striving to strengthen its technological and marketing infrastructures, optimize the value chain across the Group (including procurement), and reinforce the competitiveness of its businesses in the medium-to-long term. MHI Group handles a greater variety of products than its competitors, and in order to turn this product diversity into competitiveness, it is promoting group-wide technology and knowledge sharing in product development. Applying cutting-edge technology from gas turbine development to numerous other products, such as compressors, centrifugal chillers, and turbochargers, is one example of what it is doing to realize conglomerate synergies by technology and knowledge sharing. Combust, flow and treat (CFT) suppliers therefore have the opportunity to also understand the group-wide opportunities and offer packages covering the gamut of opportunities. CFT opportunities are mainly in the following two of three main divisions----- POWER SYSTEMS: Intelligent Transport Systems gas and steam power generation systems, nuclear power plant equipment (light-water reactors/nuclear fuel cycle & advanced solutions), wind power generators, aero engines, compressors, marine machinery.-------- Overview of Fiscal 2017----------- Having been hit by global market factors such as the acceleration of the shift to low-carbon approaches and the switch to renewable energy, coal-fired power plants saw a significant decline, and order volumes for gas turbine combined cycle (GTCC) systems also fell considerably. As a result, consolidated orders received decreased year on year, to ¥1,437.5 billion. Consolidated net sales rose year on year to ¥1,493.9 billion, driven by steady progress in work-related to orders for gas and steam power generations, as well as increases in aero engines. Although there were improvements in the profitability of the gas and steam power generations, aftersales service, due to such factors as the decline in nuclear power plant equipment, operating income was flat year on year at ¥108.9 billion. ------ INDUSTRIAL: Metal machinery, environmental systems, paper converting machinery, mechatronics systems, ITS, material handling equipment, engines, turbochargers, air-conditioning & refrigeration systems, automotive thermal systems, machine tools, commercial ships, transportation systems, and chemical plants.------------- In addition to increases in metals machinery on the back of strong infrastructure investment, orders grew for turbochargers, material handling equipment, air-conditioning & refrigeration systems, and other items due to economic expansion, primarily in developed countries. Consequently, consolidated orders received rose year on year to ¥1,711.3 billion. Consolidated net sales exceeded the level of the previous fiscal year and rose to ¥1,898.9 billion, driven by increases in material handling equipment and turbochargers, for which orders were strong, and in commercial ships.----- EXAMPLES of CFT OPPORTUNITIES: Flue gas desulfurization, waste-to-energy, geothermal, CO2 recovery, marine scrubbers, sinter plant waste heat recovery, gas turbine combined cycle plants, coal-fired boilers---- ENERGY EFFICIENCY: The company is focused on improving energy efficiency with data analytics and remote monitoring. It is fostering cross divisional projects.
Revision Date: 12/14/2018
Tags: 221112 - Fossil Fuel 化石燃料, 221112 - Fossil Fuel 化石燃料, 221112 - Fossil Fuel 化石燃料, 331111 - Iron and Steel Mills , 221116 - Geothermal Power , Mitsubishi Heavy Industries, Investment, Sale
2014 BHE testimony on the gas turbine, coal and geothermal projects in Utah
The purpose of Chad Teply testimony was to support the prudence of capital investments in the new Lake Side 2 combined cycle combustion turbine (“CCCT”) natural gas fueled resource, certain pollution control equipment retrofits on existing coal fueled resources, and other significant generation plant projects being placed in service during the test period in this docket, July 1, 2014 through July 2015. This included the Hayden SCR and the Blundell geothermal resource well integration project and 1 the Naughton Unit 3 natural gas conversion project. The Blundell geothermal resource well integration project integrates two 108 new geothermal resource wells into the Blundell generation system. One production well and one injection well, along with associated appurtenances, have been drilled and will be placed in service to support continued reliable electricity production at the site. Lake Side 2 is nominally rated at 548 MW base load 130 and 97 MW of duct firing for a total net capacity of 645 MW at the average 131 ambient temperate of 52 degrees Fahrenheit. Each combustion turbine exhausts 132 into its own heat recovery steam generator which then commonly supply a single 133 steam turbine generator. The electrical energy generated by Lake Side 2 will be delivered to a new 345 kV point of interconnection substation (Steel Mill) where it will tie into the PacifiCorp transmission system.
Revision Date: 11/7/2016
Tags: 221116 - Geothermal Power , BHE Environmental, Inc., Duct Burner, Substation
Indonesia is rich in geothermal resources and at present, it accounts for about 2.5% of the total installed capacity. However, while geothermal resources offer the potential for 20, 000MW of electricity, only 4% (787MW) has been developed in the past 20 years. The geothermal resources of the plant Dieng #1 contain a lot of Si in steam, making scales cling to steam production wells, steam tubes and steam turbines. As a consequence, at present, it only generates 40MW of electricity compared to the expected 60MW output. Despite there have been several measures taken, such as the injection of acid (which is also done in Japan) none have been effective in solving the problem. Agency for the assessment and application of technology (BPPT) asked Tohoku Electric Power Co. Inc to examine the scale problem in the plant through its overseas projects.
Revision Date: 1/6/2012
Tags: 221116 - Geothermal Power , Tohoku Electric Power, Silica Scale, Water Treatment, Indonesia
Silica scaling is a common problem in geothermal facilities. Geothermal operators need improved tools to evaluate and mitigate the impact of silica scaling. It is also proving feasible to develop technologies to economically convert silica and other dissolved elements in geothermal fluids from a problem to a resource.
Revision Date: 1/6/2012
Tags: 221116 - Geothermal Power , Lawrence Livermore National Laboratory, Silica Scale, Water Treatment, Silica Scale Management
Geothermal, Hydro, Marine Power, and Concentrated Solar are All Water Treatment Markets.
Here is a link to the October McIlvaine Renewable Energy Updates with lots of project information on each area of renewable including those that involve water and water treatment. Hydropower is already a big market for Flygt. Geothermal and Concentrated solar are developing markets where there are active commercial projects. Marine power is an interesting development area for Xylem. It includes wave and tidal energy as well as thermal which make use of the thermal gradient in deepwater. The McIlvaine Renewable Energy Project service is included as one of the multi client services provided to Xylem.
Revision Date: 11/7/2011
Tags: 221111 - Hydroelectric Power Generation 水力发电, 221118 - Other Electric Power , 221116 - Geothermal Power , Xylem, Market, Nickel
HDPE Geothermal Pressure Pipe from Blue Diamond Industries
Blue Diamond Industries, LLC, headquartered in Lexington, KY, is a privately owned company organized by its shareholders in 2004. The company produces high density polyethylene (HDPE) pipe in Middlesboro, KY, near the Tennessee border. Geothermal exchange is a clean energy method of heating and cooling commercial and residential buildings. The technology is proven and has been in use for decades. In simplest terms, HDPE (High Density Polyethylene) pipe is buried in the ground, allowing heat transfer between the fluid in the pipe and the earth. The fluid in the piping is warmed in the winter and cooled in the summer. The system consists of buried HDPE pipe, a heat pump, and air distribution system. The buried piping heat exchanger is a key component of the geothermal system. Blue Diamond Geothermal Pressure Pipe is manufactured from PE 3408/3608 resin listed in PPI(Plastics Pipe Institute) Standard TR 4 and meets the requirements of IGSHPA (the International Ground Source Heat Pump Association). Blue Diamond is also certified to produce PE 4710 piping, which has a higher Hydrostatic Design Stress and higher environmental stress crack rating. Pipe manufactured from PE 4710 resin will have a higher pressure rating for the same SDR wall thickness compared to 3408/3608 resin. Contact the BDI technical staff for further information. BDI PE 4710 is listed in PPI Standard TR 4. IGSHPA recommends HDPE pipe for its superior properties.
Revision Date: 8/31/2011
Tags: 221116 - Geothermal Power , Blue Diamond Industries, HDPE Resin, Piping, Water Transport
Renewable Energy World Market Update June 2011
Renewable Energy World Market Updates and News The complete text can be found with a click on: http://www.mcilvainecompany.com/brochures/energy.html#47ai. You can registered to receive these headlines each month at . http://www.mcilvainecompany.com/brochures/Free_Newsletter_Registration_Form.htm.
Revision Date: 7/21/2011
Tags: 221114 - Solar Power , 221114 - Wind Power , 221116 - Geothermal Power , 221118 - Other Electric Power , McIlvaine, Market, Renewable Energy, Renewable Energy World Market Update