Mitsubishi Heavy Industries Limited

Mitsubishi Hitachi Power Systems, Ltd.

Toyosei Aota

Hiroyuki Katayama

Yoshiyuki Doi

Kazufumi Ikeda

Hikaru Kurosaki

Hideyuki Morita

Kohei Hatano

Yoshifumi Masuda

Takanori Ito

Ryutaro Fujisawa

Tomonori Toda

Eigo Kato

Tei Yamato

Rei Takei

Yoshimasa Tsumura

Eiji Naito

Tatsuo Adachi

Satoshi Hara

Kazuya Ushioda

A pipe supporting structure includes: a plate-like member being into contact with an outside surface of a pipe; a tube-like member having a tubular shape and configured to support the plate-like member; and a base configured to support the tube-like member, wherein the plate-like member includes a supported portion supported by the tube-like member and an inner side portion surrounded by the supported portion, and the inner side portion has a smaller heat capacity per unit volume than the supported portion.

Pipe supporting structure

The present application relates to a system for quality management of a filter unit disposed in an intake passage. The system includes a plurality of evaluation parameter detection units configured to detect an evaluation parameter relating to of each filter constituting a filter layer of the filter unit. By determining a distribution of the evaluation parameter based on the detection values, the quality evaluation is performed.

Filter unit quality management system and filter unit quality management method

An intake air filter device includes a filter member in an intake air path of a gas turbine. The intake air filter device includes: a frame body that supports the filter member which is configured to be inserted thereinto from an upstream side in a direction in which a fluid is to flow through the intake air path; and a closure plate engaging part mounted on a downstream side of the frame body and serving to engage a closure plate that covers a downstream side of the filter member.

Intake air filter device, filter replacement method of intake air filter device, and gas turbine

An exhaust flue includes an exhaust chimney body, and an open end multi-hole area. The exhaust chimney body defines a passage for discharging exhaust gas. The open end multi-hole area is an area in which multiple holes are defined around a total circumference of an open end of the exhaust chimney body.

Exhaust flue

In a silencer, holes are disposed in one row with intervals to each other along one direction, holes forming the one row are disposed in a plurality of rows in a direction perpendicular to the one direction, and positions of the holes in adjacent rows are shifted in the one direction and disposed in a zigzag pattern. A disposition interval of the holes of an outer edge hole row forming one row in at least two sides opposite to each other in the silencing porous plate is set to be larger than a disposition interval of the holes of a row inside the outer edge hole row.

Silencer and rotating machine equipped therewith

A large capacity HEPA filter is produced having a layered filter medium unitarily formed by an upstream non-woven fabric, which can remove 70 to 90% of 0.3 &#x3bc;m particles, and a downstream non-woven fabric, which can remove 99.9% of 0.3 &#x3bc;m particles or more. The layered filter medium is shaped as a mini pleat shape in a thickness direction and an entire shape in the thickness direction is a plurality of continuous Vs. Also, a dust collecting device having such a large capacity HEPA filter is produced and an air intake device for a gas turbine is provided with such a dust collecting device.

Dust collecting filter, dust collecting device, and air intake device for gas turbine

A filter maintenance monitoring method and a filter maintained thereby are provided, by which re-use of the filter by wash is smoothly and efficiently promoted. The filter includes that loaned from a filter owner to a filter user. The filter used for a predetermined purpose and having clogging of filter cloth by filtering dust in air is recovered to be washed for re-use. History data base stored in a storage portion of a computer is renewed based on wash history of the recovered filter. Then, re-use of the filter is decided based on the renewed history data base. Changes in the filter by damages or deterioration corresponding to the wash history are automatically grasped. Thereby, an efficient filter maintenance is realized.

Filter control method, and filter controlled by the method

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Tokyo, Japan

Toyosei Aota