332 results about "Industrial Factory" patented technology

Multiple Views of an Industrial Plant are graphically displayed and viewed. A graphical user interface displays the views in corresponding panes or windows of the graphical user interface. The views, being graphical representations of systems of the Industrial Plant, are coupled by a coupler according to a predetermined relationship between the underlying systems of the Industrial Plant represented by the coupled views. The coupler automatically refocuses the panes to display different views of the Industrial Plant based on a selection of an object in any of the panes or on a manual refocus of one view and on the predetermined relationship for coupling the views. The Coupled views represent different domains of the Industrial Plant or Industrial Network e.g. real-time monitoring and operation, configuration, debugging, maintenance, scheduling, asset management, documentation, training, simulation, physical construction, material flow monitoring, programming, interconnecting function blocks, performance analysis. The analysis may be provided at different points in time (now, past, predicted future) and with a different spatial focus (parts, whole). Coupling different views greatly reduces handling effort for building and operating Industrial Plants.

The invention discloses a construction material with the effects of sound absorption, sound insulation, heat preservation, anti-condensation, etc., a preparation method and the application thereof. The construction material consists of the following independent constituents: constituent I, constituent II and constituent III; wherein, the constituent I is a water-base interfacial agent; the constituent II mainly consists of the following constituents according to certain weight portion: 55 to 65 portions of plant fiber and 35 to 45 portions of caking agent; the constituent III is a sealing agent. The construction material of the invention is made of wood fiber by chemical treatment and the construction material is sprayed on the base surface of buildings, which has the effects of sound absorption, sound insulation, heat preservation and anti-condensation, fire protection, moulding prevention, etc. The construction material of the invention is completely suitable for being used on a base surface configuration of any building, such as arc form, waveform, etc., and also is suitable on large-scale public places needing sound absorption, sound insulation, heat preservation, anti-condensation, fire protection, etc. such as a gymnasium, a natatorium, an opera house, a cinema, an exhibition center, an airport, tunnel, an industrial factory building, a machinery room, etc.

Disclosed is a method and apparatus for the reduction of organic compounds and other emissions from an industrial plant utilizing a cement or minerals kiln that has a high level of organic compound emissions. The invention consists of a filter for the control of particulate emissions which has been treated with a catalyst to provide catalytic destruction of gaseous emissions as process gases are passed through the porous medium of the filter.

The invention relates to a light-steel light-concrete structural system and a construction method thereof. The structural system consists of pillars, beams, walls, floor plates and a roof panel; the pillars, the beams, the walls, the floor plates and the roof panel are formed by casting light steel and light concretes in situ; and the light-steel pillars and the light-steel walls are formed by connecting light-steel section bars and connecting sheets, and the floor plates and the roof panel are formed by connecting light steel, connecting sheets and steel meshed sheets. The structural system has light dead weight, good aseismicity, integrity and waterproofness and favorable thermal insulation and sound insulation performances, solves the problems of waterproofing, fireproofing and rust-proofing of the traditional light-steel structure, has the advantages of high industrialized degree, low overall cost, convenient construction and environmental protection, and is suitable for common civil buildings and light industrial factory buildings.

The invention belongs to the fields of foods or bioenergy and develops a new oil source, i.e. black soldier fly larvae as an oil-crop insect. Oil can be obtained by using a compression method (larvae is fed into a screw-type press while hot to press oil out) after black soldier fly adult and larvae are dried by hot wind or microwave. The oil can be used as raw oil for eating, chemical industry and biodiesel. The oil content of the black soldier fly larvae is 30-35 percent, through analyzing the nutritious components of the oil, and oil extracted from the black soldier fly larvae contains various unsaturated fatty acids needed by human bodies, thereby being high-quality health oil. The black soldier fly larvae has short growth period which is only 20-30 days and very small floor area, can be cultured under the condition of high density, reaches the oil production per mu of 4t/mu.year, can be carried out in an industrial factory building without occupying land area, contains no toxin, is safe and reliable, and has simple extraction process.

The invention discloses a local reinforcing method of a circular reinforced concrete column. The method mainly includes the steps that symmetrical embedded steel bars are arranged at the positions, needing to be reinforced, of an existing reinforced concrete column, an outer sleeve thin-walled steel pipe 3-10 mm thick is arranged on the periphery of the reinforced concrete column, the outer sleeve thin-walled steel pipe is a sleeve formed by conducting on-site butt welding on two semicircular rolled steel sheets, FRP cloth is wound outside the outer sleeve thin-walled steel pipe, and after adhesives of the FRP cloth are cured, self-compact concrete is poured in the space between the outer sleeve thin-walled steel pipe and the reinforced concrete column. By means of the method, compared with a newly-built project, the circular reinforced concrete column reinforced through the method has the advantages that waste of natural resources and social resources can be reduced, the bearing capacity and anti-seismic performance can be improved, the service life of the column is prolonged, the construction period is short, expenses are low, and the column is suitable for local reinforcing and the like of high-rise and super-high-rise buildings, large-span bridge piers and large industrial factories.

The invention discloses a multilayer radiation cooling coating and a preparation method thereof. The multilayer radiation cooling coating comprises an ultraviolet reflection surface coating, a visiblelight reflection floating coating and a near-infrared reflection base coating, wherein the ultraviolet reflection surface coating contains an ultraviolet reflection material, the visible light reflection middle coating contains a visible light reflection material, and the near-infrared reflection bottom coating contains a near-infrared reflection material. By utilizing the synergistic effect of the ultraviolet reflection surface coating, the visible light reflection floating coating and the near-infrared reflection base coating, extremely high sunlight reflectivity can be generated, the process is simple, the cost is low, and the coating is suitable for special shapes and planes and can be applied to occasions such as residential buildings, commercial buildings and industrial factory buildings and has a wide application prospect.

The invention discloses a sliding platform and a construction method for separately mounting grid structures on high altitudes. The sliding platform for separately mounting the grid structures on the high altitudes is arranged in an industrial factory building. The industrial factory building is provided with crane beams, and overhead crane tracks are arranged on the crane beams. The sliding platform for separately mounting the grid structures on the high altitudes comprises a grid structure type sliding platform, a scaffold operating platform and pulling equipment. The grid structure type sliding platform is slidably arranged on the overhead crane tracks via a plurality of sliding rollers; the scaffold operating platform is arranged on the upper surface of the grid structure type sliding platform; the pulling equipment is connected onto the grid structure type sliding platform, so that the grid structure type sliding platform can slide along the overhead crane tracks. The mounting quality of the grid structures, with bolt-sphere joints, of the industrial factory building can be sufficiently guaranteed, the time and labor can be saved, and the safety of staffs for constructing the grid structures on the high altitudes and the safety of construction staffs below the staffs can be guaranteed. The sliding platform and the construction method have the advantages of flexibility, convenience, speediness and low cost. Besides, merits can become obvious along with increase of ratios of the longitudinal lengths to the span of the grid structure.

The invention relates to the technical field of cement-based building materials, and aims at providing a high-permeability liquid hardening agent. The high-permeability liquid hardening agent is prepared from, by weight, 5-20 parts of fluosilicate, 5-10 parts of polymeric hydroxy aluminum salt, 70-90 parts of water, 1-5 parts of wetting agent and 1-5 parts of antifoaming agent. Fluosilicate and polymeric hydroxy aluminum salt are adopted as main ingredients, and the hardness and abrasion resistance of cement can be remarkably improved. Meanwhile, a preparation method is simple, raw materials are cheap, and industrial production cost can be reduced. The preparation process is simple and easy to implement, operation is easy and convenient, industrial large-scale production is facilitated, the industrial production cost is reduced, the high-permeability liquid hardening agent is especially suitable for cement-based floors such as industrial factory buildings and parking lots, and wide application prospects are achieved.

The invention discloses energy-saving open-cell foamed glass and a preparation method thereof. The energy-saving open-cell foamed glass is characterized by taking waste glass, ground calcium carbonate, coarse borax and a small amount of zinc white as raw materials. The preparation method comprises the following steps: smashing and mixing the raw materials by a ball mill to obtain a mixed material and filling the mixed material into a die; and then, firing the die in a furnace according to a preset program to obtain the open-cell foamed glass. The method which applies a lot of solid wastes, namely waste glass and natural stone materials can greatly lower the production cost and effectively save the energy source. The volume density of the open-cell foamed glass prepared by the method disclosed by the invention is 144-150kg/<m3>, the compressive strength is 0.6-0.7MPa, and the opening porosity is 60-70%. The acoustical absorption coefficients measured by a tube detecting method are respectively: 0.37-0.46 at low frequency (100-125HZ) and 0.52-0.61 at high frequency (125-1600HZ). The prepared open-cell foamed glass has the advantages of low density, high strength, attractive appearance, good acoustical absorption effect and the like, and can be used for acoustical absorption and noise reduction of occasions such as substation rooms, swimming pools, metro and various industrial factory buildings.

A method and system to establish a safety assessment of a process industry plant including multiple organizational units. The method and system store scores relating to a rating of one of an inspection, undertaken in one of the organizational units regarding an aspect of the plant, and an answer, given by a human representative of one of the organizational units in response to defined questions relating to one of the aspects. The scores are assigned to respective of the organizational units and respective of the aspects. Aspect-specific scores are then calculated. Safety assessment can then be established from the aspect-specific scores of the organizational units.

The invention belongs to the field of building materials, and aims at providing inorganic dry powder heat insulation paint. The inorganic dry powder heat insulation paint is prepared from the following ingredients in parts by weight: 10 to 30 parts of white cement, 2 to 5 redispersible adhesive powder, 15 to 40 parts of filling materials, 5 to 12 parts of heat reflection pigments, 0 to 10 parts of hollow micro beads and 1.5 to 5 parts of auxiliary agents. The inorganic dry powder heat insulation paint uses white cement as a film forming substance; the degradation caused by external factors can be resisted; the heat reflection pigments are used as color adjusting pigments; near infrared rays in sun light can be reflected. Through the mutual cooperative effect of the non-dense-stacking gathering of non-absorption filling materials and high durability, the inorganic dry powder heat insulation paint finally achieves good heat insulation effect and excellent stain-resistant performance; the heat insulation performance is stable and can be maintained for a long time. The VOC (volatile organic compound) content is low; the environment pollution can be reduced to the maximum degree; the environment-friendly effect is achieved. The inorganic dry powder heat insulation paint is particularly applicable to occasions such as civil buildings, commercial buildings and industrial factory buildings, and has wide application prospects.

The invention discloses a method for separating high-speed steel electric furnace slag, which is characterized by comprising the following steps in sequence: 1) breaking and sorting; 2) performing watermill grinding; 3) washing; 4) carrying out primary strong magnetic separation; 5) carrying out secondary strong magnetic separation; 6) purifying; 7) separating by a method of specific gravity; 8) precipitating; 9) preparing a cement raw material; and 10) processing tailings. According to the invention, refined particles steel of which product grade can reach over 90% can be used as a scrap steel raw material, and can be directly fed into a converter for melting into a high-quality finished product special steel; iron refined powder of which the product grade can reach over 55% can be fed into the converter for melting into a high-quality finished product special steel; the produced waste slag micro powder can be used for manufacturing cement and baking-free bricks; and parts of particle slag is used for laying paint grounds of industrial factory buildings. The market demand is considerable. The water used in the technical production is precipitated to form a closed cycle for reutilization, so that zero emission is achieved.

The invention relates to the field of wood processing and protecting, and aims at providing a method for preparing a high-permeability liquid hardening agent. The method comprises the steps that water and polymeric hydroxy aluminum salt are added to a high-speed dispersion machine for low-speed stirring; fluosilicate continues to be added for high-speed dispersion; a wetting agent and an antifoaming agent continue to be added under low-speed stirring, and the high-permeability liquid hardening agent is obtained. Fluosilicate and polymeric hydroxy aluminum salt are adopted as main ingredients, and the hardness and abrasion resistance of cement can be remarkably improved. Meanwhile, the preparation method is simple, raw materials are cheap, and industrial production cost can be reduced. According to the preparation method, after the raw materials are stirred and dispersed, paint can be prepared, the preparation process is simple and easy to implement, operation is easy and convenient, large-scale industrial production is facilitated, the industrial production cost can be reduced, the high-permeability liquid hardening agent is especially suitable for cement-based floors such as industrial factory buildings and parking lots, and wide application prospects are achieved.