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Tower Product List and Ranking from 35 Manufacturers, Suppliers and Companies | IPROS GMS

Last Updated： Aggregation Period:Aug 26, 2026～Sep 22, 2026
This ranking is based on the number of page views on our site.

Tower Manufacturer, Suppliers and Company Rankings

Last Updated： Aggregation Period:Aug 26, 2026～Sep 22, 2026
This ranking is based on the number of page views on our site.

  1. 荏原製作所 Tokyo//Industrial Machinery
  2. 新日本レイキ 東京支店 Tokyo//Industrial Machinery
  3. 三菱ケミカルインフラテック 住環境ビジネスユニット Tokyo//Building materials, supplies and fixtures
  4. 4 Aggreko Japan Tokyo//Energy
  5. 5 イーテクノ 本社 Osaka//Industrial Machinery
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Tower Product ranking

Last Updated： Aggregation Period:Aug 26, 2026～Sep 22, 2026
This ranking is based on the number of page views on our site.

  1. Shinwa Cooling Tower [Round Counterflow Type] 荏原製作所
  2. Shinwa Cooling Tower "SDW/SDC-U Type" <Square Cross Flow Type> 荏原製作所
  3. Shinwa Cooling Tower "MXW/MXC-U Type" <Sealed Cross Flow Type> 荏原製作所
  4. 4 Ozone decomposition catalyst tower KONDO KOGYO CO.,LTD Environmental Device Business Group
  5. 5 Energy-saving type enclosed cooling tower 荏原製作所

Tower Product List

91～101 item / All 101 items

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[Environmental Equipment Delivery Case] High-Concentration Chlorine Gas and Cyanide Gas Removal Tower

[Environmental Equipment Delivery Case] High-Concentration Chlorine Gas and Cyanide Gas Removal Tower

The outlet concentration should be below 2ppm for cyanide gas! We will introduce examples of the delivery of high-concentration chlorine gas and cyanide gas removal towers.

We would like to introduce a case study of the delivery of a high-concentration chlorine gas and cyanide gas removal tower conducted by E-Techno. The target gases for removal are chlorine gas and cyanide gas, with a maximum treatment gas volume of 3600 Nm³/h. The inlet concentration is a maximum of 2 vol% for chlorine gas and 15 vol% for cyanide gas, while the outlet concentration is 0.5 ppm for chlorine gas and below 2 ppm for cyanide gas. 【Case Study】 ■ Industry of Delivery: Chemical ■ Designed and Installed Equipment: High-Concentration Chlorine Gas and Cyanide Gas Removal Tower ■ Treatment Gas Volume: Max. 3600 Nm³/h ■ Target Gases for Removal: Chlorine Gas, Cyanide Gas ■ Inlet Concentration: Max. 2 vol% for Chlorine Gas, 15 vol% for Cyanide Gas ■ Outlet Concentration: 0.5 ppm for Chlorine Gas, below 2 ppm for Cyanide Gas *For more details, please refer to the PDF document or feel free to contact us.

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[Case Study of Environmental Equipment] Hydrochloric Acid Gas Removal Tower

[Case Study of Environmental Equipment] Hydrochloric Acid Gas Removal Tower

The absorption by water is Max 90°C! We will introduce a case where the outlet concentration of hydrochloric acid gas was below 5 ppm.

Here is a case study of the hydrochloric acid gas removal tower delivered by E-Techno to the steel industry. The absorption using water is at a maximum of 90°C. The processing gas volume is 6750 Nm³/h, and the target gases and their concentrations are trace amounts of HCl, trace amounts of Cl2 gas, dust, and Fe2O3. The outlet concentration is less than 5 ppm for hydrochloric acid gas, while chlorine gas and dust are at natural levels. [Case Study] - Industry of delivery: Steel manufacturing - Designed and installed equipment: Hydrochloric acid gas removal tower, E730 series - Processing gas volume: 6750 Nm³/h - Target gases and concentrations: trace amounts of HCl, trace amounts of Cl2 gas, dust, Fe2O3 - Outlet concentrations: - Hydrochloric acid gas: less than 5 ppm - Chlorine gas: natural levels - Dust: natural levels *For more details, please refer to the PDF document or feel free to contact us.

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[Case Study of Environmental Equipment Installation] Salt Dust Removal Tower

[Case Study of Environmental Equipment Installation] Salt Dust Removal Tower

Design removal rate of 90% or more for particles larger than 20μm! We will introduce examples of salt dust removal towers.

We would like to introduce a case where E-Techno supplied a salt dust removal tower to the food industry. The processing gas volume is 40m³/min. The target for removal is dust from the dryer, and the concentration is unknown. At a maximum processing gas temperature of 70°C, the designed removal rate is over φ20μm, exceeding 90%. 【Case Details】 ■ Industry of Delivery: Food ■ Designed and Installed Equipment: Salt Dust Removal Tower E730 Series ■ Processing Gas Volume: 40m³/min ■ Target Dust and Concentration: Dust from the dryer, concentration unknown ■ Processing Gas Temperature: Max. 70°C ■ Designed Removal Rate: Over φ20μm, over 90% *For more details, please refer to the PDF document or feel free to contact us.

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Blind Spots of Power Loss

Blind Spots of Power Loss

Aren't the major power consumption sources "refrigerators and cooling towers" being overlooked?

Our company is working on solving power loss caused by scale in refrigeration units and cooling towers. In the case of a 300RT refrigeration unit, approximately 1.2 million yen (20%) of the annual electricity cost of about 6 million yen is wasted due to "scale-related inefficiencies." As long as water comes into contact with air, scale will inevitably form, leading to reduced thermal conductivity in pipes and heat exchangers, resulting in power loss. Furthermore, traditional chemical treatments face challenges such as wastewater regulations, treatment costs, and risks to human health. The costs of chemicals, cleaning, water, and equipment repairs add up, resulting in a total cost that is more impactful than expected. 【Scale Thickness and Increase in Power Consumption】 ■0.3mm: Heat exchange efficiency decreases by about 21%, approximately 10% loss ■0.6mm: Heat exchange efficiency decreases by about 34%, approximately 20% loss ■1.2mm: Heat exchange efficiency decreases by about 56%, approximately 42% loss *For more details, please download the PDF or feel free to contact us.

  • Water treatment equipment and technology
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Container-type cooling tower for plastic molding

Container-type cooling tower for plastic molding

Streamlining plastic molding! Achieving both cooling performance and space-saving.

In the plastic molding industry, proper temperature management of molds is essential to balance product quality and production efficiency. Insufficient temperature management of molds can lead to molding defects and decreased productivity. The GT-20 is a cooling tower housed in a 20-foot ISO standard container, designed to meet the cooling needs in plastic molding. It offers high cooling performance while being compact, reducing installation space constraints. 【Usage Scenarios】 - Plastic molding factories - Injection molding, blow molding, extrusion molding, etc. - Stabilization of cooling water temperature 【Benefits of Implementation】 - Shortened molding cycles - Improved product quality - Space-saving - Easy installation and mobility

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For power plants, scale removal for cooling towers with 'Aqua Crystal Ring'

For power plants, scale removal for cooling towers with 'Aqua Crystal Ring'

Solve the cooling tower scale problem at power plants with zero chemicals!

**For Those Struggling with Scale Removal in Cooling Towers** Stubborn scale that cannot be removed even with chemicals, will be completely eliminated with "zero chemicals"! In power plants, the decrease in cooling efficiency due to scale buildup in cooling towers directly leads to a reduction in power generation, resulting in significant losses. Especially in a context where stable power supply is required, abnormal shutdowns of cooling towers can cause planned outages and negatively impact equipment. Aqua Crystal Ring (ACR) contributes to the stable operation of power plants by removing scale without using chemicals and improving cooling efficiency. **Usage Scenarios** - Cooling towers in power plants - Those troubled by decreased cooling efficiency - Those who want to avoid using chemicals **Benefits of Implementation** - Improved cooling efficiency, contributing to increased power generation - Reduced chemical costs and maintenance expenses - Extended equipment lifespan - Reduced environmental impact

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  • Water treatment equipment
  • Other water treatment equipment
  • Tower

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[Case Study of Environmental Equipment Installation] Rubber Dust Removal Tower

[Case Study of Environmental Equipment Installation] Rubber Dust Removal Tower

Removal rate of over 90%! We will introduce a case study of an environmental device designed to remove rubber micro-dust.

We would like to introduce a case where I-Techno delivered a rubber dust removal tower. The processing gas volume is 100,800 Nm³/h, and the target for removal is fine rubber dust. The packing tower dimensions are ID 4515 × H7000. With washing using water, the removal rate exceeds 90%. 【Case Study】 ■ Industry of delivery: Rubber manufacturing ■ Designed and installed equipment: Rubber dust removal tower ■ Processing gas volume: 100,800 Nm³/h ■ Target dust for removal: Fine rubber dust ■ Removal rate: Over 90% ■ Packing tower: ID 4515 × H7000 ■ Packing material: Hilex 300PP 33.6m³, 200PP 8.4m³ *For more details, please refer to the PDF document or feel free to contact us.

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[Case Study of Environmental Equipment] Moisture Removal Tower in Chlorine Gas - 3 Towers in Series

[Case Study of Environmental Equipment] Moisture Removal Tower in Chlorine Gas - 3 Towers in Series

98% sulfuric acid concentration at the entrance and 60% at the exit! Absorbing and removing moisture from chlorine gas with concentrated sulfuric acid!

We would like to introduce a case where I-Techno delivered three moisture removal towers in series for chlorine gas. Moisture is absorbed and removed from chlorine gas using concentrated sulfuric acid. The processing gas volume is 1300 Nm³/h of chlorine gas. With three towers in series, moisture is removed down to 30 wtppm from a saturation point at 20°C, and the sulfuric acid concentration is 98% at the inlet and 60% at the outlet. 【Case Study】 ■ Industry of the delivery destination: Chemical ■ Designed and installed equipment: Three moisture removal towers in series for chlorine gas ■ Processing gas volume: 1300 Nm³/h of chlorine gas ■ Moisture: Removed down to 30 wtppm from a saturation point at 20°C with three towers in series ■ Sulfuric acid concentration: 98% at the inlet, 60% at the outlet ■ Packing material: Hilex 1200 PVC 9.9m³ × 3 *For more details, please refer to the PDF document or feel free to contact us.

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Quality preservation using container-type cooling towers for food processing.

Quality preservation using container-type cooling towers for food processing.

Achieving quality preservation in food processing with container-type cooling towers.

In the food processing industry, temperature management is crucial for maintaining product quality. In particular, cooling during the manufacturing process is essential to prevent food spoilage and quality deterioration, ensuring safety. A lack of adequate cooling capacity can lead to a decline in product quality and waste, resulting in significant losses. Our container-type cooling towers provide the cooling performance required in food processing settings, contributing to the preservation of product quality. 【Usage Scenarios】 - Cooling processes in food processing factories - Temperature management in refrigerated and frozen warehouses - Cooling in manufacturing lines 【Benefits of Implementation】 - Preservation of product quality - Improved yield - Reduction of food waste

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Precision cooling solutions using container-type cooling towers for semiconductors.

Precision cooling solutions using container-type cooling towers for semiconductors.

Solving the cooling challenges of semiconductor manufacturing! Achieving easy installation and powerful cooling.

In the semiconductor industry, temperature management in the manufacturing process is a crucial factor that influences product quality and yield. Particularly, as density increases, there is a demand for precise cooling capabilities that can handle the rise in heat generation. Insufficient cooling capacity can lead to equipment malfunctions and product defects. Our container-type cooling towers are housed in ISO standard 20ft containers, allowing for flexible installation locations and rapid deployment. With powerful cooling performance, they meet the precise cooling needs in semiconductor manufacturing. 【Usage Scenarios】 - Semiconductor manufacturing plants - Clean rooms - Data centers 【Benefits of Implementation】 - Improved yield through stable temperature management - Early business commencement due to quick installation - Cost reduction through space-saving design

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Container-type cooling tower for automotive painting 2082kW

Container-type cooling tower for automotive painting 2082kW

Temperature management for painting booths! Easy-to-install container-type cooling tower.

In the automotive painting industry, temperature management within the painting booth is crucial for maintaining paint quality. In particular, temperature fluctuations can affect the drying speed of the paint and the final finish, potentially leading to variations in quality and the occurrence of defective products. Container-type cooling towers help maintain a constant temperature in the painting booth, contributing to the stabilization of paint quality. 【Usage Scenarios】 - Automotive painting booths - Painting lines - Air conditioning within factories 【Benefits of Implementation】 - Improvement in paint quality - Reduction of defective products - Increase in productivity

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