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Sep 17,2026

The all‑membrane process has received regulatory approval from the pharmaceutical industry, and the company is actively expanding its presence in the pharmaceutical ultrapure water market.

According to industry reports, with the 2025 edition of the Chinese Pharmacopoeia incorporating non‑distillation methods as a compliant approach for preparing water for injection, membrane‑based processes centered on “reverse osmosis plus EDI” are poised to seize significant policy-driven opportunities in the pharmaceutical water sector.

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Jun 10,2026

Batch delivery of smart water vending machines to community operators nationwide, with one-stop after-sales service implemented concurrently.

On June 10, 2026, this month, our company completed the mass production and delivery of a batch of multi‑model smart hydrogen‑enriched water vending machines, which have been shipped to community‑based operational projects in Shandong, Shanxi, and other regions.

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May 06,2026

The company’s technical team traveled to the customer’s site to complete equipment installation and commissioning.

In May 2026, the company’s technical team traveled to an industrial park within the province and successfully completed the on-site installation and commissioning of a customer‑specific industrial ultrapure water system.

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May 05,2026

The company has launched a next-generation smart automated water dispenser that supports IoT-based cloud management.

In May 2026, our company’s next-generation smart automated water dispenser officially rolled off the production line and entered the market. Equipped with an IoT cloud‑based management platform, the product supports WeChat and Alipay QR‑code payments, real-time TDS monitoring, remote fault diagnosis, and unified management across multiple sites. Its disinfection system features a dual‑stage sterilization configuration—ultraviolet light combined with ozone—to ensure safe and reliable drinking water quality.

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Apr 17,2026

The company has completed a technological upgrade of its EDI ultrapure water system, achieving a stable resistivity of 18.2 MΩ·cm in the product water.

In April 2026, the company announced the completion of a technological upgrade to its EDI (Electrodeionization) ultrapure water production system. The upgraded system employs a fully membrane-based process—two-stage reverse osmosis combined with EDI—delivering effluent with a stable resistivity of 18.2 MΩ·cm, thereby meeting the stringent water‑quality requirements of high‑precision manufacturing processes in industries such as electronics, pharmaceuticals, and power generation.

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Nov 01,2023

A Comprehensive Guide to Baghouse Dust Collectors: Understanding Their Working Principles, Operation, and Maintenance

The operating principle of a baghouse dust collector is as follows: Dust-laden gas enters the baghouse, where larger, heavier particles settle under gravity and fall into the hopper. The gas containing finer particulates passes through the filter bags, guided by flow‑diverting plates; the dust is captured, thereby purifying the flue gas. After purification, the dust concentration in the flue gas is ≤50 mg/m³, meeting environmental protection standards.

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Nov 01,2023

A Comprehensive Guide to Baghouse Dust Collectors: You’ll Understand Everything After Reading This (Part I)

4. Analysis of Mechanical Damage to Filter Bags: (1) Friction and puncture caused by rough frame surfaces and sharp weld marks. (2) Improper storage, transportation, and installation. (3) Excessive blow‑off pressure leading to bag abrasion. Remedial Measures: (1) Ensure proper maintenance of the frame and keep its surface smooth. (2) Use appropriate packaging; during storage and transport, avoid compression and bending, protect against water and direct sunlight, and handle with care during installation to prevent impacts; never drag the bags on the ground. (3) Adjust the blow‑off pressure.

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Nov 01,2023

A Comprehensive Guide to Baghouse Dust Collectors: You’ll Understand It All After Reading (Part II)

4. Mechanical damage to filter bags: Cause analysis: (1) Friction and puncture caused by rough frame surfaces and sharp weld marks. (2) Improper storage, transportation, and installation. (3) Excessive blow‑down pressure leading to bag abrasion.

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Nov 01,2023

A Comprehensive Guide to Baghouse Dust Collectors: You’ll Understand It All After Reading (Part III)

9. Short-term excessively high or low flue gas temperatures, or filter bag combustion—cause analysis: (1) High flue gas temperature may result from the boiler’s actual evaporation exceeding its rated capacity, improper combustion adjustments, or ash and slag deposition on the heating surfaces. (2) Low flue gas temperature may be due to air leakage in the boiler’s rear section, as well as factors such as inadequate combustion control or modifications to the heating surfaces, all of which can lead to abnormally low exhaust gas temperatures. (3) Combustible particulate matter may be present.

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WhatsApp:86 18737959990

Manager Liu:+8618737959990

Manager Yang:+8615037920517
Email:gqhbtop@gmail.com
Address:Zhongmai Red Oriental Plaza, Xigong District, Luoyang City, Henan Province, China

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