详情描述
Clean various heat exchangers, condensers, industrial pipelines, boilers, and steam power plant condensers. Glan Chemical Co., Ltd. offers guaranteed cooperation.
Jining Greentech Chemical Technology Co., Ltd. (Abbreviated as Jining)Green Clean CompanyEstablished2010YearIs industrialAll types ofHeat Exchange EquipmentWashingPlease provide the Chinese content you would like translated into American English.ProfessionalCompany. The company hasComplete SetPhilosophy of operation, industrial equipment cleaningTechnologyR&D capabilities, undertakeIndustrial, Private Enterprises,Corporate chemical equipment, power station equipment, power plant condenser, boiler, and boiler air preheater cleaning servicesAir conditioning cleaning, heat exchange equipment cleaning, handling cleaning for machinery and equipment, chemical equipment, etc.; taking on cleaning for refrigeration equipment, heating equipment descaling.
JiningGreen Clean Company stocks250mpaDozens of various model cleaning machines, primarily serving enterprises such as power plants, chemical factories, oil refineries, food processing plants, public institutions, heating equipment, etc., the company also provides long-term services forIndustryCustomers undertake cleaning and design of industrial heat exchangers.
Our company has newly acquired domestic cleaning machines and imported cleaning equipment. We have hired experienced professionals in the cleaning industry.Technical SpecialistStandardization and normalization have been achieved in the cleaning of heat exchange equipment.。
Chemical Cleaning Scale Removal Process:
Recirculating cleaning utilizes two existing parallel ash pipeline sections to form a loop, creating a circulation system with the cleaning pump station. A solution of a certain acidity concentration is added, and the ash water flows in a recirculating manner for cleaning within the pipeline. Additionally, as the acid cleaning reaches a certain level, acid is continuously replenished. For short-distance single ash water pipelines, if conditions permit, a temporary pipeline can be laid to form a recirculating loop for cleaning. This process must be carried out while the system is shut down, and it is complex and costly.
No two gray pipes can form a loop during cleaning; only a single gray pipe can be used for open-path cleaning. The method involves connecting one end of the gray pipe to the cleaning unit, continuously preparing a certain concentration of cleaning solution in the dosing tank, and then continuously or intermittently injecting it into the gray pipe. This process requires the addition of cleaning equipment during shutdown, which increases costs.
The process involves continuously injecting a certain amount of acidic solution while operating the ash conveying pipeline, simultaneously introducing a specific quantity of ash conveying pipeline operation cleaning inhibitor and pipeline cleaning descaler, and performing open-loop cleaning. The main function of the cleaning aid is to promote the reaction between the acidic solution and ash scale at a certain concentration and flow rate, while also increasing its solubility in water, reducing the occurrence of gas blockage, and ensuring the quality of ash pipeline cleaning.
High-pressure water jetting is used for cleaning, offering advantages such as high efficiency, low cost, non-damaging to workpieces, environmental friendliness, ease of operation, and safety.
High-pressure water technology boasts the following advantages.
Since the pressure of high-pressure water is less than the compressive strength grade of metal, high-pressure cleaning will not damage the substrate being cleaned.
Components cleaned with high-pressure water jetting do not require secondary cleaning.
(1) Classified by chemical composition, they can be categorized into carbonate scale, sulfate scale, silicate scale, and mixed scale, etc. The main components of carbonate scale are calcium carbonate and magnesium carbonate; the main components of sulfate scale and silicate scale are calcium sulfate and silicate compounds, respectively.
Lime scale primarily forms due to the salts of calcium and magnesium in the boiler feedwater that precipitate and adhere to the metal surface upon heating. The thermal conductivity of the lime scale.Corrosion intensifies, leading to scale corrosion in pipelines and accelerates the damage to heated surfaces. Once scale forms, it should be promptly removed using mechanical or chemical methods.
Heat Exchanger and Refrigeration Equipment Cleaning – Choose GreenChem for Reliability
