About Us

Kosman Environmental Technology Co., Ltd. is a high-tech enterprise integrating R&D, production, and sales. It boasts a highly efficient R&D, production, and sales team with 152 employees, including 68 engineering and technical personnel, 12 with senior professional titles, and 26 with intermediate professional titles. Since its establishment in 2017, the company collaborated with relevant research institutes and other companies in its first year, participating in the construction and design of numerous projects. During this process, many difficult technical problems were discovered. For example, in the oil and gas recovery and condensation adsorption device process, only a portion of the oil was recovered, and the C2, C3, and C4 organic components after carbon bed degradation and analysis could not be effectively recovered, resulting in unstable emission concentrations and non-compliance with standards.

Subsequently, over a period of three years, relying on its own technological strength and financial resources, in conjunction with research institutes and universities, and investing over 4 million RMB, the company developed a high-tech process and equipment in October 2020. Based on the gases emitted by different chemical products, different technical process control schemes are adopted to effectively and stably control the volatile gases within milligram standards.

 

Shandong Keshiman Environmental Technology Co., Ltd. is a high-tech enterprise that provides you with gas station, loading platform, tank farm, dock, and chemical waste gas treatment equipment, specializing in VOCs treatment single-unit -40℃, cascade unit -75℃, -110℃, and -180℃ ultra-low temperature refrigeration modules. With professional and sophisticated technical capabilities and integrity-based service, we provide you with gas station, loading platform, tank farm, dock, and chemical waste gas treatment equipment.

Tank Farm VOCs Treatment Device: VOCs emitted from tanks, regardless of size, not only cause significant oil and gas losses but also pollute the atmosphere. This series of products is widely used for VOCs gas recovery in tank farms.

The main treatment method is to install a headspace connection gas phase pipeline and add a VOCs treatment device at the end. After treatment, the exhaust gas meets emission standards. The main processes used are condensation, adsorption, absorption, and CO2 removal.

Chemical VOCs Treatment Device: During the loading and storage of chemicals, the breather valves of tank trucks or storage tanks release large amounts of VOCs, causing resource losses and atmospheric pollution. This series of products is widely used for VOCs gas recovery during chemical loading and storage.

The main processes used are condensation, adsorption, absorption, and CO2 removal.

Dock VOCs Treatment Device: During oil loading, the ship's hold releases large amounts of VOCs, causing resource losses and atmospheric pollution. This series of products is widely used for VOCs gas recovery at docks.

The main treatment method involves monitoring parameters such as pressure, temperature, flow rate, and oxygen content of VOCs generated during the loading process using ship-shore safety devices. It reacts to exceeding limits by directly cutting off and adjusting VOCs transport to prevent accidents. Processes such as "dual-channel condensation," "adsorption," and "absorption" are employed for treatment.

The initial loading is a continuous operation, sometimes lasting over 72 hours. The condensation section uses a dual-channel, dual-evaporator design. When ice blockage occurs in the evaporator causing excessive pressure drop, it automatically switches to the backup evaporator for cooling. Simultaneously, it utilizes the heat from the high-temperature refrigerant gas discharged from the compressor to defrost the main evaporator. Defrosting and cooling occur simultaneously, enabling truly uninterrupted operation year-round.

VOCs Treatment Device for Loading Platforms: During oil loading, tank trucks release large amounts of VOCs, causing resource loss and atmospheric pollution. This series of products is widely used to recover various VOCs generated during loading.

The concentration of oil and gas is high, and the condensation and recovery effect is significant, resulting in good economic and social benefits. The wastewater treatment plant's VOCs treatment device addresses the issue that the waste gas from the wastewater treatment plant mainly consists of sulfides, lower aliphatic amines, aromatics, hydroxyl compounds, alcohols, phenols, and lower fatty acids, primarily volatile organic compounds (VOCs), hydrogen sulfide, ammonia, and methanethiol, which impact the surrounding ambient air quality and indoor working environment.

The main processes employed include condensation, adsorption, absorption, CO2 removal, photolysis and oxidation, and biological deodorization.

This device effectively collects odorous waste gas and treats it through waste gas purification equipment, specifically a biological deodorization device, to meet national emission standards. Condensation + CO Treatment Unit

To meet the emission standards (milligram level) for characteristic pollutants in the "Emission Standard of Pollutants for Petroleum Refining Industry" (GB31570-2015) and the "Emission Standard of Pollutants for Petrochemical Industry" (GB31571-2015), a "condensation + CO" process can be adopted. The upstream stage performs condensation recovery, simultaneously reducing the VOCs gas concentration to meet the requirements of the downstream CO treatment. The basic principle of CO treatment is to heat the waste gas to 300°C-550°C, where the organic matter in the waste gas undergoes an oxidation reaction under a medium-temperature catalyst, converting the hydrocarbons in the waste gas into CO2 and H2O, which are directly emitted into the atmosphere. Its characteristics include low-temperature safety, no open flame, and ultra-low emissions.

Gas Station VOCs Treatment Unit

During the loading and unloading of oil products and the refueling of vehicles, a large amount of volatile oil and gas is generated at gas stations, causing not only resource loss but also atmospheric pollution. This series of products is widely used for VOCs gas recovery at gas stations.

The main treatment method involves collecting the volatile oil and gas and employing an integrated process of "condensation + adsorption," "condensation + membrane separation," and "ultra-low temperature condensation" to condense the oil and gas to low temperatures, liquefying most of it for recycling. The remaining oil and gas is then treated with activated carbon to adsorb and enrich hydrocarbons, resulting in compliant emissions. This method boasts high recovery efficiency, low emission concentrations, and fully meets national standards, thus reducing oil and gas pollution.

Oil depots, refining and chemical enterprises, chemical plants, coal chemical bases, gas stations, high-concentration laboratories, pesticide intermediates, oil and gas recovery during ship loading and unloading at docks, oil depot tank cleaning, and treatment and recovery of various high-concentration VOCs volatile gases.

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 Pre-sales:

In-depth needs analysis and customized solutions: The supplier will conduct thorough communication regarding operating conditions, such as oil storage types and daily turnover, and customize the optimal recovery solution based on these requirements.

Technical consultation and process planning: Answering technical questions regarding performance, installation, and maintenance, and dispatching professional engineers to the site for surveying and providing professional advice on site planning, equipment layout, and construction plans.

Technical personnel training: Providing theoretical training to the client's technical personnel in advance to ensure that subsequent takeover personnel possess the necessary operation and maintenance knowledge.

 During sales:

Contract and production guarantees: Strictly adhering to contractual agreements, completing equipment production on time and with guaranteed quality, and ensuring that all documents and technical materials (drawings, user manuals, etc.) are complete and delivered on time.

Construction support and installation/commissioning: After the equipment leaves the factory, the supplier will cooperate with the client for product acceptance and inventory, and provide on-site assistance; subsequently, professional technicians will be assigned to complete all installation and commissioning work.

On-site operation training: After installation and commissioning are completed, comprehensive training will be provided to on-site operators, and technical personnel will remain on-site for up to one month to ensure the equipment smoothly transitions through the break-in period.

 After-sales Service:

Warranty and Repair Services

Standard Warranty: The warranty period for the entire machine is 1 year, and core components such as compressors can be extended to 2-3 years.

Lifetime Maintenance: Free repairs within the warranty period; paid lifetime service after the warranty period.

Rapid Response: Leading suppliers in the industry typically provide 24/7 technical support. Response time ranges from providing solutions within 1 hour to arriving on-site within 2 hours, and a commitment to "on-site service within 24 hours in urban areas" for resolving common faults.

Spare Parts Support: We promise to promptly provide all original or qualified spare parts required for equipment operation.

Regular Maintenance Services

Inspection System: Monthly routine inspections, quarterly or semi-annual comprehensive inspections and performance tests are provided.

Consumable Replacement: Regular replacement of essential supplies such as refrigerant and lubricating oil; key adsorption materials such as activated carbon will be replaced with system prompts or every six months.

Maintenance Report: A detailed maintenance report is issued after each inspection or repair, recording the equipment status and work performed, and is signed and confirmed by both parties.

Value-added services and intelligent operation and maintenance compliance services: Post-repair testing reports ensure emissions compliance and provide environmental regulation consultation and compliance review services.

Performance optimization: Energy efficiency upgrades and system upgrades for older equipment (such as PLC programming and software upgrades).

Intelligent services: Advanced suppliers also offer remote operation and maintenance via cloud platforms, reducing failure rates by 60%. Simultaneously, they provide 14-day advance intelligent warnings, reminding users to replace consumables such as filters, enabling predictive maintenance.