Test: After adding the scale inhibitor, the circulating water quality remains uncontaminated and can be used for other purposes.

Providing systematic energy-saving renovation services for in-service soda ash and ammonium chloride plants, with the core objective of reducing steam consumption and carbon emissions. Possessing benchmark project experience in distillation system energy-saving renovation—the related renovation engineering won the second prize in industry excellent engineering design. In recent years, completed multiple soda ash plant quality improvement and efficiency enhancement projects, covering directions such as distillation system optimization, carbonation system improvement, and heat recovery utilization.

Service model: on-site energy efficiency diagnosis → energy-saving plan preparation → construction drawing design → on-site technical guidance. Customized renovation solutions can be provided for specific issues of the owner's plant, with implementation under no shutdown or short-term shutdown conditions.

test: Establish a new oil refinery and procure instruments and automation systems according to the design drawings.

Chemical plant construction project safety facility design and safety facility design special report are statutory requirements for domestic safety production supervision. In this field, we have long-term and continuous service accumulation. Over the past fifteen years, we have completed nearly 200 safety facility design and special report compilation tasks, covering multiple industries such as soda ash, joint alkali, fine chemicals, petrochemicals, new materials, and gas. Service content includes: compilation of safety facility design special reports, cooperation in safety pre-evaluation, fire protection design special reports, occupational disease protection facility design special reports, etc. Familiar with current domestic safety production regulations and technical standard systems, capable of efficiently coordinating with project progress schedules.

A small-scale production validation for powdered cosmetic raw materials is required, with a capacity specification ranging from several kilograms to tens of kilograms per batch. Core requirements:  
Equipment configuration: Must possess a complete production line for freeze drying and solid powder mixing;  
Production conditions: Must have a cleanroom compliant with cosmetic production standards (GMP) and independent production capabilities;  
Raw material scope: Feedstock components are primarily peptide-based, while also including other commonly used cosmetic-grade raw materials, and all raw materials have been included in the "Inventory of Used Cosmetic Raw Materials."  
We sincerely invite enterprises with capabilities in OEM/production technology for cosmetic powder raw materials to connect and collaborate.

A national invention patent technology. The filtered mother liquor from the Solvay process for soda ash production contains a large amount of calcium chloride, which is traditionally discharged as waste liquid. This patented technology efficiently extracts calcium chloride solution from the filtered mother liquor through a specific process, addressing the environmental pressure of waste liquid treatment while achieving resource utilization of by-products. It opens up new profit growth points for soda ash enterprises using the Solvay process.

Suitable for the construction of calcium chloride production facilities by soda ash enterprises using the Solvay process.

We currently have a laboratory-scale process plan for a food additive, which requires process scale-up, pilot-scale verification and optimization. The ultimate goal is to deliver key industrial production parameters such as the optimal material ratio, reaction temperature, reaction time, etc., and to provide equipment selection recommendations for industrial-scale production. We sincerely invite organizations with relevant pilot-scale amplification capabilities to discuss potential collaboration.

Distillation is one of the most energy-intensive processes in soda ash production. Based on multiple proprietary technologies (vacuum distillation, sieve tray ammonia distillation tower, etc.), we provide process upgrade and retrofitting services for distillation systems in existing soda ash plants. Our retrofitting experience covers various areas including new energy-saving distillation methods, ammonia distillation system expansion, and mother liquor distillation process modification, with numerous successful retrofitting cases among major domestic soda ash producers.

We hold multiple utility model patents for sieve tray ammonia distillation towers, condensate distillation towers, and other equipment, offering one-stop retrofitting services from scheme comparison and selection to on-site commissioning for plant owners.

Project Requirements: High-temperature calcination of powdered raw materials with a total weight of 200kg. The process conditions involve constant-temperature calcination at 840°C for 2 hours. The sintering process can be completed in batches, ultimately producing calcined coal gangue as the final product. Companies with relevant calcination equipment and technical capabilities are welcome to contact for cooperation.

Completed several representative projects in the petrochemical field, including energy-saving assessments for catalytic gasoline hydrogenation units, design of styrene storage and transportation facilities, and design of ethylene storage facilities. Among them, the design of the ethylene storage and transportation facility won the second prize for provincial excellent engineering design, and the energy-saving assessment report received the industry award for excellent engineering consulting achievements. Capable of undertaking services such as engineering design, energy-saving assessment, and dedicated safety facility design for petrochemical units, with solid technical accumulation in low-temperature storage facilities and hazardous chemical storage and transportation system design.

TURN-KEY project for PA . need to break ground on Dec, 2027

The Solvay process for soda ash production generates approximately 10 cubic meters of distillation waste liquid per ton of soda ash, making waste liquid treatment a common industry challenge. Leveraging multiple proprietary technologies (such as waste slurry cavity injection, waste slurry mixing, and comprehensive waste liquid treatment), we provide technical retrofit services for the integrated management of waste liquids and sludge to existing Solvay process soda ash enterprises.

We have completed waste liquid treatment retrofit projects of various scales domestically, including large-scale Solvay distillation waste liquid treatment projects with a capacity of one million tons. Depending on the owner's geological conditions, site constraints, and environmental requirements, we offer various technical solutions, including underground cavity injection, solid-liquid separation, and by-product recovery.

Producing food-grade or industrial-grade baking soda (sodium bicarbonate) from soda ash mother liquor or refined sodium carbonate solution via a carbonation crystallization process. We hold a utility model patent for a "Carbonation Tower without a Cooling Section for Baking Soda Production." The optimized structural design of this tower improves gas-liquid contact efficiency and crystallization conditions, enhancing the particle size uniformity and yield of the baking soda product.

We have completed engineering designs for multiple baking soda projects domestically, with individual capacities ranging from 30,000 to 200,000 tons per year. Recently, we also participated in the design of a new project integrating CO₂ capture with baking soda co-production. Deliverables include the baking soda process package and data sheets for key equipment.

Greenland Project - 50,000-ton sodium bicarbonate plant. Urgent! Immediate response required. No financing needed.

Possesses diversified engineering design experience in the fields of fine chemicals and new materials. Completed engineering design projects for a wide range of products, including triisobutylaluminum plants, expandable polystyrene (EPS), flame-retardant thermal insulation materials, cyclized rubber, fluorine coatings, and photosensitive dry films. Among these, the technical renovation project for the triisobutylaluminum plant won the first prize for excellent engineering design at the municipal level, and the flame-retardant polystyrene thermal insulation material received a national invention patent. We provide full-process services ranging from conceptual design and preliminary design to construction drawing design, covering all specialties including process, equipment, piping, instrumentation and electrical, and safety. Fine chemical projects focus on the reaction safety of materials, explosion-proof zoning, and design compliance with environmental standards.