NEWs

Sciengreen won the second prize in the 7th Shandong Province Science and Technology Worker Innovation Competition

Recently, the 7th Science and Technology Worker Innovation Competition hosted by Shandong Association for Science and Technology announced the list of winners. The achievement "Key Materials for Low Cost Resource Utilization of Industrial Wastewater" hosted by Tian Mingge, Chairman and Director of R&D Center of Scientific Green(shandong) Environmental Technology Co.Ltd., won the second prize.

The Shandong Province Science and Technology Worker Innovation Competition is a professional and authoritative event in the field of innovation within the province. Its aim is to leverage the role of science and technology workers as a driving force, stimulate their innovation vitality, build an innovation ecosystem of collaborative linkage between innovation, entrepreneurship, and venture capital, accelerate the transformation of scientific and technological achievements and the incubation of technology-based enterprises, and promote the deep integration of science and technology with the economy. This competition has attracted 334 recommended projects from various city associations for science and technology, provincial societies, university associations for science and technology, and academician workstations. After strict preliminary review, expert re examination, on-site finals, and public announcement, a total of 21 first prizes, 42 second prizes, and 53 third prizes were awarded.Sciengreen Company stands out with its leading technological strength, efficient product performance, and wide application prospects.

The low-cost industrial wastewater resource utilization technology led by Tian Mingge of Sciengreen Company is a unique technology of the company, which is a new water-saving and wastewater resource utilization technology. The core product is a tree like carboxylated macromolecule with a three-dimensional spatial structure, which has performance advantages that traditional products cannot match; Compared with traditional processes (membrane method+evaporation), this technology reduces one-time investment by more than 90%, and significantly reduces operating costs and one-time water consumption; It can be widely applied to industrial enterprises with zero sewage discharge requirements and circulating cooling water systems, such as the recycling of sewage resources in most industries such as petrochemicals, coal chemicals, biomedicine, power plants, and steel metallurgy; For enterprises without zero emission pressure, it can be used as a cost reduction measure to reduce sewage treatment costs and primary water consumption; The overall technology of the achievement has been recognized by a third-party technology evaluation agency as reaching the international advanced level.