Australia Xinhai Mining Services Pty Ltd
Xinhai’s mine design team covers a wide range of specialties, including geology, mining, mineral processing, metallurgy, mechanical engineering, civil engineering, and electricity, enabling the provision of comprehensive technical support. During the design process, Xinhai conducts detailed on-site investigations and works closely with clients and professional teams to ensure that the solutions are both scientifically sound and practically feasible. Emphasis is placed on cost control and project schedule optimization. Through appropriate equipment selection and optimized design, Xinhai helps clients reduce capital investment. In addition, it holds independent intellectual property rights in tailings treatment and optimization of mineral processing technology, offering clients efficient and environmentally friendly solutions.
Through multi-dimensional surveys and data modeling, we comprehensively evaluate the mine’s resource reserves, mining conditions, infrastructure, and market potential, providing clients with overall design solutions and cost estimates to support project approvals and investment decisions.
Developing scientific and reasonable mining plans to balance resource efficiency and ecological protection, we leverage extensive approval experience to streamline clients’ mining license applications and related procedures.
We refine and detail the proposed plans outlined in the feasibility study. Typically, the error margin of a feasibility study is around 40%, while preliminary design reduces this to approximately 10%.
We provide construction drawings meeting global standards, covering civil engineering, electricity, water supply and drainage, as well as steel structures, enabling construction units to proceed with construction based directly on the provided drawings.
Xinhai Mine Design Institute possesses extensive experience in mine design, having completed more than 600 projects across a wide range of terrains. These projects vary in scale from several hundred tonnes to several million tonnes per year.
Our design principles emphasize the optimization of production, management efficiency, operational safety, land use, and capital investment. We are committed to delivering professional and reliable solutions. Additionally, we offer comprehensive services including project planning and approval documentation, conceptual layout and rendering, and support for government drawing review processes. To support automation and intelligent design, we incorporate cutting-edge technologies such as VR, AR, glasses-free 3D, and 720-degree panoramic visualization in mineral processing plant presentations.
Xinhai Mine Design Institute has the capability to carry out internationally compliant mine designs in accordance with the following standards:
Compliant with national specifications and requirements for mine design in China.
In accordance with Australasian code for reporting of exploration results, mineral resources and ore reserves.
Conforms to Australasian code for public reporting of technical assessments and valuations of mineral assets.
Complies with Canadian standards of disclosure for mineral projects.
Xinhai Mine Design Institute is equipped with SolidWorks 3D design software and PDM (Product Data Management) system, enabling the design of conventional, mobile, 3D, and modular steel-structure mineral processing plants. Modular steel structure design significantly reduces the amount of civil works, shortens construction time, and lowers investment costs. It also allows for easy disassembly and relocation.
Site selection analysis, geological and hydrogeological analysis, dam structure design, storage capacity and stacking design, drainage and seepage control design, environmental and ecological design, and construction organization design.
Scientifically evaluates potential sites based on topography, hydrogeology and tailings characteristics to determine appropriate storage types and dam structures.
Covers key structures including dam types, drainage systems, water return facilities and flood discharge facilities to ensure efficient and scalable overall layout.
Simultaneously incorporates impermeable layers, online monitoring and emergency dam-break systems to provide design safeguards for green mine construction.
Delivers detailed construction drawings and bill of quantities to provide reliable basis for subsequent project control.