TECHNICAL SERVICES

Mine
Surveying

Perform open-pit progressive survey.

 

Apply standard adjustment methods such as least squares, compass rule, crandall, and transit.

 

Report stockpile volumes over any period and include multiple stockpiles in a single survey.

 

Import and edit terrain files and perform basic haul road design.

Mine Design
& Scheduling

Mine optimization, design, planning and scheduling services are provided for open pit and underground mining methods using a range of commercial software packages.

The configuration of mine access ramps, surface haulage routes and waste rock storage areas, and underground development layouts are based on operational experience.

 

Appropriate mining recovery and dilution factors are calculated and applied in order to generate mineral reserve estimates.

 

Salaria bring a wide range of practical experience to mine planning, ensuring that our clients not only have a well-designed mine plan, but also an operationally sound design that takes real-world problems into account.

 

If you have an open pit or underground mine planning need, Salaria can assist you.

Rock
Engineering

Our experience base, capabilities and services are wide ranging in various geotechnical environments, ore bodies, mining methods (open cast, narrow tabular, massive mining, board and pillar) and mining depths (shallow, intermediate, deep and ultradeep).

 

•  Seismic U/G network design

•  Network installation

•  Network administration and                maintenance

•  24/7 data processing

•  Event notification and reporting

•  Data analyses

•  Routine hazard assessments

•  Subsidence monitoring

Mine Ventilation
& Engineering

We will design a ventilation system to meet the specific requirements of your existing or proposed subsurface facility. 

 

Our experienced, multidisciplinary teams have in-depth knowledge of the theoretical and practical aspects of heat transfer.

 

Using innovative fire, air cooling, and ventilation modeling software, we establish safe and efficient underground ventilation systems that control airflow, pressure, and climate. Our consultants specialize in tackling challenges posed by unusual climatic or geologic conditions.

We are consulting mainly in Occupational Hygiene, mine / Industrial ventilation and partially in Environmental Management.

 

Our management have 63 year combined highly active involvement and participation in gold, chrome, platinum, nickel, coal and diamond mining, including opencast, industrial sites 

CAD
& Drafting

Salaria has dedicated technicians to provide CAD & GIS support to all the technical disciplines within your company.

CAD & GIS are complementary technologies that have evolved largely independently over the past 10 years.

 

Salaria’s longtime best-of-breed approach provides value to customers by building better linkages between CAD & GIS systems.

We focused much research and development on improving how CAD & GIS data can be used for representing our company data on maps and plans.

Sampling

One of the most industry disrupting applications of drone technology can be found in the monitoring of existing infrastructure, for example power lines, cellphone masts and mega structures.

Drones not only substantially save time in order to inspect and monitor
infrastructure, but it also creates a much safer process in order to do the required monitoring.

Inspections could include thermal inspections of conveyor belts, stockpiles and solar panels.

Thermal imagery can also immediately identify heat building up in critical electrical infrastructure for example power line isolators

AERIAL SURVEYING

Salaria uses a method of collecting aerial imagery by using drone technology.

 

Typical types of data collected include aerial photography, lidarremote sensing & ranging (using various visible and invisible bands of the electromagnetic spectrum, such as infraredgamma, or ultraviolet) and also geophysical data (such as aeromagnetic surveys  and gravity.

 

It can also refer to the chart or map made by analysing a region from the air.

Aerial survey should be distinguished from satellite imagerytechnologies because of its better resolution, quality and atmospheric conditions (which can negatively impact and obscure satellite observation

ENVIRONMENTAL MONITORING

Salaria uses a method of collecting aerial imagery by using drone technology.

 

Typical types of data collected include aerial photography, lidarremote sensing & ranging (using various visible and invisible bands of the electromagnetic spectrum, such as infraredgamma, or ultraviolet) and also geophysical data (such as aeromagnetic surveys  and gravity.

 

It can also refer to the chart or map made by analysing a region from the air.

Aerial survey should be distinguished from satellite imagerytechnologies because of its better resolution, quality and atmospheric conditions (which can negatively impact and obscure satellite observation

INFRASTRUCTURE MONITORING

Salaria uses a method of collecting aerial imagery by using drone technology.

 

Typical types of data collected include aerial photography, lidarremote sensing & ranging (using various visible and invisible bands of the electromagnetic spectrum, such as infraredgamma, or ultraviolet) and also geophysical data (such as aeromagnetic surveys  and gravity.

 

It can also refer to the chart or map made by analysing a region from the air.

Aerial survey should be distinguished from satellite imagerytechnologies because of its better resolution, quality and atmospheric conditions (which can negatively impact and obscure satellite observation

PLANT HEALTH

Salaria uses a method of collecting aerial imagery by using drone technology.

 

Typical types of data collected include aerial photography, lidarremote sensing & ranging (using various visible and invisible bands of the electromagnetic spectrum, such as infraredgamma, or ultraviolet) and also geophysical data (such as aeromagnetic surveys  and gravity.

 

It can also refer to the chart or map made by analysing a region from the air.

Aerial survey should be distinguished from satellite imagerytechnologies because of its better resolution, quality and atmospheric conditions (which can negatively impact and obscure satellite observation

AGRICULTURAL

SPRAYING

Agriculture Spraying

Agriculture is one of the fastest-growing markets in the commercial drone industry today.

 

And UAVs are quickly becoming an indispensable tool to help you become more efficient in the field, and make more informed crop management decisions

Over the past few years, a growing ecosystem of ag-specific drone solutions has emerged, making it possible to put aerial data to work in new and exciting ways, ranging from detecting crop damage to analyzing stand counts and spraying crops.

Advantages:

1) Security


The agriculture sprayer drones protect farmers from poisoning and heatstroke, while spraying liquid pesticides, fertilizers and herbicides on agricultural land


2) High efficiency


50-100 acres can be sprayed per day, which is 30 times more than the traditional knapsack sprayer


3) Environment protection


Water and soil pollution is severely reduced with the fixed position and orientation method


4) Wastage reduction


30% of pesticide saving is established by a high degree of atomization and as the chemical fog can be sprayed to all levels of the crop


5) Water saving


90% of water can be saved in comparison to traditional spraying methods. This is possible by utilizing ultra low volume spraying technology


6) Lower cost


There is a 97% reduction in cost compared to traditional spraying methods


7) Wide range of applications


It's not influenced by the terrain and crop height, has an ergonomic and innovative remote control, easily manages low altitudes flights and does not harm the crop


8) Easy to use and maintain


Ag drone has a long productive lifespan, low maintenance cost, and its parts are easy to replace, as and when required



Features:

1) Efficient


Joyance spraying drones are with much longer drone width, and much bigger spraying span. They can spray more land in same time


2) Effective


As every nozzle of Joyance agriculturer UAV duster crop sprayer is under the drone propeller so the pesticide fog can be directly sprayed to all levels of the crop


This is possible due to the strong air flow generated by the propellers, so every nozzle is highly effective


3) Easy to operate


Joyance pesticide spraying drones are equipped with a specially designed pesticide spraying method. Even a beginner can operate the spraying drone very easily and efficiently


A single finger can operate the drones forward and reverse movement at an assigned speed, while maintaining the same altitude and trajectory


4) Easy to transport


Joyance fumigation drones have an umbrella design folding frame so it's convenient to fold and transport


5) Works continuously


As there are six axles, Joyance drone agriculturer sprayer can work continuously and the even distribution of the workload, allows the motors to easily bear the workload. There's considerable time saving due to the avoidance of a cooling down period for the motors


6) Quality control


Before despatch, every drone is 100% tested and has to pass through a rigorous quality control test to confirm it meets the highest standards in performance and durability


7) Neat design


Joyance AG drones adopt a special wiring board to assemble the electric motor and ESC, which ensures the internal wires are neatly arranged


8) Easy to maintain and repair


Joyance Tech always utilize high grade components. As the parts are interchangeable, therefore the maintenance costs are very low

© 2019 Salaria (Pty) Ltd. Proudly created by Applesoft

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