Hydrocarbon Oil Separators
Hydraspin Oily Water Separation
1. What is the problem or need your company has?
During a recent site visit at major mining activities and hydrocarbon pollution prone sites, it is clear that mines are
in dire need of proper infrastructure with regard to drainage and civil structure upgrades; along with a well proven
water treatment technology to separate oil and water that will ensure a low life cycle cost throughout its operations.
Solving this problem will result in, clean water, efficient oil water separation operations that will prevent pollution
and ensure that companies act responsibly and meet environmental obligations.
3. What results are important to consider and required by your company for oily water separation technology?
Meeting global standards in oil in water discharge limits is a challenge to all industries. Within the mining sector
this challenge is increased by the necessity to use surfactants and solvent based degreasers. It is crucial to make
use of a powerful separation process such as hydro cyclones that ensures low discharge limits are met. The
system should have a low life cycle cost in terms of maintenance and be simple to operate. Discharge limits of less
than 10ppm have been achieved on mining sites with hydro cyclones. Global targets for mining process water are
usually below 50ppm and below 30ppm for reuse and recycling of wash bay water.
4. What products or services can we offer that will solve the problem and deliver the right results?
We can offer the full range of Hydraspin technology to solve any hydro carbon pollution problem and achieve
the required discharge limits within budget and specified time frame. Understanding the processes and our comprehensive process design ensure that the right product is provided to meet and exceed our client’s needs.
Locally Manufactured from high quality materials
Improved Risk Management
Financing solutions tailor made to meet your needs
Decrease maintenance by 400%
Predictable Flow Rates and Low Pressure Loss
Advanced Technology and Design
State of the art telemetry and monitoring systems
Minimal to Zero Liquid Loss
Improved Corporate Environmental Responsibility and Image
35-50 year plus life cycle
Lowest life cycle cost technology in the world
Performance and quality guaranteed
We provide a solution from initial concept design through to installation and
start-up of the best oily water treatment solution in Africa.
Environmental Discharge Standards
Hydraspin is vital to all industries and to environmental management.
We help ensure the solution offered adds value and the national environmental
discharge limits are met, enabling your company to be legally compliant for the life
of its operation.
Types of Oils Hydraspin Removes
Hydraspin deals with all four phases of oil removal namely:
Free Oil – Oil droplets greater than 150 micron
Emulsified Oil – Oil droplets < 150 and > 2 micron
Dissolved Oil – Oil droplets < 2 micron or physically dissolved in water
Solids Coated with Oil – Heavy solids more dense than water. Solids coated in oil
Africa due to its extensive experience in hydro cyclone technologies in the mining- and oil and gas industries
Hydraspin Implementation Plan
We ensure the problem is understood and analysed
We provide a solution that is custom fit to each application
We provide “ready to start” units
Minimal site work involved
Containerized solutions is a option providing security to equipment as well as protection against elements
Implementation is easy and uncomplicated
Training of on-site personnel and commissioning are important to ensure proper hand over
Optional monitoring and control from anywhere in the world via an interactive website
Maintenance contracts can be negotiated or included from the start
Remote monitoring and data logging services are also available to our clients
How does the Hydraspin separator work?
Oily water is pumped tangentially into the hydrocyclone which initiates a spinning vortex.
The spinning vortex is accelerated as it moves down the tapered hydrocyclone, separating the heavier water phase to the outside walls while the lighter oil phase moves to the centre.
The separated oil is removed through a reject orifice located in the inlet head section and treated water discharges through the tail section.
Why is it such a powerful separator?
Unlike plate pack style separators the Hydraspin Separator relies on centrifugal force rather than gravitational forces for separation.
The centrifugal force generated inside the vortex of the Hydraspin Separator is of the order of
1,000 times the force of gravity. With such force even emulsified oil droplets can be separated.
The Hydraspin surface skimmer is one of the most versatile designs on the market.
Made entirely from touch, corrosion resistant stainless steel, the skimmer can deal with a variety of aggressive
liquids at varying depths and concentrations.
- Waste water treatment
- Storage tanks
- Sewage plants
- Petrochemical processing
- Ponds & lakes
- Railway depots
- Sheltered harbours and docks
- Sumps and boreholes
- Manufacturing facilities
Lightweight design – easy one man operation
Adjustable intake weir – skimmer set for optimum efficiency
Tri-float design – provides exceptional stability
Determining oily water separator performance requires careful consideration of all relevant feed conditions. Inlet conditions determine the outlet quality. Our team will advise on approach required to ensure best possible performance.
We look at INLET Design Conditions such as:
Nature of the feed – Hydrocarbons, oil, grease, fuel
Temperature Range – Temperatures higher than 60 ºC lead to improved separation efficiency and cleaner water
Oil Content in feed – Designed to deal with average oil and grease loads of 500-1000mg/L
Detergent types – designed to deal with normally used industrial water based detergents and cleaners
pH range of feed
Other Chemicals and Solids – Strongly emulsifying chemicals such as glycol should not be allowed to enter water streams as can cause emulsification of oil droplets to below 20 micron