Kemplant has extensive “in-house” expertise and license agreements for supplying equipment and turnkey plant to a large cross-section of the industry, such as Chemical, Mining, Fine Chemical, Pulp & Paper, Automotive and Pharmaceutical.
Kemplant is a chemical engineering company providing engineering, design, supply, project management, commissioning, plant operation & optimisation and similar services for the process industries.
Kemplant Construction is a Multi-Disciplined Construction company forming part of the Kemplant Group and specialising in the Installation and Erection of Process Plants and Equipment.
The KEMPLANT GROUP is a chemical engineering group of companies consisting of Kemplant (Pty) Ltd, Kemplant (Australia) Pty Ltd and Kemplant Construction (Pty) Ltd.
Kemplant (Pty) Ltd provides design, engineering, project execution & commissioning, project construction and management services for the chemical Process Industry, both Locally and Internationally.
Kemplant Construction (Pty) Ltd specialises in the fully Engineered and Planned Erection / Installation of Plant and Equipment.
Our head office is located in Woodmead, Sandton and houses various Engineering disciplines namely Process, Mechanical, Electrical, Instrumentation, Projects, QC, Inspection and Expediting as well as the Administrative functions of the company. Stores and Construction offices are in Wadeville, Germiston.
Our engineering departments utilise the latest CAD and CAE software packages for Plant Layout and Design as well as Project Scheduling, Cost Control & Administration. This ensures that projects are completed on time, on budget and to clients’ requirements.
With over 38 years of Chemical and Environmental Plant Design, Supply and Installation experience, backed by extensive Engineering capabilities within the Kemplant Group, Kemplant is a preferred supplier of Processing Plants for a wide range of Process Industries in SA and Internationally.
Kemplant is ISO 9001 : 2008 – Quality Management System certified.
Our technologies are capable of meeting the most stringent gas emission requirements with low operating and maintenance costs, including:
Kemplant offers complete custom-solutions to address our clients air pollution abatement needs. We have been designing, constructing and supplying gas scrubbers for diverse areas and applications for more than 30 years. Our technologies are frequently reviewed and augmented, ensuring we remain current with all advancements in this field.
Kemplant’s novel and conventional effluent and waste water treatment technologies have been applied and operated in a cross section of various industries, including:
Technologies applied for the successful treatment of effluents and the recovery of water of varying quality to client’s requirements, are tailored specifically for the particular effluent or waste water being treated.
Solids contained in effluents are removed using conventional techniques such as agglomeration and gravity sedimentation (clarifiers, settlers), filtration (sand beds, cloth, disks, screens and other media) or mechanical separation (centrifuges).
Brines requiring the removal of dissolved components are processed using evaporation, crystallisation, chemical reactive precipitation, neutralization and softening.
Water requiring polishing to specific contaminant quality standards or primary processing for further downstream treatment, is treated using ion-exchange, activated carbon absorption and adsorption, membrane processing (reverse osmosis, electro-dialysis), ultra-filtration, re-mineralisation and pH adjustment.
Effluents containing high levels of oils and greases generally emanating from steelworks, oil refineries, petrochemical plants and natural gas processing plants are treated using mechanical devices such as oil skimmers, API Separators, DAF, DGF, settling decantation or chemical sedimentation and coagulation, for further downstream solids/liquid separation processing and COD/BOD absorption or destruction.
Evaporation and Crystallisation are basic chemical engineering processing unit operations with well-established and proven technologies.
Kemplant has, over the last 30 years, expanded, improved, optimised and modernized these technologies based on plant experience of over 30 installations, utilizing advanced computer simulation, modelling and mass-heat transfer CAE and CFD software together with piloting and in-house testing.
Evaporator types, augmented with advanced know-how supplied by Kemplant, are:
Evaporator design includes materials of construction optimised for cost and technical compatibility, minimizing heat exchange surface scaling, high, medium and low (vacuum) pressure operation, energy sources such as steam, electrical power, waste heat utilization and recovery, plus other.
Crystalliser types are numerous and the correct choice depends on the particular process parameters and the desired results. Kemplant’s technological scope covers the complete range of crystalliser types and variations thereto.
There are five basic modes of crystallisation:
1. Evaporative, where supersaturation is generated by vaporization of solvent
2. Cooling/Freezing, where supersaturation is generated by cooling a solution through direct or indirect heat exchange
3. Vacuum cooling, where supersaturation is generated by adiabatically flashing feed solution at a lower temperature and inducing crystallization by cooling and vaporization of solvent
4. Reaction, where supersaturation is generated as the product of a chemical reaction
5. Salting, where supersaturation is generated by the addition of a third substance to cause a reduction in the solubility of the solute
Crystalliser systems for any of the above crystallisation processes are custom designed to suit the particular process requirements and material being crystalised.
Crystalliser units include Forced Circulation, Mix-bed Semi-growth, Growth type using Elutriation and/or DTB, “Oslo”, Cooling or Freezing and Melt. Crystallisers can be batch, semi-batch or continuous.
Our experience and expertise in the Chemical Engineering industries, coupled with a strong technical ability, allows Kemplant to spearhead and assist with the development of new processes utilizing computerised simulation, modelling, in-house test work and the provision and operation of pilot plant(s), to effectively prove and scale-up processes, bridging the gap between new technologies and application thereof at industrial scale.
Using the latest technologies and computational software, Kemplant is able to create, virtualize, run and subsequently optimize new process designs plus model and simulate existing process plant installations to analyse and resolve problems, debottleneck, increase safety, increase plant capacity, decrease operating costs and generally improve and enhance the viability of existing processes and plants.
Some of the software used is COMSOL, HYSYS, AFT Impulse, ANSYS, AutoPipe and other.
Modelling and simulating new or existing processes, although initially intrinsically complex and difficult to setup, once established, enables a vast array of optimisation to be carried out at a minimal cost to client and requiring no modifications to be made to existing plant or processes. Any changes are only implemented once they have been thoroughly tested under simulation and modelling modes.
Modular Plant design, assembly, construction and commissioning, customized to client’s specific requirements and allowing re-configuration for changes in processes, product specifications or operation, is undertaken by Kemplant’s process innovation and design team.
Smaller, easily maneuverable and configurable plants are considered as the next step in modern chemical engineering applications, allowing plant and equipment to be re-used, transportable to various sites, compatible and adaptable to a range of processes and technologies, energy efficient, environmentally friendly, safe and fully customisable.
Kemplant expanding internationally. Opens office in Sydney, Australia.
Recognising opportunity in the Australian market, Kemplant Pty Ltd opened its Australian office in February 2016.
The Feasibility Study for the implementation of a new high efficiency Wet Chemical Gold Dissolution & Reduction process which will augment the existing gold refining capacity at Rand Refinery, was recently completed by Kemplant.
The process involves the chemical dissolution of gold bullion into solution and the subsequent reduction of solution to elemental gold to produce a very high quality, 99.999, product.
The first phase, a Piloting Plant for the above process is presently being installed and due for commissioning mid-year.
Depending on the operation of the pilot plant, the full scale production plant, phase 2, is scheduled to start with project execution during 2015
The basis of the evaluation was to identify areas within both Plants that could be enhanced, and plant/process requirements to increase manganese processing efficiencies whilst maintaining or improving quality of the final product.
Implementation of the recommendations, subject to Board approval of the requisite CAPEX, is scheduled for the latter part of 2014 and during 2015.
Kemplant Construction have been appointed as the erection and installation contractor for the 8 off stainless steel surge storage tanks, each with a capacity of approximately 550m³.
Construction, installation, quality and documentation requirements are to API 650 11th Edition, June 2007 Specifications with each tank being 7500mm diameter and overall height of approximately 12700mm, closed conical top.
The tanks are presently being installed on site in Rustenburg and the tank installation phase of the project is scheduled for completion mid- 2014.