Plant & Environmental Engineering
1
Engineering, Procurement, Construction & Commissioning (EPCC)
Our organisation provides a wide range of services including Engineering, Procurement, Construction, and Commissioning (EPCC) with a focus on excellence. We have a proven track record of successful projects exhibiting our skill in creating sustainable engineering solutions customized for effective wastewater treatment.
We thrive in the engineering phase by utilizing a team of trained specialists and cutting-edge technologies to create detailed blueprints and designs customized to the specific needs of each project. We assure the efficient sourcing and acquisition of high-quality materials and equipment through our procurement procedure. We execute the designs with accuracy and experience during the building process to successfully bring the envisioned idea to life. Our commissioning team ensures that the finished product fulfils high quality standards and functions smoothly after deployment. Our EPCC services demonstrate our dedication to providing excellence in energy, infrastructure, and industrial sectors across every level of project development.
2
Rental Equipment
We specialize in offering both rental and trading equipment services tailored for the wastewater chemical industry, providing a flexible approach to meet diverse needs.
Part of our extensive inventory includes:
-
Chemical Dosing Systems: Precise and controlled addition of chemicals for wastewater treatment.
-
Clarifiers and Separators: Facilitating the separation of solids from wastewater.
-
Pumps and Valves: Reliable fluid handling solutions for various stages of wastewater treatment.
-
Filtration Equipment: Advanced systems for removing impurities from wastewater streams.
We also offer a range of high-quality equipment for outright purchase, providing a long-term solution for your industry needs, and ensuring that you have the flexibility to choose the most suitable arrangement for their specific requirements.
3
Integrated EC/EO to remove COD/BOD from POME
Our Hybrid Electro-Chemical technology, which combines electro-coagulation and electro-oxidation processes, is a groundbreaking approach. This novel technology is a promising alternative for the treatment of Palm Oil Mill Effluent (POME), promoting sustainability in the palm oil sector. Its efficiency extends to the efficient removal of numerous impurities found in greywater, making it a versatile solution.
This approach is cost-effective, especially for treating POME, which is recognised for its high levels of oil, grease, suspended particles, and various organic and inorganic contaminants. By addressing these components, it greatly contributes to environmental preservation and adherence to industry requirements.
Our Hybrid Electro-Chemical method effectively removes odours and discoloration from wastewater, improving the quality of the treated effluent. This technology effectively deals with the intricate makeup of POME and also tackles wider wastewater issues, proving to be a useful resource in encouraging sustainable and ecologically conscious practices in the palm oil industry.
4
Ammonia treatment technology
Firas 3nergy and its technology partner are revolutionizing conventional practices by providing unique solutions to enhance wastewater quality in many sectors such as municipal, industrial, drinking water, mining, and petrochemicals Ammonia is harmful to fish and other aquatic organisms and is a significant concern at all municipal wastewater treatment facilities worldwide Most individuals convert ammonium to nitrate, which is a carcinogen They dispose of it in water bodies such as streams, lakes, and groundwater This mechanism will inhibit it.
The system is completely automated, able to be monitored remotely, and has a very compact size The system can lower ammonia levels in many types of water, such as waste water, storm water, sewage effluent, and mining waste water, down below 1 ppm The use of wastewater is not restricted to municipal purposes and may also be utilized in businesses such as manufacturing, biogas, and fertilizer production, among others The system can convert ammonia into nitrogen gas without creating contaminants like nitrate or nitrous oxide.
It also generates green hydrogen as a source of revenue and chlorine gas as a byproduct for disinfection, which may be utilized in drinking water Hydrogen generated in the process may be used for a variety of purposes, including as fuel for vehicles and local energy generation Our main objective is to ensure the global implementation of this technology as we are dedicated to the net zero emission effort.