We care
We Recycle, We Care Environment
- Metal is our living necessity; Metal is use everywhere from needle to machinery from home to Industry. Lead applied to every aspect of our activity, when you woke in morning, turn on the lights, check your mobile, eat breakfast, start your car, in each stage you relied on lead. Lead provides the critical energy to our society needs and it impacts virtually every area of our lives.
- Lead is very malleable, ductile, and dense and is a poor conductor of electricity. It is highly durable and resistant to corrosion. It’s properties of ductility, ease of welding, low melting point, high density, and ability to absorb gamma radiation and X-radiation allow for its many uses in the world today.
- Lead enjoys one of the highest recycling rates in the world, with an estimated 50% annual worldwide consumption being satisfied by recycled material. It will continue to play its part for the environment, with the use of lead in electric vehicles becoming more prominent. In fact, 80% of the lead produced worldwide is used for batteries, 6% for building products and the rest used for smaller applications such as shielding, ballast etc.
Quality
We at Planetfirst strive for quality consistency, our experience and qualified team constantly working on providing quality product with the aid of our highly equipped laboratory and latest advanced spectrophotometer, we are providing customized product purity with commitments.
We are ISO9001, OHSAS 18001 and ISO14001 accredited Company which reflect our commitment towards adorable work place, industrial safety and environment care. We are providing the following product to our customer’s specified contractual
We are ISO9001, OHSAS 18001 and ISO14001 accredited Company which reflect our commitment towards adorable work place, industrial safety and environment care. We are providing the following product to our customer’s specified contractual
- Refined Lead and Lead Alloys in Ingot form for onward processing
Our Safety
- We at Planetfirst do believe in high priority of occupational health, safety and welfare by ensuring all relevant statutory requirements are complied and create a safe and healthy workplace.
- The company implemented a transparency policy of employee inclusion in health and safety matters. We at Planetfirst constantly trying by extensive training to our employees for improve and maintain skills, health and safety. We are accredited OHSAS 45001:2018
Continuous Emissions Monitoring (CEMs)
- The chimney serving the furnaces have been fitted with equipment that continuous monitoring of dust particles eliminating in air and gas levels discharges to air. This allows us to modify our process to comply with the GPCB norms. Also, our other system at plant for extraction purposes are continually monitoring air emission.
Preventative Measures
Planetfirst adopt and build recycling facility in various design to minimise process impact on the environment.
Bag Houses
All lines that are used for extraction purposes are formfitting with-in-line baghouses. These baghouses filter particulates minimising the impact on the environment. The filtered particles are then reprocessed in the smelter, maximising the recycling efficiency of the plant.
Cyclones
We have bagless modern cyclones system where air enters a cylindrical vessel at a specific angle which causes it to spiral round the vessel. This creates radial forces that cause the larger dust particles to spin out of the air stream and fall to the bottom of the vessel. This design is used to extract dust from our smelter extraction system and collected dusts are recycled again in smelting process.
Acid resistant Battery storage area
We understand the hazardous substance of battery which is harmful for environment and health of our employee therefore all of the lead acid batteries are stored in a separate acid resistant reservoir. This ensures that all battery acid is delimited and recycled in the process.
Effluent Treatment Plant
Effluent water from the within the process is transferred to the effluent treatment plant. Solids are divided into a three-stage filtration system. The effluent then undergoes a neutralisation process and treated with sodium hydroxide and a flocculent to aid the removal of any suspended solids. These generated solids are screened and pressed into dry filter cake. The filter cake is re-fed into the smelters, again increasing the overall environmental efficiency of the plant.