UPL is constantly working to reduce our environmental footprint and has been part of our core philosophy since inception. Focused efforts to care for our environment are practiced every day across our business.
At UPL, we believe that the dynamic natural environment presents both opportunities and challenges to our business. We have developed strategies to ensure the resilience of our operations to current and upcoming environmental risks. We are constantly working to reduce our environmental footprint and find innovative product solutions that benefit the society
We are on a mission to achieve the UN’s Sustainable Development Goals. We are members of various initiatives like WBCSD, Responsible Care, Global Agribusiness alliance (GAA) etc. We communicate our initiatives and performance through our sustainability report.
we are shifting to renewable sources of energy and have signed a power purchase agreement (PPA) with renewable electricity providers. Till FY 2019-20 we have signed PPA for 17 MW from solar and wind energy.
UPL has adopted two strategies for efficient energy and emission management- Energy conservation by enhancing energy efficiency and decarbonizing operations. We have a dedicated energy cell that works towards the uptake of current technologies and other interventions to enhance energy efficiency. Energy Cell is focusing on identifying and implementing projects which reduce specific consumption of Electrical, Thermal and Water resources.
Signed and Purchase 19.2 MW Renewable Power through Power Purchase Agreement till March 2020
Power generation by installing Back Pressure Turbine in place of Pressure reducing valve.
Flash steam utilization through installing Variable area thermos compressor
Enhanced Condensate Recovery by installing Condensate Polishing Unit in Captive Power Plant
Heat recovery from critical exothermic process reaction to pre-heat Boiler DM feed
Power plant turbine condenser online ball cleaning by in-house development.
Achieved Zero Liquid Discharge system 60% in manufacturing sites Globally.
Industrial water management is vital to achieving future water security. We are committed to minimise our water footprint and reducing the freshwater consumption by reusing as much water as possible in our processes, through initiatives like rainwater-harvesting and waste-water treatment. We are compliant with all local and national laws related to effluent discharge.
Achieved 60% Zero liquid Discharge system across the manufacturing site globally by implementing world class effluent reuse and recycling system
Implemented scale ban technology at Unit- 1 and 5 in heat exchanger of cooling towers to reduce the fresh water consumption demand and frequency of blowdown
Successfully piloted and implemented the various advanced effluent treatment technologies for efficient wastewater treatment and water conservation like Forward osmosis, MBBR, hydroxy radical treatment.
We have installed full-fledged rain water harvesting system with a capacity of harvest 10000 m3 of rain water in monsoon season
We have signed MoUs with cement industries for co-processing of industrial waste for Utility at our major Indian plants
With the aim to decrease the quantity of waste consigned to landfill and recycle more, waste generated in our manufacturing units as well as offices is sorted at source. We take special care to reduce, recycle and eliminate hazardous solid waste.
Implemented the best practices of 4R (reduce, recycle, reuse, reprocess) concept in hazardous waste management
Reducing packaging waste by efficient packaging material usage and implement innovative concepts
Dedicated Laboratory facility to control and monitor waste, wastewater, air pollutant across the sites
Convert by-products into value-added products by recovery and purification
We have signed agreement/MoUs with cement industry for co-processing of industrial waste at major Indian plants.
Successfully piloted and implemented the various advanced waste management and treatment technologies for safe disposal and minimisation like Volute dewater press
New technologies to meet our sustainability goals
At UPL we promote new technologies in the field of waste water treatment and recycling to meet our sustainability goals. We approach various technology providers or suppliers for piloting and implement the technology in our manufacturing plants for better performance. Additionally our in house expert team also provides them support for successful piloting and implementation. We implemented new technology respectively Volute Sludge Dewatering press, Hydroxyl Radical treatment, Scaleban. The details about piloting are given below:
At UPL Unit 1 & 5, we have implemented Volute Sludge Dewater Volute-Sludge-Dewatering-Press developed by Amcon Inc. Japan. Volute is sludge dewatering equipment which can be operated on continuous basis instead of batch process. It is also more energy efficient and less noise generating than any other continuous dewatering equipment.
SCALEBAN™ is a patented, mechanical, static and non-chemical water treatment equipment provided by Scaleban Equipment Private Ltd. It reduces the fresh water consumption in cooling towers by recycle the effluent like RO reject water and ETP treated effluent up to 100000 TDS. We have implemented this technology at Unit-1 and Unit-5.
Hydroxyl Radical treatment is one the advanced oxidation treatment to treat high COD and toxic pollutant in waste water. The Hydroxyl radical is the most powerful radical which has oxidizing power 2000 times more than ozone. We have implemented this technology at our Colombia plant.
“UPL and its subsidiaries have made every attempt to ensure accuracy of the information provided on this website. However, this is a global webpage with access to different geographies for wider reach and greater awareness of UPL. In the course of doing the same, UPL has used Weglot translator plugin to cover the language of this website from English to select regional languages.
UPL therefore, does not accept any responsibility or liability on the nature, standard or the accuracy of the translation and cannot take responsibility for any type of inaccurate contextual meaning in the event of a mismatch from English to a regional language.”