THE INDUSTRIAL SECTOR IS THE LARGEST CONSUMER:

OVER 40% OF TOTAL FINAL ENERGY USE IN PAKISTAN

Industry is responsible for the largest share of energy use at 37.1 percent. The industrial sector is highly energy intensive with an intensity of 0.117 kgoe/$GDP(PPP) versus 0.08 kgoe/$GDP in Europe5.Internationally, there is an increasing demand of products with higher levels of energy efficiency as a mean to reduce carbon emissions. Pakistan’s traditional export markets are adopting various trade tools i.e. EU’s CBAM/GSP+ etc. to reduce GHG emissions.

NEECA'S EFFICIENCY TARGET FOR THE INDUSTRIAL SECTOR:

The target of saving 2.3 MTOE of energy which will result in emission reduction of 8.97 MTCo2 by 2030. The government is implementing various energy efficiency measures in the industrial sector, including a ban on motors below IE2 standards by 2027. Additionally, there will be efforts to retrofit or replace inefficient industrial boilers and furnaces by 2026 and mandatory energy audits with five-year energy-saving plans for designated industrial consumers by the same year. To further enhance energy management, energy managers and Energy Management Systems (EnMS) will be deployed across the industrial sector by 2026.

NEECA INITIATIVES:INTRODUCING COUNTRY'S FIRST ENERGY EFFICIENCY REGULATIONS FOR INDUSTRIAL MOTORS

Motors play a crucial role in the functioning of many industrial processes. They are used to power a wide variety of machines and equipment, ranging from conveyor systems to pumps, fans, compressors, and more. Majority of the motors manufactured and used in the industry are of very poor efficiency (even below IE1) which places enormous stress on the economy, both in terms of direct costs to the motor user, and the indirect costs to the generation and distribution companies to meet the peak demand attributable to motors. To implement the minimum energy performance standards (MEPS) for Motors. This action will save approx. 0.75 MToE annual energy from electricity. The financial impact of this electricity savings is estimated as 155 Million USD per year. The saving shall reduce approx. 4.4 Million tonnes of CO2 emissions per annum.

NEECA'S INITIATIVE: INDUSTRIAL BOILER TUNE-UPS, RETROFITTING, AND REPLACEMENT

The replacement of inefficient boilers and the implementation of tune-up programs in industrial settings can result in substantial energy savings. Inefficient boilers often consume excessive amounts of fuel to generate the necessary heat, leading to higher energy costs and increased greenhouse gas emissions. By replacing these outdated and inefficient systems with more modern and energy-efficient models, industries can reduce their energy consumption and operating costs significantly. Additionally, tune-up programs involve fine-tuning and optimizing the performance of existing boilers, ensuring they operate at peak efficiency. This involves adjustments to combustion processes, insulation improvements, and other measures that help boilers use less energy while maintaining their effectiveness.

NEECA'S INITIATIVE: INTRODUCTION OF ZIG-ZAG TECHNOLOGY IN BRICK

Zig-zag technology is a game-changer in the realm of brick manufacturing. This innovation can cut fuel consumption by as much as 30% while simultaneously minimizing emissions. It ushers in a cleaner and more sustainable approach to brick production. By utilizing this technology, the industry not only reduces its environmental footprint but also enhances cost-efficiency, making it a pivotal step towards greener and more economically viable brick manufacturing practices.