This is a legacy page. Please click here to view the latest version.
Wed 24 Aug 2016 09:18

Los Angeles holds the line on emissions targets


Air quality programs largely counter the effects of 2015 congestion.



The Port of Los Angeles has revealed that it largely continued to meet its emissions reduction targets in 2015.

In its latest report, entitled 'Port of Los Angeles Inventory of Air Emissions - 2015', overall, diesel particulate matter (DPM) emissions remain down an unprecedented 85 percent from all sources related to port operations, replicating the port's record set in 2014. Likewise, sulphur oxides (SOx) emissions are down 97 percent, nearing total elimination. Nitrogen oxide (NOx) emissions are down 51 percent, just 1 percent shy of the 52 percent reduction rate in 2014.

The detailed inventory's latest findings are based on data collected during calendar year 2015 and reviewed by regional, state and federal air regulatory agencies. The baseline is 2005, the year before the landmark San Pedro Bay Clean Air Action Plan (CAAP) was adopted. The results show the port continues to exceed its 2023 targets for reducing DPM and SOx (77 percent and 93 percent respectively) and is within striking distance of its 2023 target of reducing NOx emissions 59 percent.

The port also held the line on reducing the health risk of port-related emissions by lowering them 85 percent. That level sustains the progress achieved in 2014 when the port hit its 2020 target.

In addition to criteria pollutants like NOx, SOx and DPM, the Port of Los Angeles also tracks greenhouse gas (GHG) emissions, which contribute to global warming and are associated with climate change. The 2015 emissions inventory shows that GHG emissions were 10 percent below the 2005 baseline, but the 2015 GHG emissions were higher than Port GHG emissions in 2014, when they were 16 percent below the 2005 baseline. The increased 2015 GHG emissions are mostly attributable to congestion issues experienced in the first part of 2015. With congestion now behind it, the port anticipates a return to larger GHG emissions reductions for 2016, as the port continues in its efforts to achieve California's goal of reducing GHGs 80 percent by 2050, based on 1990 levels.

"Our clean air strategies were put to the test with the backlog of ships we experienced in the first part of 2015, and we largely held our ground," said Port Executive Director Gene Seroka. "With this temporary situation behind us, we expect to see clean air progress when the numbers come in for 2016."

Ongoing vessel emissions reduction programs that helped protect clean air gains include the switch to cleaner vessel fuels, more ships running on electricity at berth, and operators voluntarily slowing ships in the harbour. Due to these and other vessel pollution reduction initiatives, ships calling at the port now emit less DPM than locomotives and harbour craft combined.

Also significant is the industry trend toward bigger ships carrying more cargo to major ports. In 2015, 29 percent fewer vessels delivered 41 percent more cargo to the Port of Los Angeles, reducing the amount of fuel needed to move each container compared with 2005. Newer, larger vessels also have cleaner engines and more advanced technology that enhance their efficiency and shrink their emissions.

The Port of Los Angeles is North America's leading seaport by container volume and cargo value, facilitating $270 billion in trade during 2015.

The port's progress continues to be reflected in the reduced share of emissions its activity contributes to the South Coast Air Basin. The region is home to more than 16.8 million people in urban portions of Los Angeles, San Bernardino and Riverside counties and all of Orange County. Only 2 percent of all SOx emissions in the South Coast Air Basin are attributable to port operations compared with 23.2 percent in 2005. DPM emissions from the port account for 4.8 percent of the region's total, about a third of what they measured in 2005. NOx emissions are 4.3 percent, down from 4.6 percent in 2005.


Palace of Westminster, London. UK government commits GBP 448m to maritime decarbonisation research programme  

UK SHORE funding aims to accelerate clean shipping technologies through 2030.

Header image for ABS 2025 Sustainability Outlook, Beyond the Horizon: Vision Meets Reality. ABS chief urges IMO to pause net zero framework over fuel availability concerns  

Christopher Wiernicki says LNG and biofuels are 'mission critical' to shipping decarbonisation success.

Quadrise production process — illustration. Quadrise appoints veteran Peter Borup as CEO to drive commercialisation  

Former Maersk executive to lead decarbonisation technology company from October 1.

HMS Bergbau logo. German commodities trader HMS Bergbau enters marine fuels market  

Company acquires experienced team to trade bunkers and lubricants globally.

Product tanker Artizen, owned by Hong Lam Marine. Hong Lam Marine takes delivery of Artizen tanker in Japan  

Singapore-based firm receives new vessel from Kegoya Shipyard.

Birdseye view of containership. Panama Canal launches NetZero Slot to incentivize low-emission transits  

New reservation category prioritizes dual-fuel vessels capable of using alternative fuels from November.

Van Oord's Vox Apolonia. Van Oord deploys bio-LNG dredger for Dutch coastal project  

First bio-LNG-powered trailing suction hopper dredger operation begins in the Netherlands.

Model testing for Green Handy methanol-powered vessel. Methanol-fuelled Green Handy ships pass model tests ahead of 2026 construction  

Baltic carrier reports model testing exceeded performance targets for 17,000 dwt methanol-powered vessels.

Miguel Hernandez and Olivier Icyk at AiP for FPSO. SBM Offshore's floating ammonia production design gets ABS approval  

Design converts offshore gas to ammonia while capturing CO2 for maritime and power sectors.

Philippe Berterottière and Matthieu de Tugny. GTT unveils cubic LNG fuel tank design for boxships with BV approval  

New GTT CUBIQ design claims to reduce construction time and boost cargo capacity.


↑  Back to Top