Sulzer Collaborates with ANDRITZ to Support Production of 12’000 Tons of Biomethanol per Year at World Largest Plant

最近表现critica苏尔寿公司服务l repairs on a completely failed 100-year-old 5MW turbine in West Java. The turbine repair served to both restore the renewable energy supply to the local community and wider grid and reduce expected downtime for the customer by seven months.

The Association of Electrical & Mechanical Trades (AEMT) is delighted to be returning to the West Midlands on the evening of Thursday 23rd November for the staging of its 6th Annual Awards Ceremony. With a record number of submissions across the seven categories, this year’s programme has again produced some truly exceptional entries from right across the electro-mechanical arena.

Sulzer is expanding its water business in the USA: this September it commissioned operations in Portland, Oregon, where it is assembling and testing large water pumps.

Sulzer has launched a new shut-off device SOD for horizontal SALOMIX™ SSA agitators that significantly reduces the time spent on servicing the seal. The device enables seal maintenance without emptying the tank, which makes the feature especially useful for very large tanks, wastewater treatment plants, and other critical processes.

Government initiatives to reduce emissions are gathering momentum, especially with many countries aiming for net carbon zero by 2030 or 2050. The building and construction sector is a particular focus, as it accounts for a significant amount of global energy- and process-related CO2 emissions, approximately 37% in 2021(i).

Sulzer pump technology has been selected by Raízen, Brazil’s largest producer of ethanol from biomass feedstock, as a supplier for their new second-generation ethanol (E2G) processing facilities. Sulzer is supplying a range of special metallurgy, process and utility pumps to process raw materials in support of renewable biofuel production for three new facilities. Made with sugarcane waste from Raizen’s conventional bioethanol production, E2G production has potential to increase efficiency by up to 50% while reducing emissions.