Gdisk

Since 2008, more than 250 GDisk® pile cloth media filter installations operate around the world. The largest GDisk® installation in Gwangju, Republic of Korea, delivers an impressive filtration capacity of 160 MGD. Four model types provide unit capacities* from 13.2 MGD down to 0.04 MGD each. *Typical HLR using GDisk® standard mediaBeacon selects from three GDisk® pile cloth nominal filtration ratings (Standard – 10 µm, Fine – 5 µm, and Ultra – 2 µm) according to the influent characteristics and effluent requirements. Contact Beacon for application assistance.How It WorksInfluent water filters through the DuraPile™ cloth, passes from the disk interior to the center tube, and out over an effluent weir. As solids are captured within the pile, GDisk® automatically backwashes at a set water level or timed interval. Solids are wasted via the patented GDisk® backwash manifold or tank bottom sludge collector.GDisk® AdvantagesFully-submerged vertical disks with outside-in flow enable increased flow rates, high solids loading, and small footprint. Static operation requiring power only for backwash minimizes maintenance and electrical costs. Beacon selects from three DuraPile™ cloth nominal filtration ratings (Standard – 10 µm, Fine – 5 µm, and Ultra – 2 µm) according to the influent characteristics and effluent requirements. Manageable, reasonably-sized disk segments (8, 6, or 4 per disk – model dependent) provide for ease of replacement.DuraPile™ ClothGDisk® DuraPile™ cloths are thermally‐fused between the support layer and the pile cloth—no chemical adhesive is utilized. Media backing contains strong monofilaments in the longitude direction to strengthen the rotating durability and equalize filtration rating. Cloths are manufactured of environmentally friendly, high temperature rated (100 – 150 ℃) polyester, not acrylic.Contact Us Today!

Posted Aug 20, 2007 06:24 PM Help please!!Why can't GHOST perform partition-to-partition writes to a new clean brand new drive without partitions, YET IT works on drives that have had partition tables completely removed by gdisk DRIVE_NUM /del /all. (ie. can't perform means that the drive is grayed out and can't be selected.)Two IDE drives where used, and here are the steps that were followed to get it to work (yet why does it not work originally):1. Partition was created ON A BRAND NEW destination drive by: gdisk 2 /cre /pri /sz:2000.2. This partition was made bootable it by: gdisk 2 /act /p:1. 3. Ran GHOST partition-to-partition and overwrote this newly created partition 1 described in step 1 (using any seperate old souce drive with the new drive). 4. Removed all the partitions on this same new drive by: gdisk DRIVE_NUM /del /all.5. NOW PARTITION-TO-PARTITION WORKS, EVEN THOUGH THE DRIVE HAS NO PARTITIONS LISTED.The reason to use partition-to-partition is to be able to increase the size of specific partitions, YET the only way I've been able to allow the partition-to-partition to work, is to follow 1-4 above. It doesn't allow the size of the first partition to be increased if this is not followed!!!Thanks very much for any help you can provide. (This trouble which was described in the first post above only occurs when brand NEW destination drives are used. )Best,MarkPS.: Is there another way to get the partition-to-partition to work on all the partitions, without having to do

Would be:# timedatectl set-timezone Europe/MadridCheck it again to ensure everything is right as expected. More information here: Enable System clock synchronizationPartitioningFirst, define your partitions size. There's no rules about this process.My SDDL has 128G of storage. For that example, I'll create 4 partitions, described on the following table:NamePartitionSizeTypesda1/boot512MEFIsda2/32Gext4sda3swap8Gswapsda4/homeRemaining spaceext4Create PartitionsTo create partitions, I'll use gdisk since to work on UEFI mode we need GPT partitions.First, list partitions only for your own information with the following command:Here's a table with some handy gdisk commandsCommandDescriptionpPrint partitions tabledDelete partitionwWrite partitionqQuit?HelpEnter in the interactive menuCreate boot partitionType n to create a new partitionPartition Number: default (return)First Sector: defaultLast Sector: +512MGUID: EF00Create root partitionType n to create a new partitionPartition Number: defaultFirst Sector: defaultLast Sector: +32GGUID: defaultCreate swap partitionType n to create a new partitionPartition Number: defaultFirst Sector: defaultLast Sector: +8GGUID: 8200Create home partitionType n to create a new partitionPartition Number: defaultFirst Sector: defaultLast Sector: defaultGUID: defaultSave changes with wQuit gdisk with qFormat partitionsOnce the partitions have been created, each (except swap) should be formatted with an appropriated file system. So run:# mkfs.fat -F32 -n BOOT /dev/sda1 #-- boot partition# mkfs.ext4 /dev/sda2 #-- root partition# mkfs.ext4 /dev/sda4 #-- home partitionThe process for swap partition is slight different:# mkswap -L swap /dev/sda3# swapon /dev/sda3To check if the swap partition is working, run swapon -s or free -h.Mount file systemMount root partition:Mount home partition:# mkdir -p /mnt/home# mount /dev/sda4 /mnt/homeMount boot partition: (to use grub-install later)# mkdir -p /mnt/boot/efi# mount /dev/sda1 /mnt/boot/efiInstallationIt's time to install arch on